=
sie i.
Sr wate
pecan rete
deat tee
‘
”
OF COSMIC PHILOSOPHY.
VOLUME II.
em, OF 10,
“ ‘t)
C Y,
c- 7
OUTLINES OF COSMIC PHILOSOPHY
BASED ON THE DOCTRINE OF EVOLUTION,
WITH CRITICISMS “ON THE POSITIVE
PHILOSOPHY .
BY
JOHN FISKE
L’ univers, pour qui saurait Pembrasser d’un seul point de vue, ne serait, s°il est permis
de le dire, qu’un fait unique et une grande vérité. —D’ALEMBERT
Kal 7d SAov rotT0 51a radta Kéo mov Kadodoww, obk akooulay.— PLATO
IN TWO VOLUMES
VOLUME II,
ELEVENTH EDITION
Pameae
: @ | :
SSNS
© -
~ = —
’
oe
Sa
of
= Ng NS
Ay
yi * y
ey .
azide Shp,
wr eS
PRBS
| i ti i
VIETNS
Us
MEG
PSY,
BOSTON AND NEW YORK
HOUGHTON, MIFFLIN AND COMPANY
Che Viversite Press, Cambridge
1890
Entered according to Act oi Congress, in the year 1874, by
JOHN FISKE, —
In the Office of the Librarian of Congress, at Washington.
CONTENTS.
.
PART II. (Continvep.)
SYNTHESIS.
CHAPTER X.
PAGE
MATURATL: GELECTION « 6 © ¢. 6 © @'€ @.@le © 6¢ 8 © @ oe 8
CHAPTER XI.
TWO OBJECTIONS CONSIDERED. 2» «© © © © © © © © © @ @ e 82
CHAPTER XII.
ADJUSTMENT, DIRECT AND INDIRECT « «© «© «@ o« «
CHAPTER XIII.
LIFE AS ADJUSTMENT .se« e© ©§ © © eo @ @ @ © @ @ © 8 ew et
eee Nh 4S oo ok ee ee Se Se te teres UR
CHAPTER XY.
THE COMPOSITION OF MIND ¢« ¢« e 4 CRE 1) es erie ag OB
vi CONTENTS,
CHAPTER XVI.
‘ PAGE
THE EVOLUTION OF MIND ee e@e © e © e © © « @
e e e e e 133
CHAPTER XVII.
SOCIOLOGY AND FREE-WILL ¢ » © e e © © ¢ © « «© « © « 164
CHAPTER XVIII.
THE EVOLUTION OF SOCIETY «© © « © © © © © © @ ¢
@
Puen S|
CHAPTER XIX.
ILLUSTRATIONS AND CRITICISMS « © «© © © © © © «© © © © « 225
CHAPTER XX.
CONDITIONS OF PROGRESS « «© «© ce eee o. 8 6 uel 6 ee
CHAPTER XXL
GENESIS OF MAN, INTELLECTUALLY « «© © © eo ec eo ee e » 285
CHAPTER XXII
GENESIS OF MAN, MORALLY « e « « Pear e 324
PART III.
COROLLARIES.,
CHAPTER L
THE QUESTION RESTATED « 0 «© «© 0 © © «© @© 0 ec ee © 867
CHAPTER Il
ANTHROPOMORPHIC THEIGSM . « 6 0 0 © 8 » @ 6): 66 "© es, 881
i ard oy Ne 4 ¢ 4
eee @: ee a. ge Gee ie
Peo AREER Bio |
MATTER AND SPIRIT « ee ee ee ee ee ee eo oe 488
Bd
eS ay CHAPTER V. 7
| - RELIGION AS ADJUSTMENT oeeeee . eee oe ce © o 452
THE ORITICAL ATTITUDE OF PHILOSOPHY « ie ie gs ge MEO
'
)
- »
¢
?
‘ i - y ,
An LY
ms
BG od
“9
\
Pre.
-* Ny
pekse FSINE otty ei 348 tps Ope," pe
,
- ful:
> P F
. - von
“
: -
PART IL.
SYNTHESIS,
(CONTINUED.)
“Nie Thitickeit des Organismus ist bestimmt durch seine Receptivitat
und umgekehrt. Weder scino Thitigkeit noch seine Receptivitat ist an sich
etwas reelles, Realitit erlangen beide nur in dieser Wechselbestimmung.
Thitigkeit und Receptivitat entstehen also zugleich in einem und demselben
untheilbaren Moment, und nur dieses Simultaneitiit von Thitigkcit und Re-
ceptivitit constituirt das Leben. In den entgegengesctzten Richtungen, die
durch diese Entgegensetzung entstehen, licgt das Princip fiir die Construc-
tion aller Lebenserscheinungen.”—ScHELLING, L£rster Eniwurf. 1799.
VoL, It 8B
ety
Reads oy
jest
,
PA
ig FRR
Th Senee
a ive
yy
ee aie
CHAPTER X.
NATURAL SELECTION,
In that most delightful of printed books, the “ Conversations
of Goethe with Eckermann and Soret,” there is an amusing
anecdote which shows how distinctly the great master real-
-ized the importance of the question of the origin of species.
The news of the French Revolution of July, 1830, had
just reached Weimar and set the whole town in commotion.
In the course of the afternoon, says Soret, “I went around
to Goethe’s. ‘ Now,’ exclaimed he to me, as I entered, ‘ what
do you think of this great event? The volcano has come to
an eruption; everything is in flames, and we have no longer
a transaction with closed doors!’ ‘Terrible affair, said I,
‘but what could be expected under such outrageous circum-
stances, and with such a ministry, otherwise than that the
whole would end with the expulsion of the royal family ?’
My good friend,’ gravely returned Goethe, ‘we seem not
to understand each other. I am not speaking of those
creatures there, but of something quite different. I am
speaking of the contest, so important for science, between
Cuvier and Geoffroy Saint-Hilaire, which has just come to an
open rupture in the French Academy!’” At this unex-
pected turn of the subject poor Soret knew not what to say,
B 2
4 COSMIC PHILOSOPHY. lpr. 1.
and for some minutes, he tells us, his thoughts were quite at
a standstill. |
The anecdote well illustrates the immeasurable superiority
of Goethe over Comte in prophetic insight into the bearings
of the chief scientific question of the immediate future.
While Comte was superciliously setting aside the problem of
man’s origin, as a problem not only insoluble but utterly devoid
of philosophic value even if it could be solved, the great
German poet and philosopher was welcoming the outbreak
of this famous contest on questions of pure morphology, as
conducive to the speedy triumph of the development theory,
for which he himself had so long been waging battle. But
events were hastening that triumph even more rapidly than
Goethe could have anticipated. In December 1831, only a
few weeks before Goethe was laid in the grave, Mr. Darwin
set out upon that voyage around the world, in the course of
which he fell in with the facts which suggested his theory of
the origin of species. The history of the investigation is a
memorable one,—worth noting for the illustration it gives
of the habits of a truly scientific mind. On his return to
England, in 1837, Mr. Darwin began patiently to collect all
kinds of facts which might be of use in the solution of the
problem,—“ how is organic evolution caused?” It was only
after seven years of unremitting labour that he went so far
as to commit to manuscript a brief sketch of his general
conclusions, of which the main points were communicated to
his friends Sir Charles Lyell and Dr. Hooker. A less wise
and sober speculator than Mr. Darwin would now at once
have rushed into print, A thinker less thoroughly imbued
with the true scientific spirit would probably have suffered
from not publishing his views, and profiting by the adverse
criticisms of contemporary observers. It is a striking illus-
tration of Mr. Darwin’s patience and self-restraint that he
continued fifteen years longer to work assiduously in testing
the weak and strong points of his theory, before presenting
—_
on) NATURAL SELECTION. F
it to the public, And it is an equally interesting illustration
of his thoroughly scientific temperament that, after so many
years of solitary labour, he should have been so little carried
away by the fascinations of his own hypothesis as to foresee
clearly all the more valid objections which might be urged
against it. After a careful perusal of the recent literature of
the subject, and especially of the skilful work of Mr. St.
George Mivart, it still seems to me that the weightiest
objections which have yet been brought to bear on the Dar-
winian theory are to be found in Chapters VI—IX. of Mr.
Darwin’s own work, where they are elaborately and in most
cases conclusively answered. To such a marvellous instance
of candour, patience, and sobriety, united with the utmost
boldness of speculation, the history of science can show but
few parallels.
In 1858, a fortunate circumstance caused Mr. Darwin to
break his long silence, and to give to the public an exposition
of the results of his researches, Mr. Wallace, who had been
for several years engaged in studying the natural history of
the Malay Archipelago, had arrived at views concerning the
origin of species quite similar to Mr. Darwin’s, and in 1858 he
sent Mr, Darwin an essay on the subject, which in August of
the same year was published in the Journal of the Linnzan
Society. ‘Sir Charles Lyell and Dr. Hooker now earnestly
advised Mr. Darwin to publish his own views; and in 1859
the memorable treatise on the “Origin of Species” was
given tothe world.
It would, however, be incorrect to rate Mr. Wallace’s merits,
in the discovery of the law of natural selection, so high as
Mr. Darwin’s. They do not stand on precisely the same
level, like Adams and Leverrier with reference to the disco-
very of the planet Neptune. Mr. Wallace, indeed, thought
out independently all the essential points of the theory, and
stated it in a way which showed that he understood its
wide-reaching importance; but being a much younger man
6 COSMIC PHILOSOPHY, (pr. 11.
than Mr. Darwin, and having begun the investigation at a
much later date, he by no means worked it out so elabo-
rately. Nor is it likely that, with an equal length of time
at his command, he could have succeeded in producing a
work comparable in scientific calibre to the “Origin of
Species.” His lately published collection of essays, while
showing unusual powers of observation and rare acuteness in
the' application of his theory to certain special classes of
phenomena, nevertheless furnishes convincing proof that in
breadth and depth of scientific attainment, as well as in
philosophic capacity, he is very far inferior to his great
coadjutor. In his preface, indeed, Mr. Wallace hastens to
acknowledge, with a modest self-appreciation as rare as it is
admirable, and especially rare in such cases, that his strength
would have been quite unequal to the task which Mr. Darwin
has accomplished.
As Prof. Haeckel somewhere observes, it was quite fortunate
for the progress of science that Mr. Darwin received such a
stimulus to the publication of his theory; since otherwise
he might perhaps have gone on several years longer,
observing and experimenting in seclusion. The almost im-
mediate acquiescence of the majority of naturalists in Mr.
Darwin’s views, shows that in 1859 the scientific world
was fully prepared for them. The flimsiness of the special-
creation hypothesis was more or less clearly perceived by
a large number of biologists, who were only withheld from
committing themselves to the derivation theory by the cir-
cumstance that no satisfactory explanation of the process of
development had been propounded. No one had assigned
an adequate cause for such a phenomenon as the gradual
evolution of a new species; and sundry attempts which had
been made in this direction were so obviously futile as to
txcite both distrust and ridicule. Lamarck, for example,
placing an exaggerated stress upon an established law of
biology, contended that “desires, by leading to increased
cH, X.] NATURAL SELECTION. ”
actions of motor organs, may induce further development of
such organs,” and that, consequently, animals may become
directly adapted through structural changes to changes in
their environment. We shall see, as we continue the dis-
cussion, that such directly adaptive changes really take
place; but Lamarck ill understood their character, and
indeed could not have been expected to understand it,
since in his day dynamical biology was in its earliest in-
fancy... By insisting on volition as a chief cause of adaptive
change, the illustrious naturalist not only left the causes of
vegetable variation unexplained, but even in the zoological
department laid open the way for malicious misrepresen-
tations which the uninstructed zeal of theological adversaries
has gladly transferred to the account of Mr. Darwin. Some
time ago a clergyman in New York, lecturing about Dar-
winism, sarcastically alluded to “the bear which took to
swimming, and so became awhale.” Had this worthy person
condescended to study the subject about which he thought
himself fit to enlighten the public, he would soon have dis-
covered that his funny remark is not even a parody upon
any opinion held by Mr. Darwin. In so far as it is appli-
cable to any opinion ever held by a scientific writer, it may
perhaps be accepted as a parody, though at best a very far-
fetched and feeble one, of the hypothesis of Lamarck.
It is now time to explain what the Darwinian theory is.
At the outset we may observe that while it is a common error
to speak of Mr. Darwin as if he were the originator of the
derivation theory, the opposite error is not unfrequently
committed of alluding to him as if he had contributed
nothing to the establishment of that theory save the doctrine
of natural selection. Mr. Mivart habitually thus alludes to
him. In fact, however, Mr. Darwin’s merits are twofold.
He was the first to marshal the arguments from classification,
* Lamarck also tried to explain organic development metaphysically, as
the continuous manifestation of an “ inherent tendency ” toward perfection.
8 COSMIC PHILOSOPHY. (Pr. 1,
embryology, morphology, and distribution, and thus fairly to
establish the fact that there has been a derivation of higher
forms from lower; and he was also the first to point out
the modus operandi of the change. The first of these achieve-
ments by itself would have entitled him to associate his name
with the development theory; though it was only by the
second that the triumph of the theory was practically assured.
Just as, in astronomy, the heliocentric theory was not regarded
as completely established until the forces which it postulated
were explained as identical with forces already known, so the
development theory possessed comparatively little value as a
working hypothesis so long as it still remained doubtful
whether there were any known or knowable causes sufficient
to have brought about the phenomena which that theory
assumed to have taken place. It was by pointing out ade-
quate causes of organic evolution that Mr. Darwin established
the development theory upon a thoroughly scientific basis.
As Lyell explained all past geologic phenomena as due to
the slow action of the same forces which are still in, action
over the earth’s surface and beneath its crust, so Mr. Darwin,
in explaining the evolution of higher from lower forms of
life, appeals only to agencies which are still visibly in action.
‘Whether species, in a state of nature, are changing or not at
the present time, cannot be determined by direct observation,
any more than the motion of the hour-hand of a clock could
be detected by gazing at it forone second. The entire period
1 <‘Tf we imagine mankind to be contemplated by some creature as short-
lived as an ephemeron, but possessing intelligence like our own—if we
imagine such a being studying men and women, during his few hours of life,
and speculating as to the mode in which they came into existence ; it is
manifest that, reasoning in the usual way, he would suppose each man and
woman to have been separately created. No appreciable changes of structure
eccurring during the few hours over which his observations extended, this
being would probably infer that no changes of structure were taking place, or
had taken place ; and that from the outset, each man and woman had pos-
sessed all the characters then visible—had been originally formed with them,
oy pee naturally be the first impression,”’—Spencer, Principles of Biology,
vol, i. p. 338.
-_
cu.x.) NATURAL SELECTION. 9
which has elapsed since men began to observe nature sys-
tematically, is but an infinitesimal portion of the period
requisite for any fundamental alteration in the characteristics
of a species. But there are innumerable cases in which
species are made to change rapidly through the deliberate
intervention of man. In the course of a few thousand years,
a great number of varieties of plants and animals have been
produced under domestication, many of which differ so widely
from their parent-forms that, if found in a state of nature,
they would be unhesitatingly classified as distinct species,
and sometimes as distinct genera. Modifications in the
specific characters of domesticated organisms are the only
ones which take place so rapidly that we can actually observe
them ; and it therefore becomes highly important to inquire
what is the agency which produces these modifications.
That agency is neither more nor less than selection, taking
advantage of that slight but universal variation in organisms
implied by the fact that no two individuals in any species
are exactly alike. If man, for example, wishes to produce a
breed of fleet race-horses, he has only to take a score of
horses and select from these the fleetest to pair together:
from among the offspring of these fleet pairs he must again
select the fleetest ; and thus, in a few generations, he will
obtain horses whose average speed far exceeds that of the
fleetest of their undomesticated ancestors. It is in this and
no other way that our breeds of race-horses have becn pro-
duced. In this way too have been produced the fine wools
of which our clothing is made. By selecting, generation after
generation, the sheep with the finest and longest wool, a breed
of sheep is ultimately reared with wool almost generically
different from that of the undomesticated race. In this and
no other way have the different races of dogs—the greyhound,
the mastiff, the terrier, the pointer, and the white-haired
Eskimo—been artificially developed from two or three closely
allied varieties of the wolf and jackal. The mastiff and
10 COSMIC PHILOSOPHY. [pr. 1,
blood-hound are more than ten times as large as {he terrier,
and, if found in a state of nature, they would perhaps be
classed in distinct genera, like the leopard and panther, whose
differences are hardly more striking. Yet the ancestral races
from which these dogs have been reared differed but slightly
from each other. The different breeds of dogs vary in the
number of their toes, teeth, and vertebre, in the number
and disposition of their mamme, in the shape of their
zygomatic arches, and in the position of their occiputs;
although dogs have not been selected with refereuce to these
peculiarities, about which uninstructed men neither know
nor care, but only with reference to their sveed, fleetness,
strength, or sayacity. In the case of domestic pigeons, where
man has been to a great extent actuated by pure fancy in his
selections, the divergences are still more remarkable. All
domestic pigeons are descended from a single species of wild
pigeon; yet their differences, even in bony structure, in the
internal organs, and in mental disposition, are such as charac-
terize distinct genera, and to describe them completely would
require a large volume. Pigs, rabbits, cows, fowl, silk-moths, —
and hive-bees furnish no less instructive evidence; and the
development of the peach and the almond from a common
stock, and of countless varieties of apple from the sour crab,
may be cited, out of a hundred examples, to show what pro-
digies artificial selection has accomplished in the modification
of vegetal organisms. ,
Now Mr. Darwin’s great achievement has been to show
that a similar process of selection, going on throughout the
organic world without the knowledge or intervention of
man, tends not only to maintain but to produce adaptive
alterations in plants and animals. The process is a simple
one, when once we have the clew to it. All plants and
animals tend to increase in a high geometrical ratio, The
old problem of the nails in the horse’s shoe teaches
us what an astounding affair is a geometrical rate of in-
Pe oy PO STEN ye ee eee
ha ae
on. x.] NATURAL SELECTION. rt
crease; but when we consider the reproductive capacity of
insects and plants, the nails in the horse’s shoe are left no-
where. When Arctic travellers tell us that the minute proto-
coccus multiplies so fast as to colour blood-red many acres
of snow in a single night, such a rate of increase appears
astonishing. But it is a mere trifle compared to what would
happen if reproduction were to go on unchecked. Let us
take the case of a plant which yields one hundred seeds
yearly, and suppose each of these seeds to reach maturity so
as to yield its hundred offspring in the following year: in the
tenth year the product would be one hundred quintillions*
of adult plants! As this is one of those figures before which
the imagination stands hopelessly baffled, let us try the effect
of an illustration. Supposing each of these plants to be from
three to five inches in length, so that about twenty thousand
would reach an English mile, the total length of the number ©
just mentioned would be equal to five million times the radius
of the earth’s orbit. The ray of light, which travels from the
sun to the earth in eight minutes, would be seventy-six years
in passing along this line of little plants! And in similar
wise, it might be shown of many insects, crustaceans, and
fishes, that their unchecked reproduction could not long go
on without requiring the assimilation of a greater quantity
of matter than is contained in the whole solar system.
We may now begin dimly to realize how prodigious is the
slaughter which unceasingly goes on throughout the organic
world. For obviously, when a plant, like the one just cited,
maintains year by year a tolerable uniformity in its numbers,
it does so only because ou the average ninety-nine seeds
perish prematurely for one that survives long enough to
produce other seeds. A single codfish has been known to
tay six million eggs within a year. If these eggs were all
to become adult codfishes, and the multiplication were to
* According to the American system of numeration, One hundred thousand
Willions, according to the English system,
12 COSMIC PHILOSOPHY, [prem
continue at this rate for three or four years, the ocean would
not afford room for the species. Yet we have no reason to
suppose that the race of codfishes is actually increasing in
numbers to any notable extent. With the codfish, as with
animal species in general, the numbers during many succes-
sive generations oscillate about a point which is fixed, or
moves but slowly forward or backward. Instead of a
geometrical increase with a ratio of six millions, there is
practically no marked increase at all. Now this implies that
out of the six million embryo codtish a sufficient number
will survive to replace their two parents, and to replace a
certain small proportion of those contemporary codfishes who
leave no progeny. Perhaps a dozen may suffice for this,
perhaps a hundred. The rest of the six million must die.
We may thus understand what is meant by the “ struggle
for existence.” Battles far more deadiy than those of
Gettysburg or Gravelotte have been incessantly waged on
every square mile of the earth’s life-bearing surface, since
life first began. It is only thus that the enormous increase
of each species has been kept within bounds. Of the many
offspring produced by each plant and animal, save in the case
of those highest in the scale, but few attain maturity and
leave offspring behind them. The most perish for want of
sustenance, or are slain to furnish food for other organisms.
There is thus an unceasing struggle for life—a competition
for the means of subsistence—going on among all plants and
animals. In this struggle by far the greater number succumb
without leaving offspring, but a few favoured ones in each
generation survive and propagate to their offspring the
- qualities by virtue of which they have survived.
Thus we see what is meant by “ Natural Selection.” The
organisms which survive and propagate their kind are those
which are best adapted to the conditions in which they live:
so that we may, by a legitimate use of metaphor, personify
Nature as a mighty breeder, selecting from each generation
cH, x.] NATURAL SELECTION, 13
those individuals which are fleetest, strongest, most sagacious,
lions with supplest muscles, moths with longest antenne,
mollusks with hardest shells, wolves with keenest scent, bees
with surest instinct, flowers with sweetest nectar,—until, in
the course of untold ages, the numberless varieties of organic _
life have been produced by the same process of which man
now takes advantage in order to produce variations to suit
his own caprices.
Between natural selection and selection by man there is,
however, one important difference. Selection by man tends
_to produce varieties adapted to satisfy human necessities or
inclinations, and it has no direct reference to the maintenance
of the species. Such abnormities as the pouter and tumbler
pigeons could not be sustained in a state of nature ; and
hence, when doinesticated animals are turned loose, they are
_ apt to revert to something like their ancestral type,! else they
are exterminated by races better adapted to wild life. But
natural selection, working with the sternest of methods, saves
from the general slaughter only those individuals which can
best take care of themselves, and thus maintains each species
in adaptation to its environment. The wonderful harmonies
in the organic world, which a crude philosophy explained as
the achievement of creative contrivance, are therefore due to
the continued survival of the fittest and the continued
slauchter of the less adapted plants and animals.
Now if the geography and meteorology of the earth were
ever-constant, if the nature of the soil, the amount of
moisture, the density of the atmosphere, and the intensity of
solar radiance were everywhere to remain forever unaltered,
and if each race of plants and animals were always to remain
confined to one limited area, the survival of the fittest would
simply maintain unaltered any given aspect of the beings
constituting the organic world. All variations on either side
1 This fact, which has often been alleged by superficial critics as an obstacle
to the Darwinian theory, is thus in reality implied by that theory.
14 : COSMIC PHILOSOPHY. [pr. 11,
of tlie well-adjusted mean would be incessantly cut off by
natural selection, and species would be immutable. It is
needless to say that no such state of things has ever existed.
Constant change has been the order of things ever since our
planet first became fit to support organic life. No part of
the earth’s surface is now, or ever has been, at rest. Con-
tinents are rising and sinking, seas are growing deeper and
shallower, soils are constantly altering in chemical composi-
tion, rivers are ever changing their beds, solar radiance is
ever gaining or losing in intensity, according to the earth’s
ever-varying position in space, the density and moisture of
the air are continually increasing and diminishing, and every
species of plant and animal is continually pressing upon the
limits of the area within ‘which it is confined. All these
changes are going on to-day, and have been going on during
millions of ages. Though so slight as to be recognized only
by the most careful observation during the period covered
by human history, these changes have during longer periods
sufficed to submerge every continent and perhaps to make dry
land of every sea and ocean on the face of the globe. They
have raised mountains like the Andes and the Himalayas at
the rate of a few inches per century; they have converted ex-
tensive tropical swamps into the desert of Sahara; they have
repeatedly covered Europe and North America with glaciers ;
and they have hidden beneath solid rocks vast treasures of
carbon stealthily purloined from the dense atmosphere of an
older age.
Since such changes have ever been going on, it follows that
organisms have been unable to remain constant and live. A
race of animals or plants in which no individuals ever varied
would sooner or later inevitably be exterminated, leaving no
progeny to fill its place. Observation shows, however, that
there is no such race. The members of each species are ever
slightly varying, but, so long as the environment remains
constant, natural selection prevents the variations from
cu. x.) NATURAL SELECTION. 15
accumulating on either side of the mean which is most
advantageous to the species. When the environment changes,
if certain variations on one side of the established mean
tend to bring the individuals which manifest them into closer
adaptation to the new environment, these individuals will
survive in the struggle for life, and thus the average character
of the species will be slightly altered. No two bears have
just the same amount of hair, no two moths have just the
same length of proboscis, no two antelopes are exactly matched
in fleetness. Now if increasing cold renders a thicker
covering useful to the bear, or if the lengthening of a flower-
calyx, due to a slight change in soil or quantity of sunlight,
renders a longer proboscis useful to the moth, or if the
immigration of a carnivorous animal makes it necessary for
antelopes often to run for their lives, then in each generation
the thickest-coated bears, the longest-tongued moths, and the
fleetest antelopes will survive. Every individual variation
in the direction of a heavier coat, a longer sucker, or a
structure better adapted for fleeing will give its owner the
advantage in the incessant struggle for life, and these
peculiarities will be oftenest inherited, while individuals
which do not vary, or which vary in the wrong direction,
will have to migrate or die.
The student of natural history, who realizes, however
dimly, the prodigious complexity of the relations of the
various species of animals and plants to each other, will
perceive that the amount of variation thus preserved and
enhanced must in the course of long ages become enormous.
If a grain of sand were each year added to an ant-heap, it
would in course of time become as large as Chimborazo. But
these changes, directly caused by natural selection, are greatly
1 It is thus one of the great merits of the theory of natural selection, that
it accounts for the phenomena of eatinction of species, —which formerly could
only be accounted for by the gratuitous and utterly indefensible hypothesis
bf periodical catastrophes or cataclysms,
16 COSMIC PHILOSUPHY, 3 [Pr. 11.
aided and emphasized by other changes indirectly produced
by correlation of growth, and also by what is called the law
of use and disuse. By correlation of growth, or internal
equilibration, we mean the effect produced upon any part of
the organism by change in a related or neighbouring part.
Let us suppose that it becomes advantageous to some feline
animal, like the ancestor of the lion, to have large and power-
ful jaws. Since no two of our leonines would have jaws of
exactly the same size and strength, natural selection would
preserve all the strong-jawed individuals, while the weak-
jawed individuals would succumb in the struggle for life. In
the course of many generations our race of leonines would
possess on the average much larger and stronger jaws than at
the period at which we began to consider it. But greater
weight of jaw entails increased exertion of the muscles
which move the jaw, so that these muscles, receiving more
and more blood, will become permanently increased in size
and power. The portions of the skull into which the jaw-
bones fit will likewise receive an extra strain, and will con-
sequently increase in rate of nutrition and grow to a larger
size, so that the shape of the whole head will be altered.
This increased weight of the head, and the increasingly
violent activity of the muscles which move the jaws, entails a
greater strain upon the vertebrze which support the head, and
upon the cervical muscles which move it from side to side.
The heightened nutrition of these bones and muscles will
add to their weight, so that the shoulders and chest will be
affected. There will be a tightening of the tendons, and
probably a perceptible alteration in the relative lengths of
the different bones and muscles throughout the anterior part
of the body ; and these changes, altering the animal’s centre
of gravity, will inevitably cause other compensating changes
in the rest of the body. The legs, shoulders and haunches
will be modified. Alterations in the weights bearing upon
‘he chest will affect the erowth of the lungs and the aeration
a eee ee eee OS eee eee St eS
*
ee Pe ed 0 ee a
6
ee Cr
eh oe a
ert aie
cH. X.] NATURAL SELECTION. VI
of the blood. And the stomach, intestines, and various
secreting glands will respond to the requirements of all these
nutritive changes. While, lastly, such deep-seated variations
cannot fail to influence the nervous system of the animal, and
to modify somewhat its temperament and its modes of life.
To illustrate the effects of use and disuse, let us reconsider
the antelopes, of whom natural selection has so long pre-
served the swiftest and most quickly frightened individuals
that they now rank among the fleetest and most timid of
mamuals. If all the lions and other swift carnivora of
Africa were to become extinct, so that antelopes would no
longer have to run for their lives, the slower and less easily
alarmed individuals would begin to be preserved in as great
numbers as the swifter and more timid ones, so that by and
by the average speed and timidity of the race would be
diminished. In all this we see merely the effects wrought by
unaided natural selection. But it is a fundamental law of
biology that functions are maintained at their maximum only
through constant exercise. Freed from savage enemies, our
antelopes would less frequently use the muscles concerned in
running, and would less often exercise the mental faculties
concerned in the rapid perception of approaching danger.
Inevitably, therefore, they would, after several generations,
diminish in speed, and become less alert and less timid.
Here we see the effects of what is called the law of use and
disuse. But to these we should also have to add the effects
of correlation of growth. Decrease in speed, involving
decrease in muscular tonicity, and rendering possible the
assimilation of less concentrated food, would seriously modify
the nutrition of the entire organism. The digestive tract
would probably be enlarged, and larger and lazier bodies
could not fail to be produced, voth by the direct influence of
the nutritive processes, and because natural selection would
no longer necessitate the slaughter of all clumsy-bodied
individuals. Thus in course of time the breed of antelopes
VOL. IL. Cc
18 COSMIC PHILQSOPHY, Dash by Me
would become so thoroughly altered as to constitute a distinct
species from their graceful, swift, and timid ancestors. It is
in just these ways that New Zealand birds, freed by insular
isolation from the attacks of mammalian enemies, have grown
large and clumsy, and have lost the power of flight which
their partly-aborted wings show that they once possessed.
By the same kind of illustration we may form a rough
notion of the way in which a single species bifurcates into
two well-defined species. Suppose a race of ruminants to
have been living in Africa before the introduction of car-
nivora, and suppose that, for sundry reasons, the vitality of
the race was but little affected by moderate variations in
the sizes of its individuals, so that while some were com-
paratively light and nimble, others were comparatively large
and clumsy. Now introducing upon the scene the common
ancestor of the lion and the leopard—by immigration either
from Asia or from some other adjacent territory now sub-
merged—let us note some probable features of the complex
result. First, as regards the attacked ruminants, it is likely
that in course of time the lightest and swiftest individuals,
habitually taking refuge in flight, would have greatly increased
both in fleetness and in timidity; the largest and most clumsy
of the species, unable to save themselves by fleeing, would
often be forced to stand and fight for their lives, and would
thus ultimately have gained in size, strength, and courage;
while those who were neither nimble enough to get out of
the way nor strong enough to fight successfully would have
all been killed off. And thus, after a while, by perpetual
destruction of the means and preservation of the extremes,
we should get two kinds of ruminant as different from one
another as the antelope which escapes by his fleetness and
cauticus timidity, and the buffalo which boldly withstands
the lion and not unfrequently conquers or repulses him.
Secondly, let us olserve what must have been going on all
\he while with the attacking carnivora. The lighter and less
i ee ON ee ye ee
.
on. x.] NATURAL SELECTION, 19
powerful of these would find manifest advantage in crouching
amid dense foliage and springing down upon unwary victims
passing below. The larger and more powerful individuals
would more frequently roam about the open country, attack-
ing the larger ruminants and giving chase to the nimbler
ones, and would thus increase in strength and fieetness.
And thus there would be initiated such differences of size
and habit as characterize the leopard and the hon.
It must be borne in mind that this is a purely hypothe-
tical illustration, which does not pretcnd to give a complete
account of the complex process, I have no idea that the
differentiation between antelopes and buffaloes, or between
lions and leopards, was accomplished in any such straight-
forward way as this. But while unduly simplifying the
case, the illustration is undoubtedly sound in principle. No
doubt the lion is so strong and so swift because only the
strongest and swiftest lions have been ‘able to prey at once
upon buffaloes and upon antelopes. No doubt the antelope
is so swift and so timid because only the swiftest and most
quickly-frightened antelopes have been enabled to get away
from the lion, and to propagate their kind. And no doubt in
the process above described, we get a partial glimpse of some
of the essential incidents in the past careers of these races.
All the foregoing illustrations unite in enforcing the con-
clusion that the direct and indirect effects of natural selection
are by no means limited to slight or superficial vhanges in
organisms. The student of physiology well knows that no
change, however seemingly trivial, which ensures the sur-
vival of the organism in its fierce struggle for existence, can
fail in the iong run to entail so many other changes as to
modify, more or less perceptibly, the entire structure. Even
such a slight change as an increased thickness of the woolly
coat of a mammal may, by altering the excretory power of
the skin, affect the functions of the lungs, liver, and kidneys,
and thus indirectly increase or diminish the size of the
c 2
20 COSMIC PHILOSOPHY. (pr. 1
animal, which in turn will modify its speed, its muscular
development, its mental faculties, and its habits of life.
Having thus briefly indicated the capacity of the theory of
natural selection for explaining the most general phenomena
of organic variation, let us in conclusion observe how admir-
ably it explains certain special phenomena, which do not
otherwise admit of scientific explanation. For evidence of
the signal success with which Mr, Darwin has explained
such otherwise unaccountable facts as the dimorphism of
certain flowers, the existence of neuters or sterile females
among bees and ants, the odoriferous glands in mammals,
the calcareous shells of mollusks, the heavy carapace of the
tortoise, the humps of the camel, the amazingly complicated ©
contrivances through which orchidaceous plants are fertilized
by insects, the slave- making instinct of certain ants, the
horns of male ruminants, atid countless other phenomena ;
for all this, I must refer to Mr. Darwin’s various works.
From the mass of phenomena to which the theory of natural
selection has been satisfactorily applied, I will only select
as an illustration the case of colour, in the animal and
vegetal kingdoms.
Until after the publication of Mr. Darwin’s speculations,
the colours of plants and animals had never been made the
subject of careful and philosophical study. So far as any
hypothesis was held concerning these phenomena, it was the
vaguely conceived hypothesis that they are due to the direct
action of such physical conditions as climate, soil, or food.
But there are fatal objections to such an explanation. When
Dr. Forbes Winslow, in his work on the “ Physiological
Influence of Light,” tells us that “the white colour of ani-
mals inhabiting the polar regions is attributable to the
absence of intense sunlight,” it is an obvious objection that
the polar regions are not pre-eminent for darkness. Though
within the limits of the arctic circle the sun is below the
horizon for six months together, it is none the less for the
cH. Xx. | NATURAL SELECTION. 21
other six months above the horizon; and though its slanting
rays do not cause excessive heat in the summer, the prolonged
glare of light, intensified by reflection from the snow and ice,
is described as peculiarly intolerable. The summer ought to
tan the polar bears as much as the winter can bleach them.
And to this it may be added that the Eskimos and Green-
landers, living under the polar circle, are not bleached.
Several other facts, alike incompatible with the direct action
of physical agencies, are mentioned by Mr. Wallace. While
wild rabbits, for instance, are always tinted grey or brown,
the same rabbits, when domesticated, give birth to white and
black varieties, though there has been no change either in
climate or in food. The case is the same with domestic
pigeons. But even supposing that the most general features
of animal colouring could be explained on this hypothesis—
which they cannot be—there would still remain the more
remarkable cases of tree-frogs, which resemble bark, and of
the so-called leaf-butterflies, which when at rest are indistin-
guishable from leaves; and the existence of such cases isa
stumbling-block in the way of all theories save the theory of
natural selection.
_ For according to the theory of natural selection each species
of animals will be characterized by that shade of colour which
is most advantageous to the species in the struggle for exist-
ence. Now, as Mr. Wallace observes, “ concealment is useful
to many animals, and absolutely essential to some. Those
whicn have numerous enemies from which they cannot escape
by rapidity of motion, find safety in concealment. Those
which prey upon others must also be so constituted as not to
alarm them by their presence or their approach, or they would
soon die of hunger.” In striking harmony with this general
principle, we find that the great majority of animals are so
coloured as best to escape notice, and that animals which are
not protectively coloured are animals whose habits of life are
such as to enable them to dispense with secrecy. The polar
ug COSMIC PHILOSOPHY, [er. 1
bear is white, as the California bear is grey and the Hindustan
bear black, because with a coat thus coloured it can best
escape notice and secure its prey. -The polar hare has a per-
manent coat of white ; but the alpine hare, the arctic fox, and
the ermine, which do not live amid perpetual snow, have
coats that are white in the winter only. Arctic owls, falcons,
and buntings are. coloured snowy white; and the ptarmigan
is white in winter, while “its summer plumage go exactly
harmonizes with the lichen-covered stones among which it
delights to sit, that a person may walk through a flock of
them without seeing a single birds” In the sandy deserts of
NorthernAfrica, all birds, without exception, all snakes and
lizards, and all the smaller mammals, are of a uniform sandy
colour. The camel is tinted like the desert in which he
lives, and the same is true of the antelope and the Australian
kangaroo. The tawny lion, says Mr. Wallace, “is a typical
example of this, and must be almost invisible when sidings
upon the sand or among desert rocks and stones.” His
brother, the tiger, “is a jungle animal, and hides himself
among tufts of grass or of bamboos, and in these positions
the vertical stripes with which his body is adorned must so
assimilate with the vertical stems of the bamboo, as to assist
_ greatly in concealing him from his approaching prey. How
remarkable it is that besides the lion and tiger, almost all
the other large cats are arboreal in their habits, and almost
all have ocellated or spotted skins, which must certainly
tend to blend them with the backeround of foliage; while
the one exception, the puma, has an ashy brown uniform
fur, and has the habit of clinging so closely to a limb of a
tree, while waiting for his prey to pass beneath, as to be
hardly distinguishable from the bark.”! Such nocturnal
animals as owls, goat-suckers, mice, bats, and moles are
dusky-coloured. In tropical forests, where the trees are laden
with green foliage all the year round, we find brilliant green
1 Wallace, Natural Sclection, pp. 49, 53.
cH. x.} NATURAL SELECTION. 23
pigeons and parrots; while the northern snipe resembles the
marshy vegetation in which it lives, and the woodcock, with
its variegated browns and yellows, is inconspicuous among
the autumn leaves.' Arboreal iguanas are tinted leafy green ;
and out of many species of tropical tree-snakes there is but
one which is not green, and this kind conceals itself during
the daytime in holes, Flat fish, like the skate and flounder,
are coloured like the gravel beneath them. Fishes which live
among gorgeous coral reefs are magnificently tinted. The
brilliant red hippocampi of Australia dwell among sea-weed
of the same colour. And numerous other examples from
the vertebrate sub-kingdom are given by Mr. Wallace, from
whose remarkable essay the examples here given are culled.
Before going farther, let us note how completely these
interesting phenomena are in harmony with the theory ot
natural selection. The variability of the hues of domestic
animals descended from a monotonously-coloured wild species,
shows that there is no direct physiological necessity for the
production of animals of a single given style of colouring.
But it is tolerably obvious that in the struggle for existence
the most conspicuous among those animals which serve as
food for others will be the soonest detected, killed, and
eaten; while in general the most conspicuous carnivorous
animals will be the most easily avoided, and hence will be
the most likely to perish for lack of sustenance. And while
it is not universally true of the higher animals, as it is of
the lower animals and plants, that a much greater number
perish than survive, the destruction of life is nevertheless
so great that the fate of each creature must often depend
upon apparently trivial circumstances, The explanation
would therefore be satisfactory, even if protective shades
1 Tho general principle is well stated by Emerson, in this pretty quatrain :
** He took the colour of his vest
From rabbit’s coat and grouse’s breast 3
For as the wild kinds lurk and hide,
So walks the huntsmun unespied.”
»
24 CUSMIC PHILOSOPHY, [pr. 1
of colouring could be regarded as circumstances of slight
importance,—which they cannot.
Since, therefore, it is natural selection which keeps up the
protective hues of animals, by killing off all save the least
conspicuous individuais, we may understand why it is that
animaJ3 which have for several generations been domesticated
no longer retain, without considerable deviation, their pro-
tective style of colouring. Freed from the exigencies of wild
life, there is no longer an imperious need for concealment,
and hence the unfavourably coloured individuals survive like
the rest, and variety appears among members of the same
species. In the cat family, which appears to have been
originally arboreal, there is a strong tendency to the produc-
tion of stripes and spots. In the lion, which is not arboreal,
and in the puma, owing to the peculiarity above mentioned,
these variegated markings have been almost wholly weeded
out by natural selection. But in the domestic cat, along
with these spots and stripes which occasionally show its
blood-relationship with the leopard and tiger, we more often
meet with colours not paralleled among the wild species;
now and then we see cats which are coal-black or snowy
white. Cows, horses, sheep, dogs, and fowl, furnish parallel
examples. ‘Thus too we may understand why the sable and
the Canadian woodchuck retain their brown fur during the
winter; for the one can subsist on berries, and is far more
agile than any of its foes, while the other lives in burrows
by the riverside and catches small fish that swim by in the
water. And thus we may understand why it is that in the
case of birds which build open nests, the female is dull
coloured like the nest; while on the other hand, the females
of birds which build domed nests are often as brightly
coloured as the males.
1 The variegated marking usually appears, however, in lion-cubs; thus
showing that the variegated colouring of the leopard and tiger is relatively
primary, while the monotonous colouring of the adult lion is relatively
secondary.
cH. X.] NATURAL SELECTION. 25
Turning now to the insect world, we find a vast abundance
of corroborative proof. Among the tiger-beetles examined
by Mr. Wallace in the Malay islands, those which lived upon
wet mossy stones in mountain brooks. were coloured velvet
green ; others, found for the most part on dead leaves in the
forest, were brown ; others again, “ never seen except on the
wet mud of salt marshes, were of a glossy olive so exactly
the colour of the mud as only to be distinguished when the
sun shone,” by casting a shadow. “In the tropics there are
thousands of species of insects which rest during the
day clinging to the bark of dead or fallen trees; and the
greater portion of these are delicately mottled with grey and
brown tints, which though symmetrically disposed and
infinitely varied, yet blend so completely with the usual
colours of the bark, that at two or three feet distance they
are quite indistinguishable.” Moths, which when resting
expose the upper surfaces of their wings, have these dull-
coloured. Butterflies, on the other hand, which rest with
their wings raised perpendicularly and laid together so as
to show only the under surfaces, have the upper surfaces
brilliantly coloured, while the exposed under surfaces are
dusky and inconspicuous, or even marked in imitation of
leaves. Mr. Wallace describes an East Indian butterfly
whose wings are superbly tinted with blue and orange: this
butterfly is a very swift flyer and is never known to settle
save among the dead leaves in the dry forests which it
frequents. When settled, with its wings raised, it imitates a
shrivelled leat suv perfectly that even the keen eye of the
naturalist can hardly detect it. This protective colouring is
found throughout the whole immense order to which belong
“rasshoppers, crickets, and locusts; the most remarkable
instance being furnished by the so-called “ walking-leaf,” to
which no description can do justice. On the other hand,
hornets, bees, and wasps, which are protected by their stings,
are brilliantly but not in general protectively coloured. Bugs
26 - COSMIC PHILOSOPHY. [pr. 11,
and ground-beetles emit a disagreeable, pungent smull, and
they are often conspicuously coloured. But the most
wonderful of all are the cases of protective mimicry. The
heliconide are among the most beautiful of South American
butterflies. Being never eaten by birds, on account of a
nauseous liquid which exudes from them when touched, they
are not only very lazy dyers, but have the under sides of their
wings as gorgeously tinted as the upper side, so that they
can be seen from quite a ‘ong distance. From the same
cause they are prodigiously numerous, swarming in all the
tropical forests. Now it is obvious that if another butterfly,
not protected by a disagreeable odour or taste, were to
resemble the heliconia in colouring, it would be as efficiently
protected as by imitating a dead leaf or dry twig; provided
that there were but few of these butterflies among a large
number of heliconias. For, as Mr. Wallace says, “if the
birds could not distinguish the two kinds externally, and there
were on the average only one eatable among fifty uneatable,
they would soon give up seeking for the eatable ones, even if
they knew them to exist.” Now along with the heliconide
there does, in fact, live a distinct family of butterflies, the
pieridee, most of which are white, and which are anatomically
as distinct from the heliconide as a lion from a buffalo.
But of these vieride there is one genus, the leptalis, which
exactly resembles the heliconias in external appearance. So
close is the resemblance that such expert naturalists as Mr.
Bates and Mr. Wallace have been repeatedly deceived by it
at the time of capture. Moreover, each species of this genus
leptalis is a copy of the particular species of heliconia
which lives in the same district. Every band and spot and
fleck of colour in the heliconia is accurately reproduced in
the leptalis; and besides this, the lazy mode of flight is also
imitated. While in point of numbers, we find about one
leptalis to a thousand heliconias. Nor is this the only
instance. So pre-eminently favoured are these beautiful
ee, We
cH. X.] NATURAL SELECTION. | 27
insects by their disgusting taste, that they are exactly
imitated by at least three genera of diurnal moths. In other
parts of the world similar phenomena have been noticed.
The relationship of the leptalis to the heliconia is repeated
in India, in the Philippine Islands, in the Malay archipelago,
and in various parts of Africa; the protected insect being,
in all these cases, very much less numerous than the insect
whose colours it mimics. In similar wise, bees and wasps
are often imitated by beetles, by flies and even by moths,
For further details I must refer to Mr. Wallace’s essay,
which is a singularly beautiful specimen of inductive reason-
ing. The facts already cited are quite enough to sustain the
general conclusion that the colours of animals are in the main
determined by the exigencies of the struggle for existence.
Where it is for the advantage of an animal to be concealed,
as in the great. majority of cases, its colour, whether brilliant
or sombre, is such as to protect it. But where the animal is
otherwise adequately protected—either by its peculiar habits,
by a sting, a disgusting odour or taste, or a hard carapace—
and where it is not needful for it to be hidden from the prey
upon which it feeds, then there is usually no reference to
protection in the colour of the animal. In some of these
cases, however, a very conspicuous colouring .becomes pro-
tective—as in the case of the jet-black toad which Mr.
Darwin saw in La Plata, which emitted a poisonous secretion,
and which, when crawling over the sandy plain, could not
-ail to be recognized by every passing creature as an object
to be avoided.
In many cases the gorgeous tints of the otherwise protected
male animal are due to what is called “sexual selection,”—
to the continual selection of the more beautiful males by the
females. To this cause is due the magnificent plumage of
the male bird of paradise; and Mr. Darwin would similarly
explain the brilliant colours of many male butterflies. In
his work on the “Descent of Man” may be found an account
28 COSMiC PHILOSOPITY. [PT. 11
of the elaborate observations which have Jed to these con-
clusions. Without feeling it necessary to insist upon the
validity of all the special explanations contained in that
work, we must admit that the general theory is substantiated
by a superabundance of inductive evidence. And when this
kind of selection is taken in connection with the need for
protective concealment, we have the means of explaining by
far the greater part of the colouring found in the animal
kingdom.
The colours of the vegetal kingdom have, to a considerable
extent, been no less satisfactorily explained. “Flowers do
not often need protection, but very often require the aid of
insects to fertilize them, and maintain their reproductive
powers in the greatest vigour. Their gay colours attract
insects, as do also their sweet odours and honeyed secretions;
and that this is the main function of colour in flowers is
shown by the striking fact that those plants which can be
perfectly fertilized by the wind, and do not need the aid of
insects, rarely or never have gaily-coloured flowers.”?
Returning for one moment to the case of animals, which
are usually benefited by concealment but sometimes by
conspicuousness, let us note Prof. Shaler’s ingenious explana-
tion of the rattlesnake’s rattle. The existence of this
appendage has long been a puzzle to philosophical naturalists,
and Darwinians have been repeatedly challenged to account
for the formation or preservation by natural selection of an
organ assumed to be injurious to the species, The difficulty
has lain in the assumption, too hastily made, that the noise
of the rattle must be prejudicfal to the snake by fore-
warning its enemies or prey of its presence, and thus
giving the enemies time for sudden attack, and allowing
the prey to escape. On the theory of natural selection, the
preservation of the species must entail the atrophy of such
an organ, or, rather, must prevent its origination, unless the
1 Wallace, Natural Selection, p. 262,
Pe Ee et |e ae eee ee
cn, x.] NATURAL SELECTION, 29
damage occasioned by it be more than compensated by some
utility not hitherto detected. Prof. Shaler’s hypothesis, how-
ever, suggests the possibility that this whole speculation is
fundamentally erroneous. Far from being injurious to the
snake, by serving to warn its prey, it would appear that the
rattle may be directly useful by serving as a decoy. Prof.
Shaler has observed that the peculiar sound of the rattle is a
very close imitation of the note emitted by a certain cicada
common in American forests frequented by rattlesnakes; and
according to his ingenious suggestion, the bird, hearing the
note and thinking to make a meal of the cicada, advances
upon its own destruction, becoming the eaten instead of the
eater. If this be true, there may be data here for explaining
some of the alleged phenomena of fascination, so far as
rattlesnakes are concerned; and another case will be added
to the numerous cases now on record in which certain
animals have acquired, for utility’s sake, peculiarities charac-
teristic of totally different species. I should be more inclined,
however, to adopt quite a different interpretation of the
rattlesnake’s rattle. As hinted above, the general law that
animals are benefited by concealment has some important
exceptions, In many cases, when an animal is especially
noxious, it is for his advantage to be conspicuous, that
enemies may recognize him at a distance and keep away
from him. Thus,as we have seen, while grasshoppers, moths,
end butterflies (on the exposed under-surfaces of their wings) |
are usually so coloured as best to escape notice, on the other
hand, bees and wasps, which are protected by their stings,
and many beetles, which are protected by a noxious taste or
odour, are apt to be conspicuously coloured. And the jet-
black toad of La Plata is a still better example. Now a
zattlesnake is unquestionably a very noxious animal, and so
dangerous to its enemies that they will always do well to
keep out of its way. Moreover, the death-wound inflicted
by it, though usually very sure, is somewhat slow in operation;
30 COSMIC PHILOSOPHY. [er. 1.
so that in a fierce struggle it will often happen that its action
is not prompt enough to preclude a return of compliments
fatal to the snake. When a tiger tears open the jugular vein
of his enemy, the enemy is placed hors de combat at once;
but when the rattlesnake has bitten, there is nothing to
prevent the foe from employing his few remaining moments
in tearing the serpent to pieces. Hence the rattlesnake
must be peculiarly benefited by an apparatus which serves
as a signal to warn enemies of his presence, and to keep
them from attacking him. His more formidable enemies,
belonging chiefly to the mammalian class, are certainly
intelligent enough to profit by such warning and shun the
danger; and as it is plainly for the snake’s advantage to
avoid even a conflict, it is clear that he is practically helped
even less by his terrible bite than by his power of
threatening a bite.
This explanation seems to me quite sound in principle.
Yet if we adopt it, there is nothing to prevent us from giving
due weight also to Prof. Shaler’s suggestion. The success
with which the note of the cicada is counterfeited by the
rattle is a point to be more fully determined by further
ybservation. And if it turns out that the rattle fulfiis the
double purpose of alarming sundry animals that are hostile
and of enticing sundry others that are good for food, it will
not be the first case in which it has happened that a structure
useful in one way has also become useful in another way.
The question is an interesting one, and valuable if only
because it reminds us of the danger of reasoning too con-
fidently, from @ priori premises, about matters the due
elucidation of which requires careful study of the details of
the every-day life of animals. It is one of the great merits
of the theory of natural selection: that it has directed so many
naturalists, with eyes open, into this fruitful field of inquiry.
It is because it so well illustrates the wealth of suggestive-
ness in Mr, Darwin’s theory, that I have ventured upon thir
Oe
Ws eee
tS. 2 ae 5 Sea ee
on, x.] NATURAL SELECTION, 31
digression. To the general validity.of that theory, or even
to the validity of the more special hypothesis concerning the
uses of concealment or of cunspicuousness, the success o. the
foregoing explanation is not essential,—since its possible
inadequacy may very well be due to the incompleteness of
our grasp upon all the details of this particular case. But,
returning from this digression to our main thesis, and con-
sidering the general significance of the phenomena of colour,
we see that, in addition to those most general phenomena of
organic life which demand for their explanation the Dar-
winian theory, there is at least one special class of pheno-
mena which that theory is competent to explain even in
minute details. And there are other special classes of
phenomena to which it has been applied with equally re-
markable success. But when a theory, deduced from the
observed general facts of organic life, and invoking no
agencies but such as are known to be in operation, is found
on trial to account for such an enormous mass of special
facts, for which no other valid explanation has been pro-
pounded,—we may well say of it, as Laplace said of his owu
Nebular Hypothesis, that the chances in favour of its being
a true explanation are many thousand million to one.
CHAPTER XL
TWO OBJECTIONS CONSIDERED,
WHEN an objection to a complex theory in any department
of science is so extremely obvious as to seem at first sight
fatal to the theory, it is unwise to urge it in argument until
we have very thoroughly considered the matter. Men like
Laplace and Goethe, Spencer and Darwin, in framing their
theories of evolution, are indeed liable to overlook difficulties
which are so unobtrusive as to be detected only after pro-
longed observation; but they are very unlikely to overlook
difficulties which are so conspicuous as to occur at once to
the minds of a hundred general readers. When, therefore, a
reader of average culture, who has perhaps never seriously
bent his mind to the question of the origin of species, and
who is very likely unacquainted with the sciences which
throw light upon that subject, finds himself immediately
confronted by difficulties in a theory which men of the
highest learning and capacity have spent a quarter of a cen-
tury in testing, common prudence should lead him to con-
tinue his study until he has made sure that the difficulty is
not due to his own ignorance rather than to the shortcomings
of the theory. This wholesome caution is too seldom maui-
fested by literary reviewers, many of whom, in criticizing
Mr. Darwin's theory without having duly read his works,
oH. XI] TWO OBJECTIONS CONSIDERED, 33
allege certain objections as being quite obvious to all intelli-
gent people, save to the one-sided speculator who is supposed
to have ignored them. In Mr. Darwin’s case, this mode of
treatment is peculiarly impertinent, since even the less ob-
vious objections to the theory of natural selection were for
the most part foreseen and answered in the first edition of
the “Origin of Species,’—a book to which, as to an arsenul
of scientific facts, one must still resert who would deal intel-
ligently with the latest criticisms directed against the theory.
The most obvious objection to the Darwinian theory is the
paucity, or, as it is often incorrectly alleged, the absence, of
transitional forms in the various sedimentary strata. This is
at first sight a weighty objection against the doctrine of natural
selection, according to which the progress has been effected
by infinitesimal increments ; although it is of no force against
the doctrine. of derivation, as held by Mr. Mivart, who
rejects the maxim Natura non facit saltum, and maintains
that progress has been effected by sudden jumps, occurring
at rhythmical intervals. Mr. Mivart’s suggestion, however,
cannot be entertained as a scientific hypothesis so long as it
alleges no physical agencies competent to effect the sudden
jumps from one specific form to another; nor does the com-
parative paucity of transitional forms in a fossil state afford
any reason for our adopting it. A brief consideration will
show us that the fact is entirely consistent with the theory
of progress by minute variations.
In the first place, let us note that in general intermediate
transitional forms must be the soonest killed off in the
struggle for existence; and that, especially, where two
strains or varieties become further differentiated into true
species, it is the extreme forms which multiply at the
expense of those which are intercalated between them.
Here, as on a former occasion, our comprehension of the
argument will be facilitated by a reference to the analogous
set of phenomena which occur during the process of lin-
VOL, II. DB
34 COSMIC PHILOSOPHY. [pr. 1
cuistic differentiation, It is held by most philologists that
all languages in the tertiary or amalgamative stage of
development must have previously existed in the secondary
or agglutinative s{age,—and, at a yet earlier period, in the
‘primary or juxtapositive stage, of which the Chinese is a
still living example. Against this view M. Renan has urged
the absence or paucity of transitional forms connecting one
class of languages with another. Now in answering M.
Renan’s objection, I have begun by showing, from a con-
sideration of the Romanic dialects, that the difficulty is
only imaginary. “A language like Latin, spread. over a
vast space of country in imperfectly civilized times, in-
evitably breaks up into a host of local patois. Hach secluded
rustic community has its own style of pronunciation, its
own choice of words and syntactical devices, its own method
of contracting or otherwise modifying its expressions. And
although the inhabitants of any given town can usually
communicate with these of the next town, the slight
differences accumulate until intercourse between distant
places is no longer practicable. In such a state of things
we find plenty of transitional dialects, as the Genoese and
Provengal between Italian and French, and the Balearic
and Catalan between French and Spanish. The Tuscan can
understand the Genoese, the Genoese can understand the
dweller in Piedmont, the Piedmontese can understand the
Vaudois, the Vaudois can understand the Lyonnais, and
so on until we come to Paris; but the Tuscan and the
Parisian cannot understand each other. Now the progress
of civilization in each country tends to kill out the patois,
elevating that variety of the language which has been made
the vehicle of the dominant literature to supremacy over
the more provincial forms. Increased facilities of com-
munication, and the growth of large centres of population,
and commercial as well as literary activity, end by making
the inhabitants of all parts of the country speak and write
cH. X1.] TWO OBJECTIONS CONSIDERED, 35
more and more like those of its intellectual metropolis.
And in this way the intermediate dialects slowly disappear,
leaving two languages with thoroughly distinct individuali-
ties, like Italian and French.”! Now even here, as I go
on to show, the relationships among the dialects have
become sufficiently obscured—owing to disappearance of
connecting links—to alloy M. Raynouard to maintain the
paradox that the modern Romanic languages are descended,
not directly from the Latin, but from the old Provengal.
And in such countries as Hindustan, the processes of di-
vergence, and accompanying obliteration, have gone on to
such an extent that Bengali has been mistaken for a non-
Aryan language.
Here in the domain of language we see that competition
is most severe and destructive between closely allied forms,
and that the extremes will vigorously flourish long after the
short-lived means have been crushed out of existence. The
maxim Jn medio tutissimus tbis does not apply to such cases.
We have now to observe that among the phenomena which
natural history deals with, a quite similar process goes on.
First we may note, with Mr. Darwin, that “as the species
of the same genus usually have, though by no means in-
variably, much similarity in habits and constitution, and
always in structure, the struggle will generally be more
severe between them, if they come into competition with
each other, than between the species of distinct genera.
We see this in the recent extension over parts of the United
States of one species of swallow having caused the decrease
of another species. The recent increase of the missel-
thrush in parts of Scotland has caused the decrease of the
song-thrush. How frequently we hear of one species of rat
taking the place of another species under the most different
climates! In Russia the small Asiatic cockroach has every-
1 “The Genesis of Language,” North American Review, Oct. 1869, pp.
834, 335.
D 2
36 COSMIC PHILOSOPHY. [Pr. 11,
where driven before it its great congener. In Australia the
imported hive-bee is rapidly exterminating the small sting-
less native bee. One species of charlock has been known
to supplant another species; and so in other cases. We can
dimly see why the competition should be most severe
between allied forms, which fill nearly the same place in
the economy of nature; but probably in no one case could
we precisely say why one species has been victorious over
another in the great battle of life.” }
For our present purpose, however, it is not needful that
we should be able to accomplish the latter task, which would
require a knowledge of the minutiz of the organic world
such as is not likely to be possessed by anyone for a long
time tocome. It is enough for us to note that the ordinary
process of competition, among organisms as among dialects,
tends to kill out the means much sooner than the extremes,
Still more clear will this become, if we recur to one of the
hypothetical illustrations given in the preceding chapter.
It was there shown that, in the case of a group of ruminants
hitherto isolated from carnivorous foes, and in which different
strains or varieties have begun to establish themselves, a
newly-arriving incident force, in the shape of strong and
swift* carnivora, will at once tend to exterminate all the
intermediate forms, while the extremes will not only be
indefinitely preserved, but will become yet more widely
different from each other. Now this hypothetical case is
probably a fair sample of a very large proportion—perhaps
the majority—of the cases in which specific variations have
been rapidly accumulated and persistently fixed. It is by
no means likely that variation has gone on throughout the
past with a uniform pace; but there must rather have been
immensely long periods of comparative stability, alter-
nating with relatively brief periods, during which newly-
‘ntroduced sets of circumstances have tended to enhance
1 Origin of Species, 6th edit., p. 59
ee
ry ‘
CH, XI.] TWO OBJECTIONS CONSIDERED. 37
and accumulate variations on either side of a hitherto
established mean. Such a conclusion is implied by the
theory of natural selection, according to which specific vari-
ation occurs, not in conformity to some mysterious law
of progress uniformly operating, but only in conformity
to some more or less conspicuous alteration in the sum-
total of the conditions of existence.
It follows, therefore, that in general, when incipient
varieties are differentiated into well-marked species, the
number of intermediate forms must be immeasurably smaller
than the numbers of forms contained in the resulting species
to which they serve as the transition. During epochs of
rapid divergence, the means may all be extinguished after a
few hundred generations, while the generations of the ex-
tremes which persist thereafter may be numbered by tens of
thousands. Suppose, for example, two great islands sepa-
rated by a shallow sea. During long ages, while the floor of
this intervening sea is constantly rising, the specific changes
occurring on either island may be quite few and unimportant,
and such fossil records as are left will indicate a general per-
sistence of type. But when in course of time the process of
elevation has converted this intervening channel into an
isthmus connecting the two islands, there must inevitably
ensue a marked change in the conditions of existence in
both regions, Extinction will go on at a relatively rapid
pace; and, as above illustrated, this extinction must ordi-
narily result in the disappearance of intermediate forms and
the preservation of extremes. After a while this process
must result in the establishment of an approximate equili-
brium among the forms of life over both areas, such ,as
formerly obtained over each area separately. And thus fora
long time to come, the specific changes occurring will again
be few and unimportant.
Thus we see graphically illustrated the truth that, in com-
parison with the myriads of individuals comprising the well-
38 COSMIC PHILOSOPHY. [pr. 1%
defined species which propagate themselves through long
ages with relative stability of character, the number of inter-
mediate individuals which ever come into existence must be
relatively small. We have next to note that, even of this
relatively small number of individuals, a still smaller rela.
tive number are likely to leave after death a permanent fossil
record of their existence.
In the first place it is only by a rare combination of cir-
cumstances that any plant or animal gets fossilized at all.
The chances were nearly infinite against the preservation of
any of the very earliest organisms, with their soft and speedily
decaying textures. The higher land animals, on the other
hand, owe their occasional preservation to the accidents of
dying in sheltered caves, or of being covered with blown
sand or peat-moss, or of being frozen in Arctic ice. ‘Trees
with solid trunks, littoral and marine animals, especially
crustaceans and shell-covered mollusks, are more likely to be
preserved than other organisms. But, in the second place,
the majority of the organisms once fossilized are afterwards
destroyed along with the sedimentary strata which contain
them. Since there have been several enormously long alter-.
nating periods of elevation and of subsidence, it follows that
all the older sedimentary strata must have been metamor-
phosed by volcanic heat. These oldest rocks have sunk to a
depth of six or eight miles, down below the ocean-floor,
where they have been metamorphosed by the heat of the
molten liquid below, and whence they have again been slowly
shoved up above water-level, with all traces of their organic
contents obliterated. This process must have occurred so
many times as to have destroyed all but the later records of
lite. The title “ paleozoic,” formerly applied to the Silurian
rocks, is a misnomer. It was formerly supposed that there
were no fossil-bearing rocks below the Silurian. But within
a few years the Cambrian and Laurentian strata have been
discovered, carrying us back into an antiquity nearly twice as
SESSA RT SS Ps Re RE
cu. XI] TWO GBJECTIONS CUNSIDERED. 39
great as that to which we had reached with the Silurian
rocks; and it is now generally admitted that cven the
Laurentian strata are modern compared with the beginnings
of life upon our globe.
But this is not all. Along with the immensely long
ceologic rhythms, which have thus entailed the periodic
metamorphosis of strata, there have been going on minor
rhythms, resulting in the alternate deposit and denudation of
fossil-bearing strata. Each of the sedimentary strata now
surviving was deposited during an epoch of subsidence, and
since its elevation to its present position has been more or
less denuded. Now it is only during epochs of subsidence
that permanent fossil-bearing strata can be deposited. During
epochs of elevation the newly-formed sedimentary deposit is
rapidly disintegrated by the action of coast-waves; and even
those thin deposits which are made during an epoch of sub-
sidence are in the next-recurring epoch of elevation soon
worn away. It is thus only the thicker strata deposited
during an epoch of subsidence which have preserved for our
inspection a few specimens of the organisms living at the
time when they were deposited.
But in close juxtaposition to this comes the remarkable
fact that the most rapid variation ameng specific forms must
take place during epochs of elevation. For since the only
variations preserved by natural selection are those which
bring the organism into closer adaptation to its environment ;
and since in most cases the organic environment of any group
of organisms, comprising its enemies, competitors, and prey,
is a much more important factor of change than its inorganic
environment, comprising climate and soil; it follows that
those periods during which groups of organisms, hitherto
isolated, are gradually brought into contact with one another,
must be the periods most favourable for specific change. The
most rapid variation, attended by the greatest frequency of
transitional forms, will therefore occur during those epochs of
40 COSMIC PHILOSOPHY, (Pr. 1,
elevation when archipelagos are being converted into con-
tinents, and when shallow parts of the sea, hitherto divided
by deep channels, are getting practically united together by
the diminishing depth of the channel. During such periods
it is not only the inorganic agencies of climate and soil
which will be altered; the organic environment of each
group of organisms will be immensely increased in extent
and heterogeneity. The struggle for existence will increase
in violence, and there will be an increased amount both of
variation and of extinction,
We are thus driven to the remarkable conclusion, not only
that each system of fossiliferous strata now remaining has
been preceded and followed by systems destroyed as fast as
they were formed, but also that the systems thus destroyed
coincided with the periods which must have been richest in
transitional forms.
But notwithstanding the extreme imperfection of the geolo-
gical record, and notwithstanding these special difficulties in
the way of finding transitional forms, such forms are frequently
met with. Indeed it may be asserted, as one of the most
significant truths of paleontology, that extinct forms are
almost always intercalary between forms now existing. Not
only species, genera, and families, but even orders of con-
temporary animals, apparently quite distinct, are now and
then fused together by the discovery of extinct intermediate
forms. In Cuvier’s time, horse, tapir, pig, and rhinoceros
were ranked as a distinct order from cow, sheep, deer, buffalo,
and camel. But so many transitional forms have been found
in tertiary strata that pachyderms and ruminants are now
united in a single order. By numerous connecting links the
pig is now seen to be closely united with the camel and
the antelope. Similar results relating to the proboscidians,
the hyzena family of carnivora, the apes, the horse, and the
rhinoceros, have been obtained from the exploration of a
single locality near Mount Pentelikos in Greece. Among
i at te Es el en Te
—
cH. X1.] TWO OBJECTIONS CONSIDERED. 41
more than seventy species there discovered, the gradational
arrangement of forms was so strongly marked, that the great
paleontologist, M. Gaudry, became a convert to Mr. Darwin’s
theory in the course of the search. Referring for many
more such examples to the last edition of Sir Charles Lyell’s
“Principles of Geology,” let me further observe that there
has as yet been but little search for fossils save in Europe
and North America, and even these areas have by no means
been thoroughly explored. Concerning South America much
less is known, and the greater portions of Asia, Africa, and
Australia are just so much ¢erra incognita to the paleon-
tologist. As M. Gaudry observes, a few strokes of the pick-
axe at the foot of Mount Pentelikos have revealed to us the
closest connecting links between forms which seemed before
very widely separated: far closer will such links be drawn
when a considerable portion of the earth’s surface shall have
been thoroughly investigated.
_ The argument from “missing links,” therefore, in so far
as it has any validity at all, is an argument which rests en-
tirely upon negative evidence. But negative evidence, as
everyone knows, is a very unsafe basis for argument.22 A
1 We may also profitably consider the toxodon, found by Mr. Darwin in
South America, which is ‘‘ one of the strangest animals ever discovered. In
size it equalled an elephant or megatherium, but the structure of its teeth, as
Mr. Owen states, proves indisputably that it was intimately related to the
Gnawers, the order which at the present day includes most of the smallest
uadrupeds : in many details it is allied to the pachydermata : judging from
the position of its eyes, ears, and nostrils, it was probably aquatic, like the
dugong and manatee, to which it is also allied. How wonderfully,” says
Mr. Darwin, “are vue different orders, at the present time so well separated,
blended together in different pvints of the structure of the toxodon !”—
Darwin, Voyage of the Beagle, p. 82. Compare the remarks on the quaternary
fauna of Western Europe in Sir John Lubbock’s Prehistoric Times, 2nd
edition, pp. 296-298.
2 “For instance, the several species of the chthamaline (a weston: or
sessile cirrhipeds) coat the rocks all over the world in infinite numbers: they
are all strictly littoral, with the exception of a single Mediterranean spevics,
which inhabits deep water, and this has been found fossil in Sicily, whereas
not one other species has hitherto been found in any tertiary formation : yet
it is known that the genus chthamalus existed during the Chalk period.” —
Darwin, Origin of Species, 6th edit., p. 271.
42 COSMIC PHILOSOPHY. [pr. 11
single item of positive evidence will always cutweigh any
amount of negative evidence. A single case in which two
or three species or genera are demonstrably connected with
each other through lineally intermediate forms, is enough
to outweigh the case of a thousand species or genera in
which no such linear connection has yet been demonstrated.
Now there can be no question that Hquus, Hipparion, and
Anchitherium, are quite distinct genera; and a comparison
of the skeletons of the three leaves it equally unquestion-
able that the hipparion is simply a more ancient horse, and
that the anchitherium is simply a more ancient hipparion. As
Prof. Huxley observes, “the process by which Anchitherium
has been converted into Hguus is one of specialization, or
of more and more complete deviation from what might be
called the average form of an ungulate mammal. In the
horses, the reduction of some parts of the limbs, together
with the special modification of these which are left, is
carried to a greater extent than in any other hoofed mam-
mals. The reduction is less and the specialization is less
in the hipparion, and still less in the anchitherium; but
yet, as compared with other mammals, the reduction and
specialization of parts in the anchitherium remain great.” ?
But as we go back still farther into the Eocene epoch, we
find Plagiolophus, a genus intermediate between the horse
and the agouti, in which the reduction and specialization
of parts is still less. Here, where the exploration has
been relatively complete, the intermediate forms are so
numerous as to leave no doubt whatever as to the genetic
kinship.2 And similarly of the rhinocerotide and hyznide
1 Critiques and Addresses, p. 195.
2 I may add that, in particular, numerous extinct forms intercalary between
man and ape are likely to be discovered when we search for them in those
parts of the earth where they are likely to exist,—namely, in Africa, Mada-
ascar, South-eastern Asia, and the Malay Archipelago. Such formsare not
ikely, however, to be directly intermediate between man and the gorilla or
the chimpanzee. For these are probably aberrant types, and the connection
between man and the authropoid apes is to be sought much lower down,—
cH. X1.] TWO OBJECTIONS CONSIDERED. 43
Prof. Huxley says, “it is indeed a conceivable (?) suppo-
sition that every species of rhinoceros and every species of
hyzena, in the long succession of forms between the Mio-
cene and the present species, was separately constructed out
of dust, or out of nothing, by supernatural power; but until
I receive distinct evidence of the fact, I refuse to run vhe
risk of insulting any sane man by supposing that he seri-
ously holds such a notion.”
lt thus appears that the argument from “ missing links,”
which to the general reader may appear so obviously fatal
to the Darwinian theory, is to the student of paleontology
by no means alarming. Our brief survey of the facts in the
case has shown us /irst, that transitional varieties are always
likely to have been less numerous in individuals than the
well-defined species which they serve to connect ; secondly,
that the geologic eras which have left in the rocks the record
of their organic life have been usually the eras in which
variation and extinction have been least rapid, and in which
accordingly transitional varieties have been least numerous;
and thirdly, that in spite of all these adverse circumstances,
‘ransitional forms have already been discovered in consider-
able numbers, while it is fair to expect that many more
will be discovered when by and by we have come to know
the earth’s surface more intimately.
Of all the objections which have been urged against the
theory of natural selection, this objection, from the paucity
of transitional forms, is the least weighty, though probably
the most obvious. The second objection which we have to
ecnsider, though less immediately obvious, is more weighty ;
and though there is no reason for regarding it as insuper-
able, we must admit that it has not yet been entirely dis-
posed of. This objection is implicated with the difference
perhaps near the point of eaparhate of the anthropoid apes from the lower
monkeys and lemurs. See the anatomical evidence very well presented in
Mr. Mivart’s recent work on Man and Apes,
44 COSMIC PHILOSOPHY. [pr. 11,
oetween the morphological and the physiological definitions
of species, and is usually known as the argument from the
infertility of hybrids. As ordinarily stated, indeed, this
argument is merely the expression of a sorry confusion of
ideas. By a curious misunderstanding the infertility of the
mule is often urged as a direct objection to the Darwinian
theory. But this is putting the cart before the horse. It is
not the infertility of the offspring of the horse and the ass
which should be cited as an obstacle to the theory of natural
selection, but it is the fertility of the offspring of the carrier- —
pigeon and the pouter, or of the pouter and tumbler. Mor-
phologically the carrier, the pouter, and the tumbler may
well be regarded as distinct species artificially developed
from a common wild stock; but so long as mutual infer-
tility is held to be the physiological test by which we are
to distinguish between varieties and species, it may be argued
that, in spite of their great morphological differences, the
carrier and the tumbler are only varieties and not true
species. And going a step farther, it may be argued that
until the theory of natural selection has accounted for the
rise of infertility between races descended from a common
stock, it has not completely performed the task of reconciling
deduction with observation.
Against the derivation theory in general, this objection has
no weight whatever. That races originally fertile together
should, vadedt long subjection to different sets of slincircintuodib
become infertile with one another, is @ priori in the highest
degree probable, when we reflect upon the extreme sensi-
tiveness of the reproductive system to changes of habit in
the organism as a whole. When we remember that “the
eoiistitubion of many wild animals is so altered by confine-
ment that they will not breed even with their own females,”
we need not be surprised that the leopard and the lion,
which during many ages have had very different habits of
life, will not breed with each other, Nor need we wonder
ex, X1.] TWO OBJECTIONS CONSIDERED. 45
that the horse and the ass, with less important differences in
general habit, have become partially infertile together, to
such an extent that their offspring are hopelessly barren.
Though the modus operandi of this change is as yet ill-
understood, it is nevertheless a change quite in harmony
with what we know concerning the intimate dependence of
the reproductive system upon the rest of the organism. And
let us not fail to note that it is the achievement of this
change in the capacities of the reproductive system which
completes the demarcation between two bifurcating species,
and finally prevents the indefinite multiplication of inter-
mediate varieties.
But while this objection has no weight as against the
theory of derivation in general, it may fairly be urged that
the failure to explain the origination of mutual infertility is,
for the present at least, a shortcoming on the part of the
theory of natural selection. After the conclusive arguments
brought up in-our ninth chapter, the derivation theory will
no longer, in the present work, be regarded as on trial: that
the higher forms of life are derived from lower forms, will
be taken as proved. But whether the theory of natural
selection has completely fulfilled its proposed task of ex-
plaining the mode in which such derivation has been brought
about, is quite another question. And while admitting the
‘ull force of the considerations alleged by Mr. Darwin, in his
admirable chapter on Hybridism, it seems to me that there is
a gap at this point which further research will be required
to fill.t As Prof. Huxley reminds us, “it must not be for-
1 I doubt if the hypothesis of natural selection, taken alone, will afford the
solution of this problem. It seems more likely that such considerations will
have to enter as are presented in Mr. Spencer's Principles of Biology, vol. i.
pp. 209-291. Concerning what may be called the ‘‘ dynamics of heredity,”
we know as yet but little; but as far as speculation has already gone, Mr.
Darwin’s theory of pangenesis seems to me decidedly inferior to Mr. Spencer’s
theory of physiological units. J do not discuss these theories here, Seantine
it is not necessary for the general purposes of this work It may do no
narm, however, to remind some of my readers that “‘ pangenesis” is merely
46 COSMIC PHILOSOPHY. [pr. 11.
gotten that the really important fact, so far as the inquiry into
the origin of species goes, is that there are such things in
nature as groups of animals and of plants, whose members are
incapable of fertile union with those of other groups; and
that there are such things as hybrids, which are absolutely
sterile when crossed with other hybrids. For if such
phenomena as these were exhibited by only two of those
assemblages of living objects, to which the name of species
. 1s given, it would have to be accounted for by any theory
of the origin of species, and every theory which could not
account for it would be, so far, imperfect.” }
We have now reached a point at which we may pause for
a moment to contemplate the theory of natural selection in
its logical aspect, and to mark its character as a scientific
hypothesis. A moment’s inspection will reveal the absurdity
of the thoughtless remark—sometimes heard from theologians
and penny-a-liners—that the Darwinian theory rests upon
purely gratuitous assumptions and can never be submitted to
verification. On the contrary, the theory of natural selection,
when analyzed, will be found to consist of eleven propositions,
of which nine are demonstrated truths, the tenth is a corollary
from its nine predecessors, and the eleventh is a perfectly legi-
timate postulate. Let us enumerate these propositions :—
1. More organisms perish than survive;
2. No two individuals are exactly alike;
3. Individual peculiarities are transmissible to offspring 3
4, Individuals whose peculiarities bring them into closest
adaptation with their environment, are those which survive
and transmit their peculiar organizations ;
5. The survival of the fittest thus tends to maintain an
equilibrium between organisms and their environments ;
a subsidiary hypothesis, with the possible inadequacy of which Mr, Darwin’s
main theory is in no way concerned,
4 Huxley, Lay Sermons, p. 393,
cH, XI.] TWO OBJECTIONS CONSIDERED. 47
6. But the environment of every group of organisms is
steadily, though slowly, changing ;
7. Every group of organisms must accordingly change in
average character, under penalty of extinction ;
8. Changes due to individual variation are complicated by
the law that a change set up in any one part of a highly
complex and coherent aggregate, like an organism, initiates
changes in other parts;
9. They are further complicated by the law that structures
are nourished in proportion to their use ;
10. From the foregoing nine propositions, each one of
which is indisputably true, it is an inevitable corollary that
changes thus set up and complicated must eventually alter
the specific character of any given group of organisms ;
11. It is postulated that, since the first appearance of life
upon the earth’s surface, sufficient time has elapsed to have
enabled such causes as the foregoing to produce all the
specific heterogeneity now witnessed.
It seems to me that this summary fairly represents the
logical character of the theory of natural selection. The
theory is so strong that no scientific writer is disposed to
deny that the process of natural selection has always gone
on and must continue to goon. And the inference cannot
be avoided that in due course of time the process must work
specific variations. The only purely hypothetical portion of
the theory is the assumption that past geologic time has been
long enough to allow of the total process of evolution by
such infinitesimal increments. But concerning this assump-
tion, 1t is the clear verdict of logic, that if the theory is
thoroughly substantiated in all its other portions, we have
the right to claim as much time as is needful, provided we
do not run counter to conclusions legitimately reached by
astronomy, geology, or physics. Now concerning the age of
the earth, neither astronomy, nor geology, nor physics, has as
yet had anything conclusive to say; and it must be left for
48 COSMIC PHILOSOPHY. [pr. 11.
future inquiries to give us the quantitative data requisite for
settling this point.1_ We cannot yet, indeed, estimate the age
of the last great glacial epoch with any approach to accuracy;
yet the age which we assign to this epoch must enter as an
important factor into our estimates of the antiquity of pre-
ceding epochs. But while this point remains undetermined,
it may be noted that even the decision which leaves the
smallest time for the operation of unaided natural selection
can weaken the Darwinian theory only on the assumption
that the agency already alleged by that theory has been the
sole factor concerned in forwarding organic evolution; and
this assumption, though it may have been made by over-
confident disciples of Mr. Darwin, has never been made by
Mr. Darwin himself. Mr. Darwin is too profoundly scientific
in spirit to imagine that, with all his unrivalled patience and
sagacity, he has completely solved one of the most intricate
problems with which the student of nature has ever been
called upon to deal. It is more than likely that future
research will disclose other agencies which have cooperated
with natural selection in accelerating the diversification of
species. Meanwhile the evidence in behalf of the first ten
propositions involved in the Darwinian theory is sufficiently
strong to make it apparent that a vast amount of specific
change must have taken place, and also that natural selection
has been a chief factor in producing that change. To the
urguments which in our ninth chapter were seen to overthrow
the dogma of fixity of species, may now be added the
argument that at least one group of clearly-defined agencies
is at work, with which, in the long run, the fixity of species
must become incompatible. The explanation of the details
of specific differentiation may well form the subject of
cautious investigation for many generations of observers and
1 The reader who wishes to see how fallacious all pang at reachmng the
age of the earth from astronomico-physical arguments are likely to prove with
our present resources, may consult Huxley’s Lay Sermons, pp. 268 279.
thinkers. But enough has already been explained to draw
forth the undeniable Fact of Derivation from the region of
- mystery in which it was formerly half-hidden, and thus to
place the Theory of Derivation upon a thoroughly scientific
basis. In expounding the way in which this has been done,
we have obtained several useful conceptions, which will uot
- fail to do us good service in future chapters.
CHAPTER XIL
ADJUSTMENT, DIRECT AND INDIRECT.
' AN objection much less obvious than the two considered in
the foregoing chapter, is brought up by Mr. Mivart against
the theory of natural selection. In the Cuvierian classifica-
tion, the marsupials were ranked as an order of mammalia,
side by side with orders like the carnivora or rodentia. This
arrangement is now obsolete. The class of mammals is no
longer directly divided into orders, but is first separated into
three sub-classes, the monodelphia, didelphia, and ornitho-
delphia. The latter sub-class, forming the link between
mammals and sauroids, is now nearly extinct, being repre-
sented only by a single order, containing two genera, the
Australian echidna and duck-bill. Leaving these aside, all
other mammals, except the marsupials, are comprised within
the sub-class monodelphia. The didelphia or marsupials are
divided by Prof. Haeckel into eight orders; and between
these orders and sundry orders of the higher monodelphia
there is a curious parallelism. For example there is an order
of edentate marsupials, there is a marsupial order of carnivora,
and another of insectivora, and another of rodents, while the
kangaroo strongly resembles the sub-order of ruminants, and
the opossum is clearly related to the lemurs, or lowest of the
primates It becomes, “hen, an interesting problem to settle
ae ee
ee ee ow ere,
eee em
i
cu. x11.] ADJUSTMENT, DIRECT AND INDIRECT, 51
the genetic relationships between the two sub-classes. Did
the order of apes descend from the ape-like marsupials, the
monodelphian carnivora from the didelphian carnivora, the
higher rodents from the marsupial rodents, and so on? If
so, it is difficult to see how the pouch should have been lost,
and the placenta developed in so many different orders
independently: such a number of exact coincidences seem
hardly probable. On the other hand, did all the monodelphia
descend from one didelphian form? If so, it is strange that
the differentiation into orders should have gone on so similarly
in the two sub-classes, resulting, for example, in the production
of marsupial mice which in general appearance are hardly
distinguishable from placental mice.
Birds and reptiles present an equally puzzling cross-
relation. Upon no theory are these the direct ancestors of
mammals, although the lowest mammals are both bird-like
and reptilian in appearance. The duck-bill, belonging to the
mammalian sub-class of ornithodelphia, somewhat resembles
a lizard with a bird’s beak. Embryology shows that the
three classes are divergent offshoots from an amphibious
or batrachioid ancestor; but the birds and reptiles resemble
each other much more closely than either resembles the
mammalia, so that Prof. Huxley joins them together in the
super-class or province of sauroids. So far all is plain; but
when we inquire by what forms the birds and reptiles are
linked most closely together, we are met by a difficulty.
Birds:are divided into two sub-classes: the ostrich, cassowary,
emeu, dinornis, etc., are grouped together as struthious birds,
while all other existing forms belong to the sub-class of
carinate birds. Now until quite lately it was supposed that
li birds were descended from an extinct reptilian form like
“kat ancient reptile, the flying pterodactyl. For the resem-
tlances in structure between the pterodactyls and the carinate
birds are striking enough to have suggested an immediate com-
munity of origin, Nevertheless, within the past seven years,
E 2
52 COSMIC PHILOSUPHY, [Pr. 11
a much stronger case has been made out in favour of the
descent of the struthious birds from large reptilian forms
akin to the dinosauria,—of which extinct order the member
most commonly known is the gigantic iguanodon. Now
here, says Mr. Mivart, is a dilemma just like the one which
confronted us in the case of mammals. If all birds started
from the pterodactyl, why do the struthious birds so strongly
resemble a totally different reptile? If all birds started from
a dinosaurus, why do the carinate birds so strongly resemble
the pterodactyl? If we try to split the difference, and say
that the carinate birds started from the pterodactyl, while
the struthious birds started from the dinosaurus, the difficulty
is immensely increased. For then the question arises, how
could the struthious and the carinate birds, starting from
such different points, have come to resemble each other
so strongly ?
_ Mr. Mivart is careful to state that these zoological cross-
relations do not constitute an obstacle to the theory of evolu-
tion. They are difficulties only on the theory that organic
evolution has been solely caused by the natural selection of
fortuitous variations. To make this more clear, let us pro-
visionally accept one of each of the pairs of alternatives
offered by the two cases just described. Let us agree, with
Prof. Haeckel, that all the monodelphian mammals have
come from one didelphian; and let us agree, with Prof,
Huxley, that the kinship between birds and reptiles is closest
in the case of the struthious birds and the dinosattrians,
Now we are obliged to maintain that the original monodel-
phian branched off into a dozen or more forms, of which six
or seven happen to agree remarkably, in general appearance
and in habits of life, with six or seven of the forms into
which the original didelphian had at an earlier date branched
off. And we are also obliged to maintain that the remark-
able shoulder-structure of the pterodactyl, in which it agrees
so closely with the carinate birds, was independently evulved
Se eee NOTRE Se ese By S Tn
ena
en. xu.) ADJUSTMENT, DIRECT AND INDIRECT, 53
and has a purely physiological significance. That is to say,
the resemblance of the pterodactyl to carinate birds is a
secondary adaptive resemblance, like the less marked re-
semblance of bats to birds, or like the resemblance of a
porpoise to a fish. And this view, which seems to be Prof.
Huxley’s, is rendered probable by the fact that in wing-
structure the pterodactyl differs from birds in much the same
way that a bat does.
We are now extricated from our imbroglio with regard to
classification, but we are still left confronted with the diffi-
culty of supposing that the natural selection of casual varia-
tions can so often have resulted in producing whole orders of
closely-resembling animals from distinct ancestral orders.
Other facts, brought up by Mr. Mivart, still further increase
the apparent difficulty. The most important of all these
relate to the development of the higher organs of sense in the
three sub-kingdoms of annulosa, mollusks, and vertebrates.
Coincidences between the members of any one of these
sub-kingdoms and the members of the others, are not
to be attributed to community of origin. No naturalist
supposes that an annulose animal, or a true mollusk, has
ever been developed into a vertebrate. And while the mol-
lusks and vertebrates appear to have diverged from a mol-
luscoid ancestor akin to the still-living ascidians, the annulose
sub-kingdom has a totally different pedigree. To discover
any likeness between the two great groups, we must follow
them back to those remotest ancestors who possessed hardly
any distinctively animal characteristics. Bearing all this
in mind, it is a striking fact that the eye of the cuttle-
fish, which is the highest of mollusks, appears te be con-
structed like the eyes of vertebrates. It apparently contains
not only a similar retina, but also a lens, the choroid and
sclerotic tunics, and the vitreous and aqueous humours.
Now this coincidence cannot be due to community of in-
beritance, for the vertebrate and molluscous sub-kingdoms
54 _ OOSMIC PHILOSOPHY, [pr. 1
are linked together only at their lowest extremities, and
while the lowest vertebrate has an eye far inferior to the
one just described, the molluscoid ascidians have merely
rudimentary eye-spots. The coincident structures have there-
fore been independently developed. Again, Mr. Mivart urges
that the agreement cannot be explained on the assumption
“that the conditions requisite for effecting vision are so rigid
that similar results in all cases must be independently arrived
at”; for the eyes of the higher insects, which are excellent
visual organs, differ very widely in structure from those of
the cuttle-fish and the higher vertebrates. Here, therefore, is
a difficulty ; and it is still further increased if the alleged fact
be true, that there is a similarly close correspondence between
the auditory structures in the vertebrates and in the cuttle-fish.
In presenting these difficulties I have closely followed Mr.
Mivart, whose scientific arguments are usually stated with a
clearness and precision which one would gladly see paralleled
in the philosophic discussions by which they are supplemented,
I have selected these arguments because they seem to me to
constitute the strongest portion of the case which Mr. Mivart
has brought to bear against the theory of natural selection;
and also because by seeing whither they tend, we shall begin
to see how the theory of natural selection must be supple-
mented, before it can become a complete explanation of the
phenomena with which it deals.
Now we must at the outset admit that natural selection
must act upon every individual variation which is distinctly
auvantageous or injurious to the species,—always preserving
} the former and rejecting the latter. This process must equally
go on, whether the variation is a mere idiosyncrasy, such as
we call fortuitous, or whether it is one that is manifested
simultaneously by a large number of individuals, so that it
may be traced to causes acting upon them all in common.
Now this latter case is the one which must here be taken into
the account. If a large number of individuals may simul-
on. x11.) ADJUSTMENT, DIRECT AND INDIRECT, 54
taneously vary in a given direction, and if this may often
happen within the limits of single generations, it is obvious
that: we have here a factor of specific change not to be lightly
passed over. In estimating the effects of natural selection
upon a number of variations which are, quite legitimately,
taken for granted, we must not forget to generalize the varia-
tions in connection with some common cause to which they
may be assignable. Now it cannot be denied that in any
single generation of organisms variations are very likels to
occur, throughout nearly the whole number of individuals,
which are due to the direct adaptation of the species to its
environing circumstances. When exhibited in the effects
wrought upon the human constitution by exposure to changed
physical conditions, such variations are known as acclimatiza-
tion. Within the infinitesimal period of two centuries the
English race in America has come to differ perceptibly, though :
very slightly, from the English race in Europe; and this very
slight difference, which cannot be explained by the much
overrated hypothesis of the infusion of foreign blood, and
which certainly cannot be traced to natural selection, must
be almost wholly due to direct adaptation to new physical
and social conditions. Of kindred import is the fact that
“twenty-nine kinds of American trees all differ from their
nearest European allies in a similar manner, having leaves
less toothed, buds and seeds smaller, fewer branchlets, etc.”
So M. Costa states “that young shells taken from the shores
ot England and placed in the Mediterranean at once altered
their manner of growth, and formed prominent diverging rays
like those on the shells of the proper Mediterranean oyster.”
We have seen that the direct action of physical agencies will
by no means account for the chief features of colouring in
the organic world ; yet it appears to be true that members of
the same species of birds are more brightly coloured when
living in a clear dry atmosphere than when living near the
coast. So, ton, in the contour of their wings, the various
6 COSMIC PHILOSOPHY. (Pr. an
butterflies of Celebes all show parallel divergences, inexpli-
cable by natural selection alone, from kindred species in Java
and India. And a host of like facts concerning these insects
are cited by Mr. Mivart from Mr. Wallace’s essay on the
Malayan Papilionide. More examples might be cited if this
work were intended to be a scientific treatise on Darwinism ;
but for the comprehension of the present point, in its philo-
sophic bearings, these illustrations will suffice.
Facts of this kind point to the conclusion that an inherent
capacity for adaptive changes is possessed by all organisms.
And by the phrase “inherent capacity” I do not mean to
insinuate the existence of any occulta vis, or metaphysical
“innate power,” of which no scientific account is to be given
in terms of matter and motion. An organism is a complex
system of forces; even the simplest living patch of proto-
plasm is a highly complex system, but in the higher organisms
the complication of forces is almost infinite, when compared
with our limited powers of analysis. Now such a system of
forces must, under penalty of overthrow, maintain both its
internal equilibrium and its equilibrium with external inei-
dent forces. And this double maintenance of equilibrium
necessitates a rhythmical redistribution of forces from mo-
ment to moment, of which, as was shown in the chapter on
rhythm, the result must be continual change. Now the
internal equilibration of the forces in the organism with each
other, is generalized in the laws of growth, development, and
heredity ; while the external equilibration of the forces in
the organism with environing forces, is generalized in the
Jaws of variation and adaptation. As the result of the former
process, all organisms tend to assume certain typical forms,
as inevitably as crystals. In the case of the lowest organisms
the forms assumed may possibly be due to the operation of
chemical polarity similar (though much more involved) to
that which gives form to crystals. In all but the lowest
organisms the forms assumed are the expression of tendencies
AIR ee IS 2
SDE STA Se See ape
a aol ae a
on, x1u.] ADJUSTMENT, DIRECT AND INDIRECT. 57
due to the cooperation of countless ancestral forces; and
such tendencies are now not improperly classified under the
head of “ physiological polarity,’—provided that nothing
more is meant by “polarity” than the ability of certain
special groups of forces to work different structural changes
in different directions. So much for the internal adaptive
process. But now, as the result of the parallel process of
external adaptation, it follows that the forms due to the
internal process can remain constant only so long as the
environment remains unchanged. If the changes in the
environment are too great or too sudden to be equilibrated
by changes in the distribution of the system of internal
forces, the system is overthrown, and the organism perishes.
But if the external changes are moderate and yradual, the
adjustment of the organism to them by means of internal
changes, must result in that kind of organic variation known
as direct adaptation. We need not be surprised, therefore,
by the parallel variations of whole genera of American trees
or Malayan butterflies; nor need we ascribe them, with cer-
tain recent writers, to “occult energies” of the metaphysical
sort, or to a kind of pantheistic “intelligence ” inherent in
nature, or to any other agency unrecognizable by science ;
since the necessity for such parallel variations, wherever
whole groups of organisms are exposed to like environing
agencies, is a corollary from the fundamental principles of
vital dynamics. ,
We are now in a position to amend quite materially the
view thus far taken of the causes of organic evolution.
Hitherto we have concerned ourselves too exclusively with
the selection of variations, omitting to inquire into the cha-
racter and mode of origin of the variations selected, But
the latter point is no less important than the former. If
variations might occur equally in all directions from the
average standard, by reason of circumstances so indefinitely
compounded as to’ make them seem fortuitous, then the
be COSMIC PHILOSOPHY. [pr 1
natural selection of such variations might well be pronounced
incapable—save in very rare instances—of working entirely
analogous results in organisms so genetically distinct as
monoc2!phians and didelphians, or as vertebrates and mol-
lusks. In other words, natural selection, acting upon such
fortuitous individual variations, would tend to produce in-
definitely increasing differentiations in many directions,
Such differentiations are to be seen in the amazingly elabo-
rate contrivances for the fertilization of orchids, the expla-
nation of which is one of Mr. Darwin’s most brilliant
achievements. But when it is admitted that a great num-
ber of similar adaptive variations must be simultaneously
occurring in the same direction, then it is obvious that the
natural selection of such variations may often produce ana-
logous results in different genera and families, or even in
different orders, classes, or sub-king¢doms. Mr, Mivart
alleges the many resemblances between whales and the
ancient ichthyosaurians, as hardly explicable on the theory
of the selection of fortuitous variations. But when we recol-
lect that the vertebrate structure of mammals is at the out-
set homologous with that of reptiles, and that direct adaptation
must of itself tend to produce similar variations alike in
mammals and in reptiles which pass from a terrestrial into an
aquatic environment, the resemblance between a whale and
an ichthyosaurus ceases to be an enigma. The superficial
resemblance of a whale to a fish is a fact of like nature.
And in the case of amphibious carnivora, like the seal, direct
adaptation to a partially marine environment has aided in
producing fish-like limbs, while it has not interfered with
the general likeness of the animal to certain families of land
carnivora. So in the case of the pterodactyl as compared
with carinate birds, we begin with skeletons constructed on
the same plan, and we may expect to find that direct adapta-
tion to the necessities of flight will tend to produce similar
modifications of the shoulder-structure. But since, before
web OS Ie PAS ee See ae eR ie nd
. —" 3 “3
eu. xu.) ADJUSTMENT, DIRECT AND INDIRECT. 59
the appearance of pterodactyls, the dermal covering of
reptiles was very likely as different from that of birds as it
is now, so that a reptilian wing could not be formed by a
modification of the dermal covering, we find, naturally
enough, the wing of the pterodactyl formed, like that of the
bat, by a modification of the skeleton. And this fact seems
to justify us in the alternative which we have accepted, that
the likeness of the pterodactyl to birds is no proof of im-
mediate kinship, but only of secondary adaptive variaticn,
as in the case of bats. A similar argument applies to the
numerous likenesses between the higher mammals and the
marsupials, At an ancient epoch the marsupials were a
dominant race of animals, extending all over the world.
But since they have been almost everywhere exterminated
by their hardier monodelphian descendants, there is no
difficulty in the view that direct adaptation to similar differ-
ences of environment, when aided by natural selection, has
brought about a differentiation of the higher mammals analo-
gous to that which had formerly taken place among the
marsupials. That six or seven orders of monodelphians
should vary in the same direction with six or seven orders of
didelphians, is no more surprising than that twenty-nine
kinds of American trees should all differ in the same direc-
tion from their European congeners, It is certainly far less
surprising than would be the simultaneous loss of a pouch
and acquirement of a placenta by a host of marsupial genera
scattered all over the earth.
Pursuing the argument a step farther, we may begin to
understand, in a general way, even the similarity of the eye
of a cuttle-fish to the eye of a vertebrate. Utterly unlike a
vertebrate in general structure, and so remotely akin that -
for practical purposes of argument the kinship is of no
account,—if a cuttle-fish could be shown to possess numerous
points of special resemblance to a vertebrate, the fact would
be an obstacle to any theory of the origin of organic forms,
60 COSMIC PHILOSOPHY. [pr. 1.
But the only special resemblances which are found to exist,
are those between the eyes and the ears. Now these are
organs in which such variations as occur must be in a pre-
eminent degree directly adaptive. The eye, for example,
contains an optical apparatus of which the function is the
concentration of rays of light into a focus upon the retina.
Such is the function discharged by the lens, and the vitreous
and aqueous humours. Now, while the compound eyes of
insects show us that this function can be discharged in more
than one way, a brief consideration of the optical conditions |
in the case would show that it can only be accomplished in
a few ways. Not only does the passage of the light directly
tend to set up molecular rearrangements in the refracting
matter which lies before the retina, but out of those rearrange-
ments there are very few which can assist the focalizing pro-
cess, so that natural selection, in preserving the best-refracting
eyes, would have but very few directions in which to act.
The anterior membrane might differentiate into a number of
converging lenses, as in the higher annulosa, but if such a
differentiation did not occur, it is difficult to see how the
needful refraction could be secured, save by the differentiation
of the successive strata which we call the aqueous, crystalline,
and vitreous humours, This may serve to indicate the course
of explanation to be taken. The physical conditions for
securing very efficient vision being thus limited, and direct
adaptation being such an important factor in the process,
it does not seem at all strange that two eyes quite similar in
structure should be independently produced. A precisely
similar argument will apply to the case of the ear. And the
force of these considerations is still further increased when
we learn from Prof. Gegenbaur that the resemblances be-
tween the eyes of vertebrates and the eyes of cuttle-fishes are
only superficial analogies, and not fundamental homologies,
as Mr. Mivart’s very exaggerated statement might lead one
to suppose.
ge PT ee
eee ea
ex. xu.] ADJUSTMENT, DIRECT AND INDIRECT. 61
In all these cases, here too briefly summed up, natural
selection must of course be regarded as steadily cooperating
with direct adaptation. No matter whether individual vari-
ations are directly called forth by environing agencies, or are
due to internal causes, in our ignorance of which we call
them fortuitous, they must equally be the objects of natural
selection wherever they influence, in the slightest degree, the
individual’s chances of survival. Thus the theory of natural
selection is not superseded, but supplemented, by the class
of considerations here suggested by Mr. Mivart’s objections.
Ordinarily, if not always, the two processes must go on in
concert; and while the frequent occurrence of directly adap-
tive changes must greatly accelerate the operation of natural
selection, on the other hand natural selection, by weeding out
all cases of retrograde variation, must complete the work of
direct adaptation.
There are, however, some conspicuous instances in which
natural selection seems to play either a very subordinate
part, or none at all, As we have just been considering eyes
and ears, let us once more return to them, to show how certain
peculiarities in their structure must be chiefly due to directly
adaptive changes. Within the human ear, firmly fastened
in the temporal bone, is a spirally-coiled chamber, known as
he cochlea. Within this chamber there is a very elastic
membrane, and on it lie the so-called fibres of Corti, which
are a series of fibrous filaments placed side by side, with
great regularity, so as to present somewhat the appearance of
the key-board on a piano. It is now held by physiologists
that this row of fibres is really a key-board, and that each
fibre is set in vibration only by a particular musical note,
exactly as an A-tuning-fork is set vibrating when A is
sounded near it, but not when any other note is sounded.
The auditory nerve, in passing into the cochlea, branches into
an immense number of nerve-filaments, each of which com-
inunicates with one of the keys of this ear piano. So that
62 COSMIC PHILOSOPHY, | (pr. 1,
when A is sounded on a musical instrument, the A-key
within the ear vibrates, and transmits its vibrations to a
special filament of the auditory nerve. If this view be
correct, we have here a truly marvellous instance of dif-
ferentiation. But now in what way can this structure have
ever been useful to human beings in the struggle for life ?
Doubtless a considerable power of discriminating sounds is
useful to any animal, but of what use can it be to distinguish
between A and A-sharp? We may safely conclude, I think,
that survival of the fittest has played quite a secondary part
in this case. The explanation must be sought in the direct
effects wrought by auditory vibrations upon the molecular
structure of the cochlear fibres. And it is a system of effects
which has not even yet been wrought in its present complete-
ness save among highly civilized people, A savage cannot
distinguish the slight variations in pitch by which our ears
are delighted. And even among ourselves there are ears
which can neither in melody discriminate between the
ascending and the descending gamut, nor in harmony
distinguish between the mellifluous tonic chord and the
harsh inversions of the minor ninth. The defect may be
compared to that of colour-blindness, although it is probably
more common because the ear has been far less thoroughly
trained than the eye. Now when we consider how much can
be effected by individual training in enabling a moderately
good ear to discriminate between quarters, eighths, and
smaller fractions of a tone, and bear in mind that this
training must consist in the further differentiation of the
sensitive cochlear fibres, we have a strong argument in favour
of the production of this wonderful structure by direct
adaptation alone. |
Concerning the human eye I need only say that in the
retina it presents a structure closely analogous to the ear-
piano just described. The chief layer of the retina is com-
posed of little rods of nerve-tissue, packed closely together
en, x11.) ADJUSTMENT, DIRECT AND INDIRECT, 63
like organ-pipes ; and it is probable that each of these rods
vibrates in unison with a particular ray of light. Here is a
case of extreme differentiation just like that witnessed in the
ear; and substantially the same argument will apply to it.
The survival of a primeval savage in the struggle for life
would certainly depend to a considerable extent on his ability
to discriminate certain colours as well as outlines by the
eye, as also upon his ability to recognize the timbre or quality
of certain sounds. But the power of distinguishing the
delicate shades in a painting of Correggio could be no more
useful, from a zoological point of view, than the power of
appreciating the most subtle harmonic effects in a symphony
of Schumann. For this extreme differentiation there would
seem to be no assignable cause save the direct action of
luminous waves upon the wonderfully sensitive and responsive
nerve-tissue of civilized man.
Were it needful for the further illustration of our position,
I might show how Mr. Spencer has proved that the structure
of vertebral columns is also primarily due to directly adaptive
changes. Many peculiarities in the shapes of plants and
animals are probably thus to be explained. And in regard
to the hues of organisms—those phenomena which are so
beautifully explained by the Darwinian theory—there are
some exceptions to be cited. The magnificent tints of many
corals, of certain caterpillars, and of the shells of sundry
muilusks, must undoubtedly be due to the direct working of
such chemical affinities as produce our wonderful aniline
dyes, or the rich tints of our American autumn woods.
But passing over all these interesting points, enough has
been said to show that there are many phenomena vu: organic
evolution which natural selection, when ‘considered alone,
will not suffice to account for, But, with the amendments
1 This is the opinion of Helmholtz, the greatest living authority ; and it is
strengthened by Dr. Brown Séquard’s discovery of the number of fibres in the
spival cord which are specialized for the reception of particular sersations.
64 COSMIC PHILOSOPHY. [pr. IL
now agreed upon, there may be framed an outline of a
tolerably complete classification of agencies. Let us reduce
to a common form of expression the agencies contemplated
in this and in the two preceding chapters.
Considered in the widest sense, the processes which we
have seen to cooperate in the evolution of organisms are all
processes of equilibration or adjustment. From the dyna-
mical point of view, as bas been shown in previous chapters,
an organism is a complex aggregate of matter, in which per-
manent structural and functional differentiations and inte-
grations are rendered possible by the fact that it continually
receives about as much motion as it expends. Now a state
in which expended motion is continually supplied from
without, is called a state of dependent moving equilibrium.
In other words, it is a state in which every change in the
distribution of external forces must be met by a change in
the distribution of internal forces, in order that the equili-
brium may be preserved. This is the case with every
organism. Its life is a perpetual balancing of external
forces by internal forces. And the complete accomplishment
of this end requires also that there shall be a continuous
internal equilibration,—a perpetual balancing of forces opera-
tive in the different parts of the organism. Thus the career
of an organism, or of a group of organisms, consists of two
kinds of equilibration, which we may briefly designate as
external and internal equilibration. And a moment’s con-
sideration will show us that each of these kinds of equilibra-
tion may be either direct or indirect. The adjustment of a
eroup of organisms to changing external circumstances is
effected partly by such direct adaptations as we have above
considered, partly by the destruction of all those members of
the group which do not become directly adapted. In this
latter way equilibrium is maintained indirectly ; and natural
selection, or survival of the fittest, may be accurately cha-
racterized as “indirect equilibration.” Turning now to the
cn. x1.] ADJUSTMENT, DIRECT AND INDIRECT. 65
internal processes, we see that direct equilibration which
consists in continually arranging all the units of the organism
in accordance with their physiological polarities, exemplified
alike in heredity and in correlation of growth. On the other
hand the dwindling and final evanescence of organs which
are disused, is due to the fact that the nutritive material is
all needed by the other organs which are in constant use ;
and it may accordingly be regarded as an indirect method
of preserving the internal equilibrium of the organism. The
process of organic evolution may therefore be summarized
as follows:
External Direct .« « Adaptation.
ee : Indirect . Natural Selection.
Equilibration Shier Heredity.
Internal * * ( Correlation of Growth.
Indirect . Use and Disuse,
Here we have a classification of agencies coextensive with
uur present knowledge of the subject, and sufficiently com-
prehensive to include such factors in the problem as may
hereafter be discovered. Under one of these four sub-divi-
sions every special process concerned in forwarding organic
evolution must be included. For since it is admitted on all
sides that specific change is due to the necessity for main-
taining equilibrium between the organism and the environ-
ment, it follows that every process which results in the
modification of species must be a process of adjustment
or equilibration, either external or internal, direct or in-
direct. In the scientific treatment of the problem, there is
room for much beside natural selection, but there is no room
for occulice vires, or pantheistic intelligences, or for “ten-
‘encies,” save such as may be expressed as the unneutralized
surplus of forces acting in a particular direction.
But we have now done something more than merely to
classify the causes of organic evolution. In the act of
classifying these, we have arrived at the law or formula
VOL, II. ¥F
66 COSMIC PHILOSOPHY, [pr. IL
which expresses the chief characteristic of organic evolution.
We have reached the all-important truth that the progress of
life on the globe has been the continuous equilibration of the
organism with its environment. We need now only go a
step farther in order to obtain a formula which will not only
express the distinguishing characteristic of Life itself, but
will also serve as an immediate basis for our inquiries into
the phenomena of mind and of society,
CHAPTER XIIL
LIFE AS ADJUSTMENT,
OnE of the cardinal propositions of Mr. Spencer’s system of
philosophy is the definition of Life, first published in 1855,
in his “ Principles of Psychology,” but now transferred to the
first volume of his “Principles of Biology.” According to
Mr. Spencer, the continuous maintenance of an equilibrium
between the organism and its environment is the process in
which life essentially consists. Life—including also intel-
ligence as the highest known manifestation of life—is the
continuous establishment of relations within the organism,
in correspondence with relations existing or arising in the
environment.! Out of the host of illustrations by which
1 The full definition runs thus :—‘*‘ Life is the definite combination of
heterogeneous changes, both simultaneous and successive, in correspondence
with external coexistences and sequences.” This is incomparably the most
profound and complete definition of Life that has ever been framed; and the
chapter in which it is set forth and illustrated woald alone entitle Mr. Spencer
to a place among the greatest thinkers that have ever lived. The objection
has indeed been raised, in metaphysical quarters, that this is a definition, not
of Life, but of the circumstances or accidents in which Life is manifested.
Concerning this objection, we may content ourselves with the following re-
marks by Mr. Lewes. Both Life and Mind, says Mr. Lewes, are processes,
** Neither is a substance ; neither is a force. To speak of Vitality as a sub-
stance would shock all our ideas; but many speak of it as a force. They
might with equal propriety hold Mortality to be a force. What, then, is
meant by Vitality, or vital forces? If the abstraction be resolved into its
concretes, it will be seen that a certain process, or group of processes, is con-
densed into a simple expression, and the final result of this process is trans-
F 2
68 COSMIC PHILOSOPHY. (pr. 1
this formula is justified, it will be sufficient for our present
purpose to select but one or two. “The stinging and con-
tractile powers of a polyp’s tentacle correspond to the sensi-
tiveness and strength of the creatures serving it for prey.
Unless that external change which brings one of these
creatures in contact with the tentacle were quickly followed
by those internal changes which result in the coiling and
drawing up of the tentacle, the polyp would die of inani-
tion. The fundamental processes of integration and dis-
integration within it would get out of correspondence with
the agencies and processes without it; and the life would
cease.” So in higher animals, “every act of locomotion im-
plies the expenditure of certain internal mechanical forces,
adapted in amounts and directions to balance or out-balance
certain external ones. The recognition of an object is impos-
sible without a harmony between the changes constituting
perception, and particular properties coexisting in the en-
vironment. Escape from enemies supposes motions within
the organism, rela!«:| in kind and rapidity to motions without
it. Destruction of prey requires a particular combination of
subjective actions, fitted in degree and succession to overcome
a group of objective ones. And so with those countless
automatic processes exemplified in works on animal instinct.”
And similarly, as will appear still more clearly when we
come to treat especially of the evolution of intelligence,
“the empirical generalization that guides the farmer in his
rotation of crops, serves to bring his actions into concord
with certain of the actions going on in plants and soil; and
the rational deductions of the educated navigator who calcu-
lates his position at sea, constitute a series of mental acts by
posed from a resultant into an initial condition, the name given to the whole
group of phenomena becomes the personification of the phenomena, and the
product is supposed to have been the producer. In lieu of regarding vital
actions ag the dynamical results of their statical conditions, the actions are
personified, and the personification comes to be regarded as indicating some
thing independent of and antecedent to the concrete facts it expresses.”—
Protlems of Life and Mind, vol. i. p. 110.
ou, X11.) LIFE AS ADJUSTMENT. 69
which his proceedings are conformed to surrounding cireum-
stances.”
We practically recognize the truth of this definition of
life when we attempt to ascertain whether an animal is dead
or alive by poking it with a stick. If it responds by motions
of its own, we judge it to be alive; if it merely moves as the
stick pushes it, we judge it to be dead. So we decide whether
a tree is alive or dead by observing whether the increased
supply of solar radiance in spring causes those internal
motions which result in the putting forth of leaves, In
these cases we recognize the truth “that the alteration
wrought by some environing agency on an inanimate object
does not tend to induce in it a secondary alteration, that
anticipates some secondary alteration in the environment,
But in every living body there is a tendency towards
secondary alterations of this nature; and it is in their pro-
duction that the correspondence consists.”
This formula for vital phenomena is further illustrated
and justified by the fact that the degree of life is low or
high, according as the correspondence between internal and
external relations is simple or complex, limited or extensive,
partial or complete, imperfect or perfect. The lowest forms
of life respond only to the simpler and more homogeneous
changes which affect their total environment. The relations
established within a plant answer only to the presence or
absence of a certain quantity of light and heat, and to the
chemical and hygrometric relations existing in the envelop-
ing atmosphere and subjacent soil. In a polyp, besides
general relations similar to these, certain more special rela-
tions are established in correspondence with the external
existence of mechanical irritants; as when its tentacles
contract on being touched, The increase of extension
acquired by the correspondences as we ascend the animal
scale, may be seen by cantrasting the polyp, which can
simply distinguish between soluble and insoluble matters,
70 COSMIC PHILOSOPHY, [pr. 11
or between opacity and translucence in its environment,
with the keen-scented bloodhound, and the far-sighted
vulture. And the increase of complexity may be appre-
ciated by comparing the motions respectively gone through
by the polyp on the one hand, and by the dog and vulture
on the other, while securing and disposing of their prey. In
the next chapter it will be shown that the advance from
lower to higher forms of life consists in the orderly establish-
ment of relations within the organism, answering to external
relations of coexistence and sequence, that are continually
more special, more remote in space and in time, and more
heterogeneous ; until at last we reach civilized man, whose
intelligence responds to every variety of external stimulus,
whose ordinary needs are supplied by implements of amazing
complexity, and whose mental sequences may be determined
by circumstances as remote as the Milky Way and as ancient
as the birth of the Solar System.
When viewed under this aspect the phenomena of life and
of intelligence are so similar that it is difficult to keep them
separate in our series of illustrations. As we proceed to
treat of psychology, we shall much better appreciate the
importance of the truth which I am now expounding.
Restricting ourselves here, as far as possible, to physiological
illustrations, let us note that in any organism life continues
just so long as relations in the environment are balanced by
internal relations, and no longer. The difference in result
between a jump from a horse-car and a jump from an
express train running at full speed, depends simply on the
difference in the ability of the contracting muscles to neu-
tralize a small or a large quantity of arrested momentum.
The motor energy with which the head is carried forward
antil it strikes the ground, is exactly the surplus of external
- force to which the organism has failed to oppose an internal
force. If the resulting concussion of the brain is not. se
great av to induce instant death, but only causes inflamma
cH. X1I1.] LIFE AS ADJUSTMENT. 71
tion, with temporary loss of consciousness, then the con-
tinuance of life will depend upon the ability of the molecular
forces within the organism to bring about a redistribution of
matter and motion which shall balance the sudden redistri-
bution caused by the blow. Dynamical pathology regards
all diseases as disturbances of the internal equilibrium of
the organism, and recovery is the restoration of the equili-
brium. The avoidance of danger is the coordination of
certain actions in anticipation of more or less complex
relations about to arise without. If disease and danger be
successfully avoided, the death which ensues in old age is
due to the diminished plasticity of the organism which
renders it incapable of responding to external changes. As
we saw when treating of the primary aspects of Evolution
and Dissolution, the evolution of the body, even to the close
of life, is characterized by the integration of its constituent
matter, shown in the increasing proportion of solids to fluids
which makes the bones brittle, the muscles stiff, and the
nerves sluggish. Death from old age ensues just when the
consequent molecular immobility has reached the point at
which incident forces can no longer be balanced by internal
rearrangements.
A paragraph will suffice for the exposition of this formula
of life in connection with the general law of evolution.
That the evolution of life upon the earth, beginning with
innumerable jelly-like patches of protoplasm, like the
monera discovered by Prof. Haeckel, and ending with more
than two million species of plants and animals such as
naturalists classify, has been a change from homogeneity to
heterogeneity, will be denied by no one. Nor is it needful
to repeat, save for form’s sake, what was sufficiently illus-
trated in an earlier chapter,—that the higher forms are also
those in which the various orders of integration are most
completely exemplified. We need only to note that the
continuous adjustment of the organism to its environment,
72 COSMIC PHILOSOPHY. [PT. 11
in which process we have seen that life consists, must ne-
cessitate both the differentiation of the organism and the
integration or definite combination of the changes which
constitute its activity. For as the life becomes higher the
environment itself increases in heterogeneity as well as in
extent. The environment of a fresh-water alga is, as Mr.
Spencer remarks, limited to the ditch or pool in which the
alga lives. The acaleph borne along on a wave of the sea
has a much more homogeneous environment than the cater-
pillar which crawls over leaves; and the actions by which
the caterpillar must “meet the varying effects of gravita-
tion,” are far more heterogeneous than the actions of the
acaleph. In the case of the higher animals, not only is
their environment extremely heterogeneous as consisting to
a great extent of adjacent organisms which stand to them in
the relations of enemies, competitors, or prey; but it also
presents highly coordinated actions on the part of these
organisms, which must be met by highly coordinated actions
on the part of the former. Thus with the increase of the
organism in heterogeneity, definiteness, and coherence, its
environment increases in heterogeneity and presents more
definite and coherent relations to which the organism must
adjust itself. And in this way the heterogeneous, definite,
and coherent activity of the organism is again enhanced.
The corollary from this group of truths is one which will
nearly concern us when we come to treat of the Evolution
of Society: it is this,—the greater the amount of progress
already made, the more rapidly must progress go on.
CHAPTER XIV.
LIFE AND MIND.
BEFORE we proceed to treat of psychical life as the con-
tinuous establishment of subjective relations that are in
correspondence with environing objective relations, we must
dispose of certain questions which have been raised by
Comte and his disciples concerning the right of psychology
to be regarded as an independent science. Part of Comte’s
plan for the renovation of philosophy was the rescuing of
psychology from the exclusive control of metaphysicians.
The manner in which he proposed to accomplish the rescue
is only too briefly described: he simply denied in toto the
claims of psychology to be regarded as an independent
science. According to Comte there can be no science, worthy
of the name, founded upon the observation and comparison
of states of consciousness; and psychology must therefore
be studied as a part of biology, by the aid solely of the
methods used in biology. That is, the study of mind must
be reduced to the study of nervous phenomena simply. It
is easy to say that the inevitable outcome of this is the
unqualified assertion of materialism. But as Comte himself
never drew such an inference, and always protested ener-
getically against materialism, as based upon illegitimate
inferences from the study of nervous phenomena, it would
74 COSMIC PHILOSOPHY. (pT. IL
not be fair in us to draw the inference for him and then
upbraid him with it. This kind of misrepresentation is dear
to theologians, and we may contentedly leave them an entire
monopoly of it. But worse remains behind. Having con-
demned psychological analysis as useless, Comte offers us in
exchange the ludicrous substitute—Phrenology !
Of all the scientific blunders which Comte ever made, this
was beyond question the one which has done most to injure
his credit with competent scientific critics. Yet in fairness
we must remember that Comte’s ignorance of psychology was
his weakest point, and that forty years ago, when the anatomy
and physiology of the nervous system were in their infancy
the conception of dividing the grey surface of the cerebrum
into thirty or more provinces, each the seat of a complex
group of mental aptitudes, did not seem so absurd as it does
now. In those days even Broussais, a first-class physiologist,
adopted some of the leading doctrines of phrenology. More-
over the fundamental conception of Gall—which included
the anatomical comparison ,of all animal brains, in con-~
nection with the study of the mental characteristics of
animals—was a noble conception ; though in working it out
he showed himself lamentably ignorant of the plainest rules
of induction. The purposes of our inquiry do not render it
necessary for me to discuss the merits of a hypothesis which
has long since ceased to be of any interest, save as an episode
in the early history of physiological psychology. Those who
wish to see the question treated critically may be referred to
the works of Miiller, Valentin, Wagner, Vulpian, Gratiolet,
Longet, and especially of Lélut ; to “the appendix to Hamil-
ton’s “Lectures on Metaphysics”; to the chapter on Gall in
Mr, Lewes’s “History of Philosophy ” ; and to Mr. Bain’s
treatise on “The Study of Character.”
It is not Comte’s acceptance of phrenology, but his denial
of psychology, which here concerns us. The former is merely
a personal question, bearing upon Comte’s scientific com-
oH. xI¥.] LIFE AND MIND, 75
petence; the latter is a question of general interest. We
may note at the outset that many contemporary posi-
tivists differ from ~Comte on this point. It is generally
agreed that a science may be founded, even if it has not
already been founded, upon the observation and comparison
of states of consciousness; though there is some disagree-
ment as to the position of that science with reference to tha,
other sciences. Mr. Lewes, for instance, misled by his general
adherence to the Comtean classification of the sciences, re-
gards psychology as a subdivision of biology, on the ground
that the phenomena of consciousness are merely a special
division of the phenomena of life. This is, in one sense, true;
so true, indeed,.as to be fatal to the conclusion which it is
meant to support. For it may be said, with equal truth, that
the phenomena of life are but a subdivision of the pheno-
mena presented by the surface of our contracting and cooling
planet; so that it might equally well be argued that biology |
is only a subdivision of geology. And again it may be said
that geologic phenomena are only a subdivision of the general
phenomena presented by the condensation of a nebula; so
that geology is only a branch of astronomy. Yet it could
hardly be said that psychology is a mere branch of astro-
nomy; so that here we seem to have reached a reductio
ad absurdum. )
But by travelling back over the course, we shall get out
of the difficulty, and not only see why psychology has as
good a right as any other branch of inquiry to be ranked as
an independent science, but also see why it must needs be
partly founded upon an observation and comparison of states
of consciousness. Let us then, having reached the primeval
nebuia, begin our journey backwards.
Our position is explained by the consideration that all the
synthetic concrete sciences are but adjacent tracts of one
general science,—Cosmology: “ Practically, however, they
are distinguishable as successively more specialized parts of
78 COSMIC PHILOSOPHY. [er. 11.
the total science—parts further specialized by the intro-
duction of additional factors. The astronomy of the solar
system is a specialized part of that general astronomy which
includes our whole sidereal system; and becomes specialized
by taking into account the revolutions and rotations of
planets and satellites. Geology is a specialized part of this
special astronomy ; and becomes specialized by joining with
the effects of the earth’s molar motions, the effects of con-
tinuous decrease in its internal molecular motion, and the
effects of the molecular motion radiated from the sun. Bio-
logy is a specialized part of geology, dealing with peculiar
agorézates of peculiar chemical compounds formed of the
earth’s superficial elements—ageregates which, while exposed
to these same general forces molar and molecular, also exert
certain general actions and reactions on one another. And
psychology is a specialized part of biology, limited in its
application to a higher division of these peculiar aggregates,
and occupying itself exclusively with those special actions
and reactions which they display, from instant to instant, in
their converse with the special objects, animate and inani-
mate, amid which they move.” ?
This last point is one which requires further illustration.
Concisely expressed, it amounts to this—that psychology is
distinguished by dealing in a particular way with the rela-
tions between the organism and its environment. A few
illustrations will render this perfectly intelligible; will show
us that mere nervous physiology is not, and never can be,
psychology.
Nervous physiology treats of relations subsisting within
the organism. It explains how waves of molecular motion,
set up in a nerve-centre and transmitted along a nerve-axis,
cause contraction in the fibres of a muscle, or secretion in a
eland, or molecular rearrangement in the substance of the
tissues, or sets up a new molecular undulation in some other
1 Spencer, Principles of Psychology, vol. i. pp. 187, 138,
CH. XIV. ] LIFE AND MIND. 77
nerve-centre. It seeks to formulate the conditions under
which nervous stimulation and nervous discharge take place.
Or it shows how certain feelings are invariably sequent upon
certain rearrangements of the molecules composing the nerve-
substance. Even if it recognizes, as it does continually recog-
nize, some force external to the organism, which causes the
molecular rearrangement and the resultant feeling, it never-
theless does not concern itself with the relation between the
external cause and the internal effect, but only with the
internal effect.
Now, as Mr. Spencer has forcibly pointed out, “so long as
we state facts of which all the terms lie within the organism,
our facts are anatomical or physiological, and in no degree
psychological. Even though the relation with which we are
dealing is that between a nervous change and a feeling, it is
still not a psychological relation so long as the feeling is
regarded merely as connected with the mervous change, and
not as connected with some existence lying outside the
organism. . . . For that which distinguishes psychology from
the sciences on which it rests, is, that each of its propositions
takes account both of the connected internal phenomena and
of the connected external phenomena to which they refer,
In a physiological proposition an inner relation is the essential
subject of thought; but in a psychological proposition an
outer relation is joined with it as a coessential subject of
thought. A relation in the environment rises into coordinate
importance with a relation in the organism. The thing con-
templated is now a totally different thing. It is not the
onnection between the internal phenomena, nor is it the
connection between the external phenomena; but it is the
connection between these two connections. A psychological pro-
dosition is necessarily compounded of two propositions, of
which one concerns the subject and the other concerns the
object ; and cannot be expressed without the four terms which
these two propositions imply. The distinction may be best
78 COSMIC PHILOSOPAY. (Pr. 1.
explained by symbols. Suppose that a and B are two re
lated manifestations in the environment—say, the colour and
taste of a fruit; then, so long as we contemplate their rela-
tion by itself, or as associated with other external phenomena,
we are occupied with a portion of physical science. Now
suppose that x and yY are the sensations produced in the
organism by this peculiar light which the fruit reflects, and
by the chemical action of its juice on the palate; then, so
long as we study the action of the light on the retina and
optic centres, and consider how the juice sets up in other
centres a nervous change known as sweetness, we are occu-
pied with facts belonging to the science of physiology. But
we pass into the domain of psychology the moment we
inquire how there comes to exist within the organism a rela-
tion between X and Y that in some way or other corresponds
to the relation between A and B. Psychology is exclusively
concerned with this connection between AB and XY: it has
to investigate its nature, its origin, and its meaning.”2
It is true, as the last chapter showed us, that biology also
presupposes a reference to phenomena outside the organism,
the very definition of Life being “the continuous adjustment
of internal relations to external relations”; so that Mind here
appears to be but the highest form of Life. We see here the
difficulty of sharply demarcating adjacent provinces of na-
ture. Nevertheless there is a broad distinction, though not
a sharp one. Exclude from biological problems all those
adjustments which constitute mental reaction upon the en-
vironment, and the only external factors remaining are those
general conditions of temperature, moisture, food and the
like, which are taken for granted once for all. While in each
special problem of psychology, the relation between internal
end external relations is the main subject of inquiry ; on the
other hand in special problems of biology, the relation be-
tween the internal processes and these general external
1 Spencer, Principles of Psychology, vol. i. y. 132.
pH. x1v.] LIFE AND MIND. 79
factors is not the chief, but a subordinate, subject of inquiry.
Digestion, for instance, implies food; and “ food implies
neighbouring plants or animals ; but this implication scarcely
enters into our study of digestion, unless we ask the quite
special question—how the digestive organs become fitted to
the materials they have to act upon.” But a moment’s intro-
spection will make it clear to everyone, “that he cannot
frame any psychological conception without looking at in-
ternal coexistences and sequences in their adjustments to ex-
ternal coexistences and sequences. If he studies the simplest
act of perception, as that of localizing a touch in some part
of his skin, the indispensable terms of his inquiry are :-—on
the one hand a thing (1) and a position (2), both of which he
regards as objective ; and on the other hand a sensation (3),
and a state of consciousness constituting his appreheusion of
position (4), both of which he regards as subjective. Or, if
he takes for his problem one of his complex sentiments, as
that of justice, he cannot represent to himself this sentiment,
or give any meaning to its name, without calling to mind
actions and relations supposed to exist in the environment:
neither this nor any other emotion can be aroused in con-
sciousness even yaguely, without positing something beyond
consciousness to which it refers.” }
Let us observe, in passing, that these considerations are
quite incompatible with Materialism. The doctrine of the
materialists rests partly on the assumption that the study of
the laws of nervous action can give us a complete account of
mental phenomena. But we have seen that to understand
the simplest act of perception, we must take into the account
..ot only the subjective and the objective factors, but the
relation between the two. It is this relation which consti-
tutes tne perception. But this relation exists only in con-
sciousness, and we cannot explain it save by direct observation
oi cousviousness. Push our researches in biology as tar as
* Spencer, Principles of Psycholegy, vol. i. p- 133.
80 COSMIC PHILOSOPHY, fer. u
we may, the most we can ever ascertain is that certain nerve-
changes succeed certain other nerve-changes or certain ex-
ternal stimuli in a certain definite order. But all this of
itself can render no account of the simplest phenomenon of
consciousness. As Mr. Spencer well says, “such words as
ideas, feelings, memories, volitions, have acquired their several
meanings through self-analysis, and the distinctions we make
Letween sensations and emotions, or between automatic acts
and voluutary acts, can be established only by comparisons
among, and classifications of, our mental states. The thoughts
and feelings which constitute a consciousness, and are abso-
lutely inaccessible to any but the possessor of that cone
sciousness, form an existence that has no place among the
existences with which the rest of the sciences deal. Though
accumulated observations and experiments have led us by
a very indirect series of inferences to the belief that mind
and nervous action are the subjective and objective faces of
the same thing, we remain utterly incapable of seeing, and
even of imagining, how the two are related. Mind still
continues to us a something without any kinship to other
things.” |
Thus we conclude that psychology—though, from the
objective point of view, it may be regarded as a branch of
biology in the same abstract sense in which biology may be
regarded as a branch of geology, and geology as a branch of
astronomy—has nevertheless an equal claim with any of
these to be ranked as a distinct science. From the sub-
jective point of view it has a superior claim to any of the
others. Since here the phenomena studied are directly given
in the consciousness of the investigator, there arises a dis-
tinction more fundamental than those by which the various
departments of objective science are marked off from each
other. And, indeed, without some of the data furnished by
this unique subjective science, it is impossible to obtain the
premises of philosophy; as will at once be admitted, on
cH. XIVv.] LIFE AND MIND. 8]
recollecting the topics which occupied us in the first part of
this work. Psychology is therefore distinct alike from biology
and from other sciences, in its problems and in its theorems,
The problem of biology is to formulate the laws of nutri-
ticn and reproduction, muscular contraction and nervous
irlitation, heredity and adaptation. The problem of psy-
chology is to formulate the laws of Association,—the order
in which certain relations among environing phenomena give
rise to certain corresponding relations among our states of
consciousness. And while the theorems of objective science
in general are based upon the observation of objective phe-
nomena, whether external or internal to the organism; the
theorems of psychology are based not only upon the obser-
vation of objective phenomena, but also upon the observation |
of subjective states.
In view of these results, we see how hopelessly Comte
went astray. Rejecting all introspection as metaphysical
and delusive, he would have had us confine our inquiries to
the succession of those nervous phenomena which are the
invariable concomitants of feelings, ignoring the fact that
without introspective observation we can never even ascertain
that there 7s any invariable concomitance between the feel-
ings and the nervous phenomena. He would have us solve
» problem in which two factors are concerned, by investi-
gating only one factor.
In giving his reasons for thus rejecting all observation of
consciousness, Comte reveals his inability (upon which I
have already frequently remarked) to distinguish between
psychology and metaphysics. He insists that psychologic
inquiry, as hitherto conducted, has not resulted in discovery.
If this were true, it would not help his case. Metaphysical
)sychologists have failed in discovery, not because they have
directly examined states of consciousness, but because they
have constructed unverifiable hypothesus about the nature of
Mind in itself, Where they have abstained from ontological
VOL. IL G
82 COSMIC PHILOSOPHY, [PT. 31,
inquiries, and have contented themselves with scientific
methods, psychologists have made discoveries. To say
nothing of such recent inquirers as Bain, Wundt, Fechner,
and Taine, it may be fairly claimed that, among older specu~
lators, Hobbes, Locke, Leibnitz, Berkeley, Hume, Kant, and
Hartley, have by psychologic analysis made real and per-
manent contributions to our knowledge of mental operations.
And at the very date when Comte was preparing his great
treatise for publication, there appeared a remarkable book
which, by establishing some of the fundamental laws of
Association, went far toward placing psychology upon a
scientific basis. It is not to the crude and superficial Gall,
as Comte would have us believe, that we must give the
respect due to the founder of scientific psychology: that
respect is due, in far greater degree, to James Mill, the illus-
trious author of the “ Analysis of the Human Mind.”
Nevertheless, while psychology is a science clearly distinct
from biology, dealing with phenomena which may be classed
as super-organic, and using introspective observation as one
of its main implements of inquiry, it is no more than any
other an absolutely independent science. Since the pheno-
mena of Mind are never manifested to us save in connection
with the phenomena of Life, and since the same general
formula expresses the fundamental characteristics of the two
croups of phenomena, it follows that no complete science of
psychology can be constituted without the aid of biology.
The conclusions reached by the analysis of subjective states
must be shown to be in harmony with the conclusions
reached by the synthesis of objective phenomena, before the
scientific interpretation of Mind can be regarded as entirely
satisfactory. The force of this statement becomes at once’
apparent, when we recollect that introspective observation
can inform us only concerning the mental. processes which
go on in adult civilized men. In order to understand the
genesis of these mental processes, we need the assistance of
cn. xIv.] LIFE AND MIND. 83
objective psychology and of nervous physiology; we need
to compare the mental processes observed in adult civilized
men, with the mental processes observed or inferred in
civilized children, in adult barbarians, and in the lower
animals, down to those humble organisms in which the phe-
nomena of intelligence first become differentiated from the
phenomena of organic life. The immense advance which has
been made in mental science during the past forty years, has
been mainly due to the practical recognition of this fact.
Treatises on psychology are no longer solely based upon an
analysis of what happens when “I see the inkstand,”
although analyses of this sort are still, as is here maintained,
indispensable. The nervous system, in its ascending com-
plications from the amphioxus to man, is now taken into
the account. The normal variations in psychical manifes-
tation, in the various human races, from childhood to old
age, are taken into the account. The abnormal variations
caused by stimulants and narcotics, as well as those ex-
hibited in epilepsy, insanity, and other forms of nervous
disease, are taken into the account. And careful investi-
gations into the ways in which different organisms respond
to external stimuli, show us that the lower forms of psy-
chical activity are no longer neglected. While the analysis
of complex mental operations has been pushed to an extent
which until lately would have been deemed impracticable,
on the other hand the sub-science of psychogeny, dealing
with the origin of the various manifestations of mental
activity, has arisen to coordinate importance with subjective
ysychology. It has become generally recognized that—in-
effaceable as is the distinction between the phenomena of
consciousness and all other phenomena—nevertheless the
one as well as the other can be scientifically explained,
only when present manifestations are studied in their con-
nection with past manifestations. In this domain, as in
all others, the Law of Evolution holds sway.
G2
84 COSMIO PHILOSOPHY, (pr. 11
Let us now, in accordance with these general considera-
tions, begin by contemplating the phenomena of Mind as
gradually differentiated from the phenomena of Life ; reserv-
ing for another chapter the interpretation of sundry psycho-
logical truths in terms of the law of evolution. And first
let us reconsider the definition of life which was briefly
illustrated in the preceding chapter. We saw that life
essentially consists in the continuous adjustment of relations
within the organism to relations in the environment. And
we saw that the degree of life is low or high, according as
the correspondence between internal and external relations is
limited or extensive, partial or complete, simple or complex.
We saw tnat the lowest forms of life respond to the changes
going on about them only in a simple, imperfect, and general
way. A tree, for instance, meeting by changes within itself
none but physical and chemical changes which occur with
general uniformity in the environment, exhibits life in a very
simple and unobtrusive form. We habitually regard it as
less alive than a polyp, because the polyp, by displaying
nascent sensitiveness and contractility, responds to a greater
variety of more special external stimuli. Yet the polyp,
possessing no specialized organs of sense, can oppose but one
sort of action to many diverse kinds of impression. [heno-
mena so different as those of light and heat, sound and
mechanical impact, can affect it in but one or two ways,—by
sausing it to move, or by slightly altering its chemical con-
dition. The modes of response to outer relations are few and
homogeneous. Passing abruptly to civilized man, at the other
eud of the animal scale, we find a different state of things.
To each kind of external stimulus there are many possible
modes of response. Not only, for example, does the human
organism sharply distinguish between variations which
altect the eye and those which affect the ear; not only co
eye aud ear, which are themselves organs of ainazine com-
plexity, discern an endless number of differing tones and
cH. Xtv.] LIFE AND MIND. 85
hues, as well as a great variety of intensities and qualities ;
but each particular manifestation of sound or of light is
capable of arousing in the organism very different psychical
combinations, entailing different muscular actions, according
to circumstances. Tennyson’s traveller, who, walking at
nightfall in a strange land, hears the moaning of a distant sea,
* And knows not if it be thunder, or a sound
Of rocks thrown down, or one deep cry
Of great wild beasts,”
will adopt a course of action more or less in conformity with
environing relations, according to the degree of his sagacity
and the extent of his experience. Streaks of light and
strata of cloud in the horizon will lead the practised mariner
and the unskilled passenger to different conclusions. A
cartoon of Raphael or a symphony of Beethoven will excite
different emotions in an artist and in a person of feeble
impressibility. And from the swinging of a cathedral lamp
the young Galileo drew inferences which had escaped the
attention or baffled the penetration of thousands of less
acute beholders. Thus, with civilized man, the modes of
response to outer relations are almost infinitely numerous and
heterogeneous.
But now, in this briefly indicated contrast between the
lowest and highest extremes of life, regarded as a correspond-
ence between the organism and the environment, we have
jassed abruptly from vital relations which are purely physical
to vital relations which are almost purely psychical. The
relations contemplated have been, in each of the instances,
relations internally set up in adjustment to external relations.
But while the relations set up within the tree are simply
physico-chemical; and while the relations set up within the
polyp, thovgh involving nascent sensitiveness, are neverthe-
less, in the absence of specialized nerve-matter, unattended
by consciousness, and therefore cannot strictly be classed as
psychical; on the other hand, the relations set up within
86 COSMIC PHILOSOPHY. [PT. IL
civilized man are almost purely psychical, involving only such
physico-chemical elements as are necessitated by the fact
that conscious activity does not yo on unattended by molecular
changes in nerve-tissue. It appears, therefore, that while in
the vegetal world, and in the lower regions of the animal
world, the life is purely or almost purely physico-chemical,
it becomes more and more predominantly psychical as we
ascend in the animal world, until at the summit it is mainly
_ psychical, The continuous adjustment of inner to outer
relations, which both constitutes life and maintains it from
moment to moment, is a process which, at first purely
physiological, becomes ever more distinctly psychological.
From the facts of comparative anatomy we may elicit a
parallel truth. In standard works on human anatomy it is
customary to distinguish between the vegetative organs, (com-
prising the nutritive and reproductive systems,) which are
developed from the endoderm of the embryo, and the animal
organs, (comprising the nervo-muscular system,) which are
developed from the ectoderm. Not unfrequently these are
otherwise and more appropriately distinguished as the
nutritive and relational systems; the special office of the
former being the integration of nutritive material, in behoof
either of the organism or of its derivative offspring, while the
special office of the latter is the maintenance of relations
between the organism and the environment. The demarca-
tion is thoroughly distinct, but it is not absolute; since the
relations each moment set up even in the nutritive system
must correspond with certain general relations of air,
temperature, and assimilable material in the environment,
Now we have to note that in the vegetal world such general
correspondences are all that are established; there is no
system of organs differentiated for the purpose of maintaining
an equilibrium of relations with the environment. In such
simply organized animals as the polyp there is no differentia-
tion of relational tissues or organs; but the entire surface of
CH. XIV.] LIFE AND MIND. 87
the animal, besides maintaining such general correspondences
as characterize vegetal life, exhibits in a slight degree the
irritability and contractility which in higher creatures are—
specialized in those tissues which form the relational organs.
In the molluscoida, the property of irritability being localized
in a few nerve-threads uniting in ganglionic masses, and the
property of contractility being specialized in a_ parallel
manner, there is rendered possible that more special mode of
response to environing agencies, known as reflex action. In
the lower vertebrata, the integration of numerous adjacent
ganglia into a medulla, having connections with various parts
of the organism, renders possible a much more perfectly
coordinated series of responses to external stimuli. And at
the same time the development of a pair of pedunculated
ganglia from the upper portion of the medulla, is attended
by the ability to compound the impressions which the medulla
receives; so that it becomes possible for the correspondences
to extend in space and time. As we ascend through the
vertebrate sub-kingdom, the growth of these pedunculated
ganglia—the cerebrum and cerebellum—becomes more and
more the predominant characteristic of the nervous system ;
and at the same time the power of adjusting inner relations
to remote, special, and complex relations increases. Finally
when we come to man, in whom the correspondences have
reached a marvellous degree of heterogeneity, extent, and de-
finiteness, we find not only that the relational system of organs
is the dominant fact in his organization, but also thatthe system
of pedunculated cephalic ganglia is the dominant fact in the
relational system of organs. Not only is the nutritive life
quite subordinated to the specially relational life, but the
lower modes of the relational life, such as reflex action and
instinct, are quite subordinated to those higher modes, such
as thought and emotion, which are made possible by the
great extent to which the cerebrum and cerebellum carry the
compounding of impressions received in the medulla. In
88 COSMIC PHILOSOPHY, [PT. 11
order to realize with vividness how comyletely human life has
come to mean the higher psychical life, let us try to imagine
what life would be without the cerekrum and cerebellum
Yet from the biological point of view these systems of ganglia
though nearly, are not quite, absolutely essential to human
life; since the less complex acts and impressions are still
coordinated after they have been destroyed by disease, and
since infants, born without any brain save the medulla and
basal ganglia, have been known to live for a short time. Such
a deprivation of the higher relational activities naturally
seems to us almost equivalent to deprivation of life.
We may now more thoroughly appreciate the force of the
distinction between the provinces of biology and of psy-
chology, which was stated in the earlier part of this chapter.
We see that while life, physical and psychical, is the con-
tinuous adjustment of inner to outer relations, nevertheless
in the lowest forms of life, unaccompanied by mind, the
outer relations to which adjustment is made are exceedingly
general, and the correspondence is simple, direct and homo-
geneous. But as we pass to forms somewhat higher, we find,
along with this simple correspondence maintained by the
whole organism, a number of more complex, indirect, and
special correspondences, for the establishinent and main- -
tenance of which there is differentiated a particular relational
structure. As the correspondence increases in complexity,
in indirectness, and in speciality, the maintenance of it is
confined more and more to this specialized nervo-muscular
structure; and the enormously heterogeneous series of ad-
justments which eventually goes on becomes distinguished ,
from the relatively homogeneous series of adjustments which :
has all along been going on, as psychical life in contrast with
physical life. Thus by a regular process of evolution it
happens that, while at the outset the psychical life is but
a slight extension of the correspondence which constitutes
the physical life, at the end the correspondence which con
ete mnet ras.
3 Coe, ae
cH. XIV.] LIFE AND MIND. 89
stitutes the psychical life is all in all, and the processes of
physical life come to be regarded as entirely subordinate
to the maintenance of this higher correspondence.
Let us now briefly trace the various extensions and com-
plications of the correspondence as it becomes more hetero-
geneous, definite, and coherent. Scanty justice can here be
done to the subject, since it is necessary for me to compress
into half-a-dozen pages the substance of a series of illus-
trations, which in Mr. Spencer’s exceedingly condensed
exposition fill a hundred pages. Nevertheless a few striking
facts may be noted down, which will serve to assist in the
comprehension of the process. Let us first note that in the
simplest forms of life the correspondence extends “only to
external relations which have one or both terms in contact
with the organism. The processes going on in the yeast-
plant cease unless its cell-wall is bathed by the saccharine
and other matters on whose affinities they depend... . And
so too among the lowest animals, the substances to be
assimilated ‘must come in collision with the organism before
‘any correspondence between inner and outer changes is
shown.” . The correspondence is similarly limited in time.
The tree, which puts forth its leaves from year to year, does
so only in response to luminous and thermal changes which
occur contemporaneously. The polyp’s tentacles contract
only in response to immediately present stimuli. “ Alike in all
these forms of life, there is an-absence of that correspondence
between internal relations and distant external relations ”—
in space and time—which we see exhibited in higher forms.
, Now the extension of the correspondence in space is
effected by the gradual differentiation of organs of sense.
One of the most notable achievements of modern biology is
the discovery—due among others, to Huschke, Remak,
Milne-Edwards, and Huxley—that all the sense-organs are
but successive modifications of tactile structures, or rather,
of those simple dermal structures which in the higher
90 COSMIC PHILOSOPHY. [Pr. 11.
organisms are specialized as tactile. The most perfect
organs of touch are the vibrisse or whiskers of the cat,
which act as long levers in communicating impulses to the
nerve-fibres that terminate in clusters about the dermal
sacs in which they are inserted. Yet these whiskers are
merely specialized forms of just such hairs as those which
cover the bodies of most mammals, and which are found
evanescent upon the human skin, embedded in minute sacs
or re-entrant folds. Now it is a demonstrated fact that the
eye and ear are morphologically identical with vibrisse. The
bulb of the eye and the auditory chamber are nothing but
extremely-metamorphosed hair-sacs, and the same is true of
the olfactory chamber. The crystalline lens is a differentiated
hair, the aqueous and vitreous humours are liquefied dermal
tissue, and the otolites of the ear are “ concretions from the
contents of an epidermic sac.” In view of these astounding
disclosures of embryology, we may readily assent to Mr.
Spencer’s statement that modern science justifies the guess of
Demokritos, “that all the senses are modifications of touch.”
From a single sense, more or less diffused over the surface of
the body, and capable of establishing correspondences only
with agencies in direct contact with the body, there have
arisen, by slow differentiations, such localized senses as sight
and hearing, which serve to enlarge the environment and
establish correspondences with agencies more and more re-
mote. Let us briefly consider the sense of sight, omitting
hearing, as well as smell and taste, since our space is too
limited to deal with them properly.
In such lowly organized creatures as the hydra the ability
to distinguish between light and darkness, or between sun-
shine and shadow, is possessed in a slight degree by the
entire surface of the body. But vision can hardly be said
to exist, even in its most rudimentary aspect, until this
sensibility is “concentrated in a particular spot. The rudi-
mentary eye consisting, as in a planaria, of some pigment
CH, Xiv.] LIFE AND MIND, 91
grains, may be considered as simply a part of the surface more
irritable by light than the rest. Some idea of the impression
it is fitted to ‘receive may be formed by turning our closed
eyes towards the light, and passing the hand backwards and
forwards before them.” But while this localization of sen-
sibility enables the creature to adapt itself to the movements
of neighbouring opaque bodies, the extension of the corre-
spondence is nevertheless very slight. To produce noticeable
obscuration the opaque object must approach very near; and
hence “we may infer that nascent vision extends to those
objects alone which are just about to touch the organism,
. . so that it amounts at first to little more than anti-
cipatory touch.”* As we pass to higher forms, we find the
eye gradually increasing in translucence, acquiring convexity
of surface, liquefying internally into refracting humours,
while the nerve-vesicles within multiply and arrange them-
selves as retinal rods; the result being seen in the gradually
increasing power of the organism to adapt its actions to
actions occurring at a distance. The process and the result
of development are essentially the same in the case of
hearing and smell, though there are great differences in the
degrees to which these senses are developed in the highest
animals,
Further extension of the correspondence is effected, in
the higher vertebrates, by the increase in size and complexity
of the cerebrum and cerebellum. These pedunculated groups
of ganglia, which issue from the medulla, and whose function
it is to compound in higher and higher aggregates the
already-compound impressions received by the medulla, are
capable of adjusting inner relations to outer relations beyond
the reach of the organs of sense. “Chased animals that
make their way across the country to places of refuge out of
view, are obviously led by combinations of past and present
impressions which enable them to transcend the sphere of the
4 Spencer, Principles of Psychology, vol. i. pp. 314, 815.
2 COSMIC PHILOSOPHY, [Pr. 11.
senses.” And in man, by the aid of science, the correspon-
dence is extended not only over the entire surface of the
earth, but through all visible space ; witness the facts that
telegraphic reports enable purchasers in New York to adapt
their actions to prices in London, and that the inferences of
astronomers are modified in accordance with chemical changes
going on in remote nebule.
Along with the extension of the correspondence in space
there goes on an extension in time, resulting in an enormous
increase of the psychical life. Under their more simple forms
the two kinds of extension go on together. The rudimentary —
eye, which enables the organism to anticipate the contact of
an approaching opaque body, may serve to illustrate the
primitive connection between adjustments to external co-
existences and adjustments to external sequences. And it is
obvious, without concrete illustration, that in general the
more remote are the outer relations to which inner relations
are adjusted, the longer will be the interval by which the
adjustment may be made to anticipate the group of outer
relations which it is designed to balance, But it is only in
the higher vertebrates, whose cephalic ganglia are sufficiently
large and complex to enable them to form ideal representa-
tions of outer relations not immediately present, that there is
witnessed a decided extension of the correspondence in time.
Dogs and foxes exhibit a well-marked anticipation of future
events, in hiding food to be eaten hereafter. But it is first
in the human race that such foresight becomes highly con-
sSpicuous ; and the difference between civilized and savage
men in this respect is probably even more marked than the
difference between savage men and the higher allied mam-
mals. There are strong reasons for believing that the more
complex correspondences in time are chiefly effected by the
cerebrum, while the more complex correspondences in space
are chiefly effected by the cerebellum. And if this be the
case, we may understand why it *s that in the course ol
ru. xiv.] LIVE AND MIND. 93
human progress the increase of the cerebrum in size and
complexity has been so much greater than the increase of
the cerebellum. In no other respect is civilized man so
widely distinguished from the savage, as in his habitual
adjustment of his daily actions to contingencies likely to
arise in a more or less distant future. But here we touch
upon an important theorem of sociology, which I shall here-
after consider at greater length.
Next let us note that the extension of the correspondence
in space and in time is accompanied by a progressive increase
in the speciality of the correspondence. Manifestly the
differentiation of sense-organs which renders possible the
adjustment of inner relations to distant outer relations, also
renders possible the adjustment of inner relations to outer
relations that are more and more special. Increased width of
retina enhances the power of estimating the size of neigh-
bouring objects, since the differences in the visual areas
which they occupy will become more clearly appreciable. The
multiplication of retinal rods enhances the power of estimat-
ing shape, since differently shaped objects affect different
numbers and different combinations of these rods. Thus
while animals with rudimentary vision, in becoming aware of
the presence of approaching objects, can recognize them only
as objects, on the other hand an animal with developed
vision, in recognizing objects near or distant, can also
distinguish between innumerable differences in their sizes
and shapes, and can make a proportionally great number of
special adaptations in its conduct. It is similar with the
ability to distinguish colours, and to estimate direction by
the cye. And from the growing heterogeneity of the other
senses, we might draw parallel illustrations, were there room
for them. Finally the high development of the cephalic
ganglia, rendering possible the compounding of ideal repre-
sentations of objects and relations not present to sense,
increases to an enormous degree the speciality of the adjust-
84 COSMIC PHILOSOPHY, [Pr. 11.
ments, Such special adjustments are seen in the cases of
“the lion that goes to the river-side at dusk to lie in wait for
creatures coming to drink, and the house-dog standing outside
the door in expectation that some one will presently open it.”
But the increase in speciality of adjustment is most con-
spicuously exemplified in the progress of the human race; as
is seen by contrasting the savage who sharpens his arrows in
expectation of the periodic flight of certain birds, with the
astronomer who at a given day, hour, and minute, adjusts his
telescope to watch a transit of Venus.
In the life of the highest animals, and especially in the
life of the human race, characterized as it is by the predomin-
ant activity of the great cephalic ganglia, there is witnessed
an increase in the generality of the correspondence, parallel
with the increase in speciality. As this topic falls almost
entirely within the province of sociology, the illustration
of it must be reserved for a future chapter. Let it here
suffice to recall the fact, already mentioned, (Part I. Chap. viii.,)
that the progress of human knowledge has all along been
equally characterized by analysis and by synthesis,—by the
differentiation implied in the recognition of relations that are
more and more special, as well as by the integration implied
in the grouping of relations in classes that are more and more
general.
Along with the increase of the correspondence in spatial
and temporal remoteness, in speciality and in generality, there
is a continuous increase in complexity. Indeed, in the various
aspects of psychical progress already contemplated, this
aspect has been continually illustrated. Obviously the
development of sense-organs, while widening the environ-
ment and increasing the number of relations to which the
organism may adjust itself, enhances also the complexity of
the adjustments, Contrast the simple movements of the
planaria when an opaque object passes before its rudimentary
eye, with the complex movements of a cat when a mouse ig
cH. xIv.] LIFE AND MIND. 95
heard scratching in the wainscot, and it becomes evident that
the heterogeneity of the impressions received by an organism
is paralleled by the heterogeneity of the adjustmeats by
which it responds to them. The multiplication of the objects
and relations of which any organism can take cognizance,
involves of necessity a growing complexity in the actions by
which it adapts itself to their presence. In civilized man,
whose immensely developed cephalic ganglia bear witness to
the predominance of psychical over physical life, this
correlated advance in heterogeneity of correspondence is
exemplified in the interdependent progress of science and art.
Here again we are carried into the domain of sociology, and
this thread must be left to be gathered up with the others
when we come to treat of intellectual progress.
It remains to note that the extension of the correspondence
in space and time, and its increase in definite heterogeneity,
both heighten the degree of life and add to the ability to
maintain life. On the one hand, the more numerous, the
more complicated, and the more clearly defined, are the outer
relations to which the organism adapts itself, and the longer
the interval of time by which the adjustments may be made
to forestall external contingencies, the greater will be the
number of heterogeneous changes in which life consists.
And on the other hand, the greater the number of hetero-
geneous changes by which the organism can respond to outer
ehanges, the more easily and surely will life be prolonged.
Whence, says Mr. Spencer, “we may clearly see how life
and ability to maintain life, are two sides of the same fact—
how life is a combination of processes, the result of whose
workings is their own continuance.” An interesting com-
nentary on this proposition is furnished by Mr. Lankester’s
recently-published essay on “Comparative Longevity,” in
which it is shown that high individuation, or the power of
responding heterogeneously to external changes, is the chief,
though not the sole, factor concerned in producing length
eS COSMIC PHILOSOPHY. [PT. 1.
of life. The amount of normal longevity in any species
depends upon the definite heterogeneity of the adaptation
of its individual members to environing circumstances, and
also upon the ratio of their nutrition to their expenditure.
But the preponderant importance of the former factor is
seen in the fact that, in spite of their immensely greater
personal expenditure, the higher animals are, as a rule, very
much longer lived than the lower ones. In the civilized
human races also, as contrasted with the savage races, the
life is not only higher in degree but longer in duration:
the longevity of the lowest savages rarely exceeds forty-five —
years.
As we proceed to survey, in a single view, the various
truths here separately elucidated, we find that the essential
distinction, above insisted on, between the sciences of
biology and psychology, is thoroughly justified by the very
facts which illustrate the close connection between the two.
The foregoing exposition conclusively proves that in dealing
with the adjustments of inner to outer actions, biology
“limits itself to the few in which the. outer actions are those
of agents in actual contact with the organism—food, aerated
medium, and things which produce certain effects by touch
(as insects which fertilize flowers); thus leaving to psy-
chology all other adjustments of inner to outer actions.”
“The moment we rose to a type of creature which adjusts
certain organic relations to relations of which both terms
are not presented to its surface, we passed into adjust-
ments of the psychological order. As soon as there exists
a rudimentary eye capable of receiving an impression from
a moving object about to strike the organism, and so ren-
dering it possible for the crganism to make some adapted
movement, there is shown the dawn of actions which we
distinguish as intelligent. As soon as the organism, feebly
sensitive to a jar or vibration propagated through its medium
contracts itself so as to be in less danger from the adjacent
sof istedvanca, we perceive a nascent form of the life
| cares as psychical. That is to say, whenever the corre-
j ‘spondence exhibits some extension in space or in time, some ro
_ increase of speciality or complexity, we find we have crossed oe
: ‘the boundary between physical life and psychical life”? _ ; aie
Be" i scoue, Priscigles of Pojcheligag wk Lp ale a
CHAPTER XV.
THE COMPOSITION OF MIND.
In pursuing the analysis of a complex series of phenomena,
with the object of ascertaining the simple ultimate elements
of which the complex series is made up, we shall sometimes
most satisfactorily accomplish our purpose if we begin with
the most complicated cases which the series presents. After
explaining these by resolving them into their less complex
components, our analysis “ must proceed similarly with these
components; and so, by successive decompositions, must
descend to the simpler and more general, reaching at last
the simplest and mst general.” Let us proceed, after this
fashion, to inquire into the Composition of Mind. Begin-
ning with the most highly-involved operations of conscious
intelligence, and neglecting, for the time being, the con-
sideration of those emotional states by which all operations
of intelligence are to a greater or less degree accompanied, let
us pursue our analysis until we have arrived at those ultimate
units of feeling in the manifold compounding of which all con-
scious operations, whether intellectual or emotional, consist.
Beginning, then, with a somewhat complicated operation
of intelligence, let us consider the process by which an as-
tronomer, knowing the dimensions of the earth, is enabled to
ealculate therefrom the distance of the moon. He must, in
cH, Xv.] THE COMPOSITION OF MIND. 99
the first place, assimilate in thought the case of the moon to
like cases in which the distances of inaccessible objects upon
the earth are indirectly measured. When a land-surveyor
wishes to ascertain the distance of a church-tower situated
‘on the farther side of a river, he has recourse to an indirect
method of measurement. Upon his own side of the river he
first measures the distance between two points sufficiently
removed from each other, and this distance he calls a base-
line. From each end of the base-line he now takes a sight
at the inaccessible tower, and, with the proper instruments,
measures the difference between its direction and the direc-
tion of the base-line. In this way he obtains an ideal triangle,
of which the tower is the apex; and, knowing the length of
the base-line, and the value of the two angles at the ends of
the base-line he calculates by trigonometry the length of the
two sides which express the distance of the tower from the
ends of the base-line. Now, the astronomer, imitating this
process, assumes as a base-line the known distance between
two remote points on the earth’s surface, as for example
London and Cape Town; and then from each of these points
he proceeds to take the bearings of the moon. The process,
indeed, is here complicated by the fact that, owing to the
long distance, the inequalities of the earth’s surface, and its
curvature, the observer at Cape Town cannot see the position
of London, and vice versd. It is necessary, therefore, again
to resort to an indirect method, and, having measured the
meridional bearings of the moon from the north-pole at
London and from the south-pole at Cape Town, to compare
these bearings with the knowledge that the bearing of the
one pole from the other is 180 degrees or two right angles,
A further correction must be made for the fact that London
and Cape Town are not on the same meridian, But disre-
garding these steps in the process, as unnecessarily com-
piicating our case, we have to note that, when the astronomer
has thus indirectly measured the angles which ideal lines
H 2
100 COSMIC PHILOSOPHY. (Pr. 1:
drawn to the moon must make at the two ends of his long
base-line from London to Cape Town, he is at once enabled,
like the land-surveyor, to calculate by trigonometry the
lengths of these ideal lines, and thus to ascertain the moon’s
distance. What, now, is the essential characteristic of the
process which the astronomer goes through? Or, in other
words, what is the fundamental psychical process by the mani-
fold compounding of which is built up this highly-complex
series of inferences ?
From beginning to end, the fundamental process is the
cognition of the equality of sundry relations, The thought |
which underlies and determines the whole calculation is the
cognition that the relations between the sides and angles of a
great triangle, having for its apex the moon, and for its base
the chord of the are of the meridian of London measured to
a point in the southern hemisphere upon the same parallel
with Cape Town, are equal to the relations between the sides
and angles of a similar small triangle, having an inaccessible
tower for its apex and a measured line of five or six rods for
its base; and that these relations, in turn, are equal to the
relations between the sides and angles of a still smaller and
similar triangle which may be drawn on a sheet of paper, and
of which the sides and angles may, if necessary, be directly
measured. Now, this cognition implies the previous establish-
ment, in the calculator’s mind, of sundry cognitions of the
ejualities and inequalities of certain relations between the
sides and angles of triangles. To show briefly how such
cognitions have been established, let us cite the simplest case
—that in which the two angles at the base of an isosceles
triangle are recognized as equal to each other. Euclid es-
tablishes this point by supposing two similar and equal
isoscelas triangles, of which the oneis turned over and placed
upon the other, so that the apex and one side of the one will
coincide with the apex and opposite side of the other.
Then the other sides and the bases must respectively coincide
Tai he
vu. Xv.] THE COMPOSITION OF MIND. 101
otherwise the two triingles would not be similar and equal,
and the conditions of the case would be violated. Ali the
sides being thus equal, each to each, the two triangles must
everywhere coincide, and consequently the two basal angles
must be equal, both in the triangle which has been turned
over and in the one which has kept its original position.
Now, each step of this demonstration is a cognition of the
equality of a pair of relations of length or of direction; and
in each case this cognition is established, not by any anterior
demonstration, but by direct inspection. Or, in other words,
when it is said that two lines of equal length, starting from
the same point, and running in the same direction, must
coincide at their farther extremities, the truth of the state-
ment is at once recognized simply because the states of con-
sciousness which we call the ideas of the two lines are totally
indistinguishable from each other. This immediate perception
of the equality—or, in some cases, of the inequality—between
two or more relations of position or magnitude is the goal
toward which every geometrical demonstration tends. And,
still more, it is the mental act implied in every step of every
such demonstration. All the devices familiar to the reader
of Euclid—the bisecting of lines and angles, the drawing of
parallels and the circumscribing of circles for argumentative
purposes—are simply devices for bringing a given pair of
space-relations directly. into consciousness, so that their
equality or inequality may be recognized by direct inspection.
Manifestly the case is the same in that algebraic reasoning
which our astronomer will often find it desirable to employ
in the course of his computation of the moon’s distance.
The axiom that “relations which are equal to the same rela-
tion are equal to each other” is an axiom which twice involves
the immediate recognition of the equality of two given
relations. And, if any proof were needed that the whole
science of algebra is based upon this axiom, it may be found
in one of the most common algebraic artifices “When a
102 COSMIC PHILOSOPHY. (Pr. 11,
simplification may be thereby achieved, it is usual to throw
any two forms of an equation into a proportion—a procedure
in which the equality of the relations is specifically asserted.”
To cite Mr. Spencer’s simple illustration: if we take any
equation, 2 xy=y?, and, dividing it by y, obtain a second
equation, 2 x=y, the legitimacy of our proceeding is at once
rendered apparent when the two equations are thrown together
in a proportion, in which it is asserted that the ratio of 2 zy
to y* is equal to the ratio of 2z2to y. Or, if any doubt still
remain as to the correctness of this, we resort to the familiar
device of multiplying extremes and means, and obtain the
identical proposition 2 ay’? =2 ay*,in which the identity of the
two terms is immediately cognized, because the states of con-
sciousness which they evoke are indistinguishable from one
another.
Thus the complicated quantitative reasoning by which an
astronomer determines the distance of a heavenly body con-
sists in the long-continued compounding of immediate cogni-
tions of the equality or inequality of two or more given
relations or groups of relations of position and magnitude.
Before proceeding to unfold all that is implied by this
conclusion, let us consider another concrete example of a
somewhat different kind. "When acertain horned animal, of
slender figure, with cloven hoofs, and a hairy integument, is
presented to the inspection of a naturalist, he at once re-
cognizes it as a giraffe; and, if required further to describe
it, he observes that, as having four ‘stomachs and chewing
the cud, it belongs to the sub-order of ruminants; as having
its toes firmly united in a solid hoof, it belongs to the order
of ungulata; as having mammary glands and suckling its
young, it belongs to the class of mammals; and, as having
an internal bony skeleton, it belongs to the sub-kingdom of
vertebrates. What, now, is the mental act which is repeated
at each stage of this description? It is “a cognition of the
fact that the relation between particular attributes in this
tn. Xv.] THE COMPOSITION OF MIND. 103
animal is like the relation between homologous attributes
in certain other animals.” To confine ourselves to the first
clause of the description—“the attributes implied by the
term ruminant can be known only as previously observed or
described ; and the predication of these, as possessed by the
animal under remark, is the predication of attributes like
certain before-known attributes. Once more, there is no
assignable reason why, in this particular case, a relation of
coexistence should be thought, between ‘ such attributes as
the possession of four stomachs and the possession of horns
and cloven hoofs,’ unless as being like certain relations of
coexistence previously known ; and, whether the thinking of
this relation can be otherwise accounted for or not, it is clear
that the predication cannot otherwise have any probability,
much less certainty.”! The case is the same with the re-
maining clauses of the description, In each instance the
mental operation performed by the naturalist is the recogni-
tion of the likeness between certain groups of relations
observed in this giraffe and certain other groups of relations
previously classified as pertaining to ruminants, ungulata,
mammals, and vertebrates. Obviously, therefore, the reason-
ing by which the places of animals in the zoological scale
are determined, consists in the compounding of cognitions
of likeness or unlikeness between certain given groups of
relations.
So far, then, the mental] operation performed by the natu-
ralist seems to be not unlike that performed by the astro-
nomer. And indeed, in spite of the superficial difference
’ which seems so widely to separate the classification of
animals from the measurement of celestial spaces, it will
appear, on a moment’s reflection, that the only real difference
between the mental processes involved in the former case,
and those involved in the latter, is the extent to which Jae-
ness is predicated of the relations concerned. Deeply con
3 Spencer, Principles of Psychology, vol. ii. p. 69.
104 _ COSMIC PHILOSOPHY, [PT. ls,
sidered, the act of the astronomer is the same as that of the
naturalist, save that, while the former classifies together
sundry groups of relations as equal to one another, or indistin-
guishable from one another, the latter classifies together
sundry groups of relations as dike one another, or but slightly
distinguishable from one another. Now; in this statement
we see that what is meant by equality is merely exact like-
ness ; but something more is needed for the accurate descrip-
tion of the difference between the two cases. The objects
which the astronomer contemplates are simple triangles,
presenting simple relations of position and magnitude;
while the objects contemplated by the naturalist are com-
plex organisms, presenting immensely compounded relations
of structure and function. Now, in speaking of simple
things or simple relations, such as lengths and breadths,
weights, times, and velocities, we habitually predicate
equality or inequality of them. “ Wherever the terms of the
comparison, being both elementary, have only one aspect under
which they can be regarded, and can he specifically posited
as either distinguishable or indistinguishable, we call them
either wnequal or equal. But when we pass to complex things,
exhibiting at once the attributes, size, form, colour, weight,
texture, hardness—things which, if equal in some particulars,
are rarely equal in all, and therefore rarely indistinguishable
—then we use the term Jike to express, partly the approximate
equality of the several attributes separately considered, and
partly the grouping of them in a parallel manner in time and
space. Similarly with the relations involved in reasoning.
If simple, they are recognized as equal or unequal; if com-
plex, as lke or unlike,” 7
The essential difference, then, between the quantitative rea-
soning employed in the most advanced sciences, and the
qualitative reasoning employed in those which are less ad-
vanced, may be thus stated: in the first case the relations
contemplated are so simple that they may be directly juxta
CH. xVv.] THE COMPOSITION OF MIND. 105
posed in consciousness, and recognized as equal or unequal ;
but in the second case the relations contemplated consist of
so many simple relations heterogeneously combined, that they
can only through a very indirect process be juxtaposed in
consciousness, and hence are only approximately recognized
as like or unlike. That this is the only essential difference
between quantitative reasoning and qualitative reasoning is
shown by the fact that all qualitative reasoning is vaguely
quantitative, while all quantitative reasoning begins by be-ng
qualitative. For example—to cite Mr. Spencer’s admirable
illustration—when a brewer describes a vat of fermenting
wort as containing carbonic acid, he makes a qualitative
statement ; yet some rude notion of quantity is involved in it.
“He thinks of the carbonic acid as more, certainly, than a
eubic foot; less, certainly, than the total capacity of the vat:
the quantity is thought of as in some ratio to the quantity of
wort.” On the other hand, “a man who has walked a mile
in fifteen minutes, and, observing that he has a quarter of a
mile still to go, infers the time it will take to reach his desti-
nation, does not primarily infer three minutes and three
quarters : he primarily infers a short time—a time indefinitely
conceived as certainly less than ten minutes, and certainly
more than one.” Doubtless he may in an instant proceed to
calculate the exact length of the time; yet, as it will not be
denied that even before calculating he has a vague notion
of the interval, it must be admitted that his inference, though
ultimately quantitative, is, at the outset, only qualitative.
Between the two kinds of reasoning, therefore, the only differ-
ence is the degree of definiteness to which they are re-
spectively developed.
Bearing in mind these mutually harmonious conclusions—
which alike imply the assertion that, between the highest and
the lowest kinds of reasoning employed by civilized man, the
difference consists solely in the complexity of the relations
contemplated, and in the greater or less definitcness with
106 COSMIC PHILOSUPHY. [rT. II.
which these relations are cognized as equal or unequal, like
or unlike—let us now advance a step farther. Already, in
the course of the foregoing analysis, the essential similarity
between reasoning and classification has been vividly brought
before us. We have now to scrutinize this similarity some-
what more closely.
To cite an example with which we are already familiar;
when our astronomer, some thirty years ago, observed
that certain irregularities in the motions of Uranus still
remained unaccounted for, after calculating the combined
effects of all the interior planets in producing such irregu-_
larities, it occurred to him that the unexplained irregularities
could only be due to the gravitative force of some undisco-
vered planet outside of Uranus; and the discovery of Nep-
tune was the result of this most brilliant hypothesis. Now,
the mental act involved in this deduction was essentially a
classification of cases. The case of the unexplained pertur-
bations was mentally ranked along with the several cases of
explained perturbations presented by the solar system, as
being similarly due to gravitative force; and to the number
of known cases in which planets deflect each other from the
regular paths in which they would otherwise move, a new
hypothetical case was added. Comparing, now, this mental
operation with that of the naturalist who, by virtue of certain
observed likenesses of structure and function, ranks together
lions, and elephants, and seals, in the class of mammals, we
may conclude roughly that the one process consists in the
formation of a group of like cases, while the other consists in
the formation of a group of like things. And since by the
expression “‘like cases” we mean merely “ like sets of rela-
tions among two or more given groups of things,” it follows
that we may characterize Reasoning as the classification of .
relations, while Classification, ordinarily so called, is the classi-
fication of things. When, for example, on perceiving two
similar triangles set side by side, we proceed to make some
CH. Xv.] THE COMPOSITION OF MIND, 107
inference from the known value of a side in the one to the
desired value of the corresponding side in the other, the act
ig an act of reasoning. But when, on taking up two similar
sea-shells, we recognize them in their totality as belonging
to an oyster or some other familiar mollusk, the act is an
act of classification, commonly so called. In other words,
if the perception of similarity is followed by the thought
of one or more of the like relations which make up simi-
larity, we have an act of reasoning; but if it is followed
by the thought of other objects presenting like relations
of similarity to the one now perceived, we have an act of
classification.
But, closely related as these two mental operations are
now seen to be, we have not yet disclosed the full extent to
which they are related. Not only is classification involved
in every act of. reasoning or inference, but reasoning or
inference is involved in every act of classification. Not only
does reasoning consist in the grouping of relations as like or
unlike, but the classification of things can go on only through
the grouping of relations as like or unlike. To illustrate
this, let us take a further downward step, and consider a
mental operation apparently much simpler than those hitherto
treated. Let us consider what is implied by the perception
of an object.
It is admitted on all sides that the perception of an object
necessarily implies the recognition of the object as this or
‘hat, as iike certain objects, and as unlike certain other
objects. Every act of perception, therefore, involves classi-
fication. We cannot even name a chair without implying
the existence of a group of objects which the chair resembles;
and the essential element in the perception of a chair is not
the reception of a group of visual or tactual impressions, but
the interpretation of these impressions as like other ante-
cedent impressions which, taken together, constitute the
consciousness of the presence of a chair. And this is as
108 COSMIC PHILOSOPHY. [Pr. 1%
much an act of classification, as the act by virtue cf which
the naturalist would rank a newly-found horned and cloven-
hoofed mammal among the ruminants; the only difference
being that in ordinary perception the act has been per-
formed so frequently as to have become automatic at an
early period of life, while in scientific classification the act
involves more or less conscious thinking, and comparison of
relations.
Here, in this last clause, there is hinted what we are seek-
ing for. Not only in scientific classification, but in ordinary
perception also, there must go on a comparison of relations,
and a grouping of them as like or unlike. In perceiving an
apple, for example, “the bulk is perceived to be like the bulk
of apples in general; the form like their forms; the colour
like their colours; the surface like their surfaces; and so
on.” For if the bulk were like that of a water-melon, or if
the shape were cubical, or if the colour were inky black, or if
the surface were covered with thorns, the object would not
be perceived to be an apple. The act of perception, there-
fore, consists in the recognition of sundry attributes as like
sundry attributes previously known, and as having relations
to one another like the relations between the before-known
attributes. This will appear still more clearly, when we
recollect what takes place in visual perception. It is well
known that the eye, unassisted by the muscular and tactual
senses, can take no cognizance of distance, shape, or solidity
—the only impressions which the retina receives are im-
pressions of colour, and indirectly of superficial extension.
It is because of this that infants reach out for the moon,
and that blind men, on first receiving sight, are unable
' to distinguish between a round orange and a cubical block,
without feeling the surfaces of the two. Only after re-
peated and careful comparison of visual impressions with
muscular ard tactual impressions is the patient enabled
to discover, by the eye alone, that all the objects in the
sod
cH. Xv.] THE COMPOSITION OF MIND, 109
room or in the landscape are not in contact with his body ;
and it is ouly after a similar elaborate comparison, that
the young child achieves the feat of looking at an object in
a given direction, or of recognizing by vision its father or
mother, Accordingly, when looking about the room, all that
you really see is a congeries of coloured spots. Your know-
ledge of the presence of divers objects—chairs, windows, mir-
ror, mantel-piece—is not given in the act of vision, but is the
result of an exceedingly complex, though apparently instan-
taneous, process of reasoning. Your seemingly immediate
knowledge that a certain group of coloured spots means a chair
is due to the fact, that from early infancy this group of coloured
spots, or some other like group, has been associated with sun-
dry impressions of touch and resistance, and with sensations
yielded by the little muscles which turn the eye hither and
thither. The frequency with which the association has been
repeated has rendered the process of inference automatic, just
as, to a less-marked extent, the process of reading, at first
accompanied by a conscious classification of every letter, has
become automatic, so that we are not aware of cognizing
the letters at all. Nevertheless, although too rapid to rise
into consciousness, the process is still one of inference, imply-
ing, like any other process of inference, the grouping of cer-
tain relations as like or unlike certain other relations. Cer-
tain correlated groups of colours are automatically classified
with other correlated groups of colours previously received
upon the retina, and also with certain correlated groups of
muscular and tactual impressions, previously received simul-
taneously with the grours of colours in question. Thus our
visual perception of objects consists ef a group of sensations
plus a complicated series of inferences which does not differ
fundamentally from a course of scientific demonstration. And
the same truth may be, with equal justice, though less vividly,
illustrated in the case of any other sense than sight. A much
simpler ca.e than that of visual perception is that of a spoon,
110 COSMIC PHILOSOPHY. | [pr. 11.
containing some unknown liquid, thrust into the mouth by
another person in the dark. Here the only clue to the cha-
racter of the liquid is its taste ; and when, by its peculiar mild
pungency, the liquid is recognized as bromide of potassium,
the psychical process consists of a gustatory sensation plus an
act of classification by which the sensation is grouped with
other like sensations previously received. The example is a
good one, as showing us also the obverse case. If bromide of
potassium has not been previously tasted, the result is simply
gustatory sensation unattended by perception; or rather, it ig _
gustatory sensation generically classified as mildly pungent,
but not specifically referred to any known liquid, and there-
fore only partially interpreted. There is perception, but it is
incomplete.
It is not pretended that these psychological truths are
established by the crude and fragmentary exposition here
given. The numerous observations and experiments upon
which they are based would be very interesting to recount ;
but our space does not admit of detailed proof, nor is it
needed ; since these truths are the common property of psy-
shitopists, and will be questioned by no competent student of
the phenomena of mind. Referring, for minute and elabo-
rate proof, to Mr. Spencer’s “ Principles of Psychology,” let
us be content with setting down the implication which is
common to all these conclusions; namely, that between the
various psychical processes thus far contemplated, which in-
clade alike the measurement of celestial distances by the
astronomer, and the direct perception of objects by the un-
learned child, or indeed by the ape or dog, there is generic
identity. The fundamental characteristic which is common
to them all is the reception of certain groups of sensations,
accompanied by the classification of these groups of sensa-
tions, and of the relations between them, according to their
various likenesses and unlikenesses. The difference between
the highest and the lowest of the processes thus brought
cH. Xv.] THE COMPOSITION OF MIND. 111
together consists solely in the heterogeneity and definiteness
of the groups which are classified, and in the extent to which
the classifications are compounded.
To such a statement, however, there is one essential qualifi-
cation to be added. It is not strictly correct to say that the
classification involved alike in the most complex act of rea-
soning and in the simplest act of perception is a classification
of groups of sensations and of the relations between them.
For, when an object is perceived, along with the sensations
actually present, there are remembered or internally-revived
sensations which enter into the classification, and these inter-
nally-revived sensations are what we call ideas or images.
For example, “ when passing the finger over a rough surface,
the perception contains very much 14cre than the coordinated
sensations immediately experienced. Along with these there
go the remembered visual impressions produced by such a
surface, which cannot be kept out of the mind, and in the
suggestion of wnich the perception largely consists ; and there
are automatic inferences respecting the texture and density
of the substance.” So when we see an orange lying on the
table, the only sensation actually present and entering into
the case is the sensation of a patch of reddish-yellow colour
surrounded by other unlike patches of colour. The other
elements in the classification of which the perception consists
are ideas or internally-revived sensations of position, shape,
bulk, texture, juiciness, and so on. And now we discover
another point of difference in degree between perception and
.easoning. While in perception some of the elements classi-
fied must be sensations actually present, in reasoning al] the
elements classified may be ideas or internally-revived sensa-
tions. The sides and angles of the isosceles triangles which
the astronomer compares in estimating the moon’s distance
are ideal sides and angles; and the naturalist, in writing
about the classification of ruminants, deals solely with in-
ternally-revived impressions of horns, hoofs, and multiple
112 COSMIC PHILOSOPHY, (PT. 1
stomachs, which were previously present to sense. Thus the
classification involved in reasoning differs from that involved
in perception, not only in heterogeneity and definiteness,
but also in indirectness, Nevertheless the difference is not
fundamental, but is only a difference in degree ; as is proved
by the fact that alike in reasoning and in perception there is
implied the previous reception of the actually present sensa-
tions of which the ideas or revived sensations are the copies.
Our statement, therefore, will become strictly correct if we
say that the fundamental characteristic common to the most
refined reasoning, and the crudest perception, is the presence
of certain states of consciousness, accompanied by the classifi-
cation of these states and of the relations between them
according to their various likenesses and unlikenesses; the
differences between the processes being differences in hetero-
geneity, definiteness, indirectness, and extent of integration
or compounding.
Let us next observe that, as between the highest and
lowest kinds of reasoning there is a great difference in the
extent to which the comparison of relations is carried, so
between the highest and lowest kinds of perception there is
a similar difference.
There is a striking contrast in degree of directness “ be-
tween the perception that some surface touched by the finger
is hard, and the perception that a building at which we are
looking is a cathedral. The one piece of knowledge is almost
immediate. The other is mediate in a double, a triple, a
quadruple, and even in a still higher degree. It is mediate
inasmuch as the solidity of that which causes the visual im-
pression is inferential; mediate inasmuch as its position, its
size, its shape, are inferential; mediate inasmuch as its
xaterial, its hollowness, are inferential; mediate inasmuch
as its ecclesiastical purpose is an inference from these irfer-
ences; and mediate inasmuch as the identification of it as a
particular cathedral is a still more remote inference resulting
a
ot S
any
CH, XV.] THE COMPOSITION OF MIND. 113
from the union of these inferences with those many others
through which the locality is recognized.”* From this
example it appears that while, at the highest extreme,
perception emerges into reasoning, on the other hand at its
lowest extreme, as where a body is perceived to be rough or
hard, it borders very closely upon simple sensation. Pro-
ceeding, then, a step farther in our descending analysis, we
have to examine the character of the difference between per-
ception and sensation.
Sensation, uo less than perception, has a variety of grades.
At the one extreme it rises to a point where it is barely dis-
tinguishable from perception; at the other extreme it lapses
into an unconscious or sub-conscious psychical state. While
writing these lines the sum-total of my consciousness may
contain elements contributed by dull sounds of persons walk-
ing overhead, by the rumbling of wagons in the street, by
faint odours wafted from the kitchen, by soothing pulses of
sensation from the pipe held in my mouth, and by the occa-
sional striking of the cuckoo-clock, as well as by the pressure
exerted by the chair in which I am sitting, and the table
upon which my arm is resting, and the pen which is grasped
in my fingers. But, while I am absorbed in thought, none
of these elements rise into the foreground of consciousness :
though they are present as psychical states, as is shown by
the fact that the going out of the pipe or the failure of the
clock to strike is noticed, yet I become conscious of them, in
the ordinary sense of the word, “ only when they pass a
certain degree of intensity,’ as when a child overhead falls
on the floor, or when the shriek and rumble of a passing rail-
way-train are added to the confused mass of out-door noises ;
“and only then can I be said to experience” these feelings
“as sensations.” But when a psychical state rises into the
foreground of consciousness an] becomes known as a sensa-
tion, as when my finger happens to touch the heated pipe-
1 Spencer, Principles of Psychology, vol. ii. p. 245.
VOL, II, T
114 COSMIC PHILOSOPHY. [er. 1
bow], then “Tnot only contemplate the affection as an affec-
tion of myself—as a state through which my consciousness
is passing or has passed—but I also contemplate it as exist-
ing in a certain part of my body—as standing in certain
relations of position, I perceive where it is.” The close
relationship between sensation and perception is illustrated
by this example: nevertheless psychology here distinguishes
between two portions of the mental act. Though in the
practical experience there is no separation between the
two, yet analysis enables us to distinguish between the con-
sciousness of the painful feeling and the consciousness of
the presence of the heated object which causes the feeling ;
and the former of these we call sensation, while the latter
we call perception.
We shall now be greatly assisted by observing a psycholo-
gical fact of which Sir William Hamilton caught a glimpse,
though, as usual, his analysis was not sufficiently thorough,
and his statement of the case was inaccurate. We need not
pause to criticize the theorem that while “perception proper
and sensation proper exist only as they coexist, in the de-
gree or intensity of their existence they are always found in
an inverse ratio to each other;” for its inaccuracy has been
fully demonstrated by Mr. Mill and also by Mr. Spencer,
who shows the true statement to be, “ not that sensation and
perception vary inversely, but that they exclude each other
with degrees of stringency which vary inversely.” To illus-
crate this, we will suppose that you are getting water from
a hot-water faucet, and that, as the water begins by running
cold, you clasp your hand about the faucet so as to turn it
off when the water has become sufficiently warm. While
the water is cool or tepid, sensation is at the minimum, and
not only is there no exclusion of perception, but conscious-
ness is occupied with the outer phenomena, the faucet and
the running water, more than with the inner phenomenon,
the feeling of temperature. The pointed end of the upright
vE XxVv.] THE COMPOSITION OF MIND. 115
part of the faucet, and the protuberance where the horizontal
piece is fitted upon it, awaken tactual sensations which co-
exist with the sensation of temperature, and the automatic
comparison of these sensations which constitutes the per-
ception of the faucet goes on unhindered. To concentrate
consciousness upon the feeling of temperature requires a
voluntary act of attention, induced by the desire to know
how warm the water is getting. As the water becomes very
much warmer, so as to be slightly uncomfortable, the per-
ception of the faucet does not become gradually less vivid,
but it tends to disappear entirely, and conscivusness tends
to occupy itself exclusively with the feeling of temperature.
Only through a distinct voluntary effort can the perception
be made to come into the foreground of consciousness. If,
now, there comes a sudden spurt of very hot water, the
tactual perception of the faucet is for the moment entirely
excluded, and the perceptive act implied in the estimation
of the degree of temperature is also expelled from conscious-
ness, which is occupied entirely with the sensation of pain,
inducing a violent withdrawal of the hand. Here sensation,
reaching a maximum, has quite driven out the group of
tactual perceptions, and even visual perceptions are to that
extent held in abeyance, that for the moment they cease to
occupy the attention. If, now, a piece of soap is taken from
its dish, the newly-aroused group of sensations—of weight,
hardness, smoothness, and the rest—exist in minimum in-
tensity, and consciousness is occupied, not with them, but
with the presence of the piece of soap: perception tends to
exclude sensation.
“What, now,” inquires Mr. Spencer, “is the real nature of
this mutual exclusion? Is it not an instance of the general
iact that consciousness cannot be in two equally distinct
statics at the same time; and that in proportion as the pre-
Jominance of one state becomes more marked, the suppres-
sion of other states becomes more decided? I cannot know
r:2
116 COSMIC PHILOSOPAY. (pr. 1
that I have a sensation without, for the moment, having my
attention specially occupied with that sensation. I cannot
know the external thing causing it, without, for the moment,
having my attention specially occupied with that external
thing. As either cognition rises, the other ceases.” By the
“external thing,” Mr. Spencer does not here mean the Ding
an sich, but the group of phenomena which are referred to
an existence outside of the organism. But we have already
seen that, when consciousness is so occupied with such a group
of phenomena that the result is the perception of an object, the
psychical act involved is an automatic classification of sundry
states of consciousness and of the relations between them,
according to their various likenesses and unlikenesses. Thus
we arrive at the distinction between sensation and percep-
tion. Impossible as it is to disentangle the two in practical
experience, analysis yet distinguishes the former as an ap-
parently elementary state of consciousness, while the latter
is “a discerning of the relations between states of conscious-
ness.” According, therefore, as attention is directed chiefly
to a conscious feeling or to the relations between a number
of feelings, is now sensation and then perception predominant.
It remains to be observed that sensations, or—as we may
otherwise call them—feelings, are either peripherally or cen-
trally initiated. In other words, a feeling may either origi-
nate at the surface of the organism—as is the case with
sensations of sight, hearing, smell, taste, and touch, and in
the main with muscular and thermal sensations; or it may
originate in the interior of the organism—as is the case with
the sensations of hunger and repletion, and with certain mus-
cular sensations, such as cramp; or, aguin, it may start from
some group of nerve-centres, as is the case with those vazue
feelings which accompany more or less complex acts of per-
ception and reasoning, and which, when they acquire a certain
devree of prominence, we call emotions. By the inclusion of
these states of consciousness, the term “feeling” covers a
1 ee
rH, Xv.] THE COMPOSITION OF MIND. 117
somewhat wider range of meaning than the term “sensation.”
Nevertheless the current use of the word “ feeling” to desig-
nate indifferently a sensation or an emotion bears unconscious
witness to the fact that the two kinds of psychical state differ
only in their modes of genesis and of composition. The con-
trast between a peripheral sensation, as of colour or touch,
and an emotion, is chiefly a contrast in degree of definiteness
and of localization. But this contrast holds also between
_ peripheral sensations and such vague internal sensations as
hunger, which, being known as cravings, are assimilated to
the lowest orders of emotion. From this difference in defi-
niteness arises the fact that the peripheral sensations admit
of being definitely grouped according to their relations of
likeness and unlikeness, and thus afford the material for per-
ception and reasoning, while emotional states admit no such
definite grouping, but arrange themselves variously in clusters,
the particular character of the cluster being determined by
certain contemporaneous perceptions or ideal reproductions of
past perceptions. For these reasons the ultimate psycho-
logical nature of emotion can be reached only through a syn-
thetical interpretation which starts by recognizing the fact
that, along with that classifying of conscious states which
occurs in perception and reasoning, there goes on a recogni-
tion of certain states as pleasurable or desirable to retain in
consciousness, and a recognition of certain other states as
painful or desirable to expel from consciousness. Thus in
practical experience emotions are, in however slight a degree,
inseparably associated with perceptions and inferences, as the
vague, internally-initiated feelings accompanying the definite
peripheral feelings in the classifying of which the perceptions
and inferences consist.
Looking back, now, over the region already traversed, we
find that we have passed in review a large number of mental
operations which differ immensely in complexity, some of
them being performed only by the most highly-educated adult
118 COSMIC PHILOSOPHY. [pr. 11,
civilized men, while others are performed habitually by
children, barbarians, and numerous animals inferior to man.
Yet, amid all this diversity, our analysis has detected a funda-
mental unity. In spite of their vast differences in complexity,
we have seen that all these mental operations are ultimately
made up of the same psychical process. The grouping of the
relations among feelings is the elementary act which is re-
peated alike in each simple and direct act of perception, and
in each complicated and indirect act of ratiocination. At the
present stage of our analysis, therefore, the ultimate elements
of mind would seem to be feelings and the relations between
feelings. It remains to add that relations themselves must be
secondary feelings due to the bringing together of primary
feelings. We can know a relation only as some modification
of conscicusness resulting from some combination of the
feelings directly aroused in us by inner or outer agencies;
and such modification of consciousness must be itself a kind
of feeling. For further illustration let us briefly mention the
different relations in the order of their decreasing complexity,
that we may note the fundamental relation involved in them
all. The most complex relations are those of similarity and
dissimilarity, as exemplified when we recognize the kinship
between a thorough bred race-horse and a Shetland pony, or
the complicated divergences between a city and a village.
Simpler relations are those of cointension and non-cointension,
as when we perceive that two sounds are equal in degree of
loudness, or that in grasping wood and in grasping marble
the feelings of temperature are different in degree; of coexten-
sion and non-coextension, as when two lines or two areas are
seen to be equal or unequal; of coexistence and non-coexistence,
as when the yellow-reddish light reflected by an orange is re-
garded as accompanied by sweetness and juiciness, but not
by viscidity ; of connature and non-connature, as when greater
warmth is mentally assimilated to less warmth, but distin-
guished from blueuess or roughness. Now, underlying all
ee eae = Paes —— .
cH. Xv.] THE COMPOSITION OF MIND. 119
these reiations, and all mental processes whatever, is the
relation of likeness and unlikeness between primary states of
consciousness, Given the power of recognizing two feelings
or conscious states as like each other, and two other feelings
or conscious states as unlike each other, and we have the
primordial process in the manifold compounding of which all
operations of intelligence consist. Let us now take into the
account the universally-admitted fact that consciousness is
rendered possible only by ceaseless change of state—that a
uniform state of consciousness is in no respect different from
complete unconsciousness, If our minds were to become
spellbound, like the palace of the Sleeping Beauty, all our
thoughts and feelings remaining fixed im statw quo, our con-
scious existence would be practically at an end. For con-
sciousness to exist at all, it is necessary that a given state »
should be followed by a different state. But this is not all
that is required. A succession of feelings, of which no two
were alike, would not give rise to consciousness, since the re-
cognition of any feeling implies its classification with some
antecedent like feeling. Consciousness, therefore, “is not
simply a succession of changes, but an orderly succession of
changes—a succession of changes combined and arranged in
special ways.” Thus we reach the law of the Composition
of Mind. Since intelligence cannot arise or continue unless
consciousness is continually passing from one state into a
different state, it follows that there must be a continuous
differentiation of states ; and again, since intelligence cannot
arise or continue unless particular states of consciousness are
continually known as like certain previous states, it follows
that there must be a continuous éntegration of states. Alike
in the most rudimentary perception and in the most deve-
loped reasoning, the essential process is the separation of the
unlike and the bringing together of the like. So that,
“under its most general aspect, all mental action whatever is
definable as the continuous differentiation and integration of
120 COSMIC PHILOSOPHY. [pr 1
states of consciousness,” and the kind of mental action is
regarded as high or low, according to the greater or less
extent to which the differentiation and integration are carried,
The phenomena of conscious intelligence are thus seen to
conform to the universal law of evolution; and we may
further note that this conclusion is entirely in harmony with
the definition of psychical life as the continuous adjustment
of inner to outer relations. For clearly, when an intelligence
is developing in the midst of a complex environment, the
greater the number of subjective relations which are adjusted
to objective relations, the greater wil] be the extent to which
the differentiation and integration of conscious states will be
carried.
Here we may seem to have arrived at a satisfactory con-
clusion of our analysis. But the lowest depths of the pro-
blem yet remain to be sounded, as will be seen when we
consider a superficial objection not unfrequently urged against
the foregoing views. Alike in all the mental operations
which have formed the subject-matter of our analysis, we
have seen that the relations of likeness and unlikeness enter-
ing into the case are classified with certain other relations of
likeness and unlikeness previously cognized. The thought
which determines the astronomer in calculating the moon’s
distance, implies previous experience of triangles and of
numerical relations, In the classification of a giraffe there
is implied previous acquaintance with the complex relations
of structure and function connoted by the terms ruminant,
ungulate, monodelphian, mammal, vertebrate, and animal.
The perception of an apple implies numerous antecedent
experiences of colour, size, configuration, smoothness, odour,
and taste. And in like manner, though we have provisionally
defined a sensation as an “elementary state of conscious-
ness,” yet we have also seen that, in order to become truly
conscious of a sensation, we must know it, or, in other words,
must classify it with some like sensation previously felt,
hee
~~ ae
CO ee es
cH. Xv.] THK COMPOSITION OF MIND. 121
In short, we have seen that there can be no cognition, of
whatever order, which is not a recognition, necessarily im-
plying some previous combination of psychical states. How,
then, it is asked, can there be any first cognition? How
can intelligence ever begin at all, if the first and simplest
intelligent act implies a reference to experiences which, in
accordance with the theory, must have preceded any intel-
ligent act ?
Formidable as this objection may seem, and unanswerable
as it would have been, if urged half a century ago, it has
to-day no force whatever; and those who now deliberately
urge it succeed only in betraying their entire lack of acquaint-
ance with the progress which psychology has made since
the times of Reid and Stewart. As long as psychological
questions were settled simply by introspection—by observing
what goes on in the consciousness of adult civilized man—
the objection here cited must have seemed conclusive. But
familiarity. with the conception of evolution has now led us
to regard things in general, not as coming at once into
fulness of being, but as gradually beginning to be; and in the
case of the phenomena of intelligence, this view of the ques-
tion is amply justified by experiments in objective psycho-
logy presently to be mentioned. The conception of an
absolutely first cognition, not determined by previous psy-
chical states, rests upon a fallacy similar to that upon which
rested the preformation theory in biology. Just as it was
formerly held that the embryo started as a fully-developed
organism, differing from an adult organism only in size, so
the objection which we are now considering involves the
hypothesis that the earliest cognitions of an infant are like
tnose of an adult in point of definiteness, the only difference
being in the quantity of them. The latter hypothesis is as
contrary as the former to the Doctrine of Evolution, and it
is quite as decidedly negatived by the observation of facts.
For, let us observe what is implied by the acquiring of a
122 COSMIC PHILUSOPHY. ee a
definite cognition by an infant. If the foregoing analysis be
taken as correct, it is obvious that when any object, as an
orange, is first presented to the mind of an infant, it cannot
be perceived or identified as an orange. Before this intel-
lectual feat can be achieved, there must go on for some time
that complicated grouping of visual, tactual, and gustatory
sensations above described. In accordance with the esta-
blished theory of vision, we must admit that, when the
orange is held before the child’s eye, the only sensation
aroused is that of a reddish-yellow colour, which cannot even
be perceived to be found until after it has been associated
with sundry tactual sensations. But this is not all. Not
even the sensation of a reddish-yellow colour can acquire
definite shape in consciousness, until sensations of blue, or
red, or green, or white colour, have been aroused, with which
it can be contrasted, and until a subsequent like sensation of
reddish-yellow colour has been aroused to which it can be
assimilated. Observe, now, the position into which we are
brought. We are obliged to hold that the first sensation of
orange-colour cannot, strictly speaking, exist as a sensation
at all; while, nevertheless, a subsequent sensation of orange-
colour (not, in any actual case, the second, but the twentieth
or hundredth) occurring after intervening sensations of blue
or green, can acquire definite shape as a sensation by being
compared with this first sensation which is not strictly a
sensation. Obviously, then, though the first presentation of
orange-colour cannot awaken a visual sensation which can be
known as such, it must produce some psychical state which
is real, though not known. For if no psychical state were
produced by the first presentation, then the second, or
twentieth, or hundredth presentation could no more awaken
a definite state of consciousness than the first. We are thus
led to the assertion that states of consciousness may be
produced by the differential grouping or compounding of
psychical states which are beneath consciousness.
iv
;
vy
:
a
4
*
4
a
.
f
4
a]
‘
i
<
eo
> a9
CH. XV.] THE COMPOSITION OF MIND. 123
‘Now, this conclusion, which admirably explains the begin-
nings of conscious intelligence in the young child, is com-
pletely confirmed by experiments lately made with reference
to the continuous genesis of sensations in the adult. Not
only does the infant frame its earliest conscious sensations
by the compounding of unconscious or sub-conscious psy-
chical changes, but in every sensation of sound, colon,
odour, taste, or touch, which the adult receives, there is a
precisely similar formation of a conscious state by the com-
pounding of unconscious or sub-conscious psychical states,
In the case of sound, the evidence for this statement amounts
to complete demonstration; the evidence is hardly less
strong in the case of sight; and, in the case of the other
senses, all the evidence thus far obtained points toward the
same conclusion. Let us first examine the composition of a
sensation of sound, as admirably elucidated by M. Taine in
- his recent treatise on “ Intelligence.”
In musical sounds three characteristics are to be distin-
guished—loudness, pitch, and quality or timbre. The first
of these, the loudness, depends upon the amplitude of the
atmospheric waves by which the sensation of sound is caused.
A series of sound-producing waves, like any other series of
waves, has its elevations and depressions, and the height of
the elevation above the depression is called the amplitude of
the wave. The loudness of the sound varies as the square
of the wave’s amplitude. From this it follows that every
elementary sound has a period of minimum intensity,
answering to the wave’s minimum amplitude when it is just
beginning to rise ; secondly, a period of maximum intensity
anwering to the wave’s maximum amplitude when it las
risen to its greatest height; and, thirdly, a period of mini-
mum intensity, answering to the wave’s minimum amplitude
when it has sunk nearly to the level again; while between
shese minima and the maximum there are many varying
jegrees of loudness. In other words, every elementary
124 : COSMIC PHILOSOPHY, [pr. IL
sound is at first faint, then gradually becomes loud, then
erows fainter, till it disappears. Now, note what happens
when elementary sounds are made to succeed each other,
If the succession be irregular, there is a mere chaos of
noises—a case with which we need not here deal. But if
the succession be regular, and steadily increase in rapidity,
there follows a remarkable series of results, As long as the
waves or pulses answering to the elementary sounds succeed
each other slowly, the sounds are distinguishable from each
other as raps or puffs, according to the instrument employed,
and each has its maximum and its two minima of intensity.
But, when the waves begin to strike the ear at the rate of
about sixteen in a second, the consciousness of separate raps
or puffs becomes evanescent, and there arises the conscious-
ness of a continuous tone of very low pitch. That the con-
sciousness of the separate sounds has not quite ceased, and
that the continuousness of the tone which they compose is
not complete, are shown by the fact that the maxima and
minima are still perceived. In the deepest bass-notes of an
organ, for example, the pulsations are clearly distinguishable
—a fact which proves that we are conscious of the effects
answering respectively to the protuberances and to the
hollows of the waves. Now, the pitch of a tone depends
upon the rapidity with which the waves succeed each other,
and, therefore, upon their length, or the distance between
two successive hollows, because as the waves come faster
they grow shorter. The shorter the waves, the higher the
pitch. Hence, as the pitch rises, the protuberance of any
wave approaches nearer and nearer to the protuberances of
the waves immediately behind it and in front of it, and the
maximum intensities of sound which answer to the protuber-
ances become crowded together in consciousness. The result
is that, after a while, the maxima and minima are no longer
distinguishable by the ear, so that by no effort of attention
can we discern the elementary pulses of which the tone is
eT
CH. XV.] THE COMPOSITION OF MIND. 128
composed. ‘The tone asserts itself to be completely’ homo-
ceneous. All that mere introspection could discover in
consciousness would be an apparently simple sensation of
musical tone. Yet into the composition of this sensation
there enter a thousand or several thousand psychical states
answering to the presence of as many elementary sounds
with their maxima and minima of intensity. And if any
one of these elementary sub-conscious psychical states were
absent, the character of the conscious sensation would be
different from what it is.
But this is not all, Every musical tone has a timbre or
quality of its own, according as it proceeds from a piano, a
violin, a flute, or any other instrument. Now, Helmholtz
has proved that the quality of any tone is due solely to the
number and combinations of certain higher and fainter tones
which accompany it. Along with the fundamental note
there are heard sundry harmonic notes, due to vibrations
from two to ten times more rapid than those which con-
stitute the fundameutal note. When any note is sounded
on the piano, the first six harmonics are sounded with it;
when the same note is sounded on the violin, by means of
the bow, the first six harmonics are sounded so feebly as to
be overpowered by the seventh, eighth, ninth, and tenth;
and this is the only cause of the difference in quality of tone
between the piano and the violin. Now, by an effort of
attention these harmonic over-tones may be recognized as
distinct sensations when two or three notes are slowly
struck. But in ordinarily rapid playing they are not dis-
tinctly recognized. Their only effect is to impart to the
tones that peculiar quality which enables the ear to re-
cognize the instrument from which they emanate. Thus
our apparently simple sensations of musical sound are enor-
mously complex. When F-in-alé is sounded on the violin,
there are produced, in the course of a single second, several
thousand psychical states which together make up the sen-
126 COSMIC PHILOSOPHY. [pr. u.
satiun of pitch, fifty-five times as many psychical states
which together make up the sensation of quality, and an
immense number of other psychical states which together
make up the sensation of intensity. These psychical states
are not, in any strict sense of the term, states of conscious-
ness ; for, if they were to rise individually into conscious-
ness, the result would be an immense multitude of sensa-
tions, and not a single homogeneous sensation. There is no
alternative, therefore, but to conclude that in this case a
seemingly simple state of consciousness is in reality com-
pounded of an immense multitude of sub-conscious psychical
changes.
Returning, now, to what we have called the elementary
sound, by the manifold compounding of which all cognizable
tones, qualities, and intensities are built up, we shall the
more readily yield to the evidence which shows that even
this primitive unit of sound is not elementary. For, as M.
Taine observes, each so-called elementary sound, in passing
from its minimum to its maximum, passes through an
infinite series of degrees of intensity, and, unless there were
some psychical modification corresponding to each increment
of intensity, there would be no state of consciousness answer-
ing to the total rise from the minimum to the maximum.
Again, while, for simplicity’s sake, we have assumed that
each of the raps or puffs which occur too slowly to be heard
as a single tone of lowest pitch is heard by itself as an ele-
mentary sensation, this is not strictly true. For the so-
called simple sensation must be either a sensation of musical
tone or a sensation of noise. In the former case its composite
character has been already shown. In the latter case, in the
sensation of noise, rap, or puff, the truly primitive elements
are sub-conscious psychical states answering to successive
waves of unequal lengths. Any one of these waves by itself
will not produce a genuine state of consciousness ; it is only
by compounding the sub-conscious psychical affections which
“4
en. xv.] THE COMPOSITION OF MIND. 127
they severally produce, that we obtain the so-called elemen-
tary sensation of noise or rap.
In every way, therefore, the conclusion is forced upon us
that every one of our apparently simple auditory sensations
is made up of a vast multitude of psychical affections, of
which the really simple ones would never rise into con-
sciousness save by being joined with others. Our simplest
cognizable sensation of sound is in reality a compound of the
fourth or fifth, or even of some higher, order.
In the case of visual sensations, the same conclusion is
reached by a precisely similar argument, sensations of colour
differing from those of sound only as answering to wave-
lengths immeasurably shorter and more rapid in succession.
It is unnecessary to insist upon the manifold analogies be-
tween sound and light, which are each day brought more
vividly before the attention of the physical inquirer, as, for
example, in the wonderful but plausible hypothesis lately pro-
pounded, that all the lines in the spectrum are simply the
harmonic overtones of a fundamental colour, which, being a
couple of octaves below red, is itself invisible. Restricting
our statement to ascertained points of resemblance, it may be
said that the argument from the phenomena of musical pitch
applies step by step to the phenomcna of colour as we rise in
the scale from red to violet; the only difference being that,
as the slowest vibrations which the eye receives occur at the
rate of about 458,000,000,000,000 in a second, we cannot
experimentally distinguish, as in the case of the lowest
sounds, the seemingly elementary sensation which answers
to each couple of vibrations, Nevertheless, from experiments
with the electric spark it has been shown that a sensation of
light which endures for one second is composed of at least a
million successive sensations, each one of which, if sepa-
rately excited, would rise into consciousness and be recog-
nized as a flash of light. Now, as this flash of electric light
is cojnized as white, it follows that the cognizable sensavion
128 COSMIC PHILOSOPHY, (pr. m1,
which lasts for one-millionth of a second is really made up
of at least three sub-conscious psychical states, which, if they
were severally to rise into consciousness, would be severally
cognized as red, green, and violet flashes—these being the
primitive elements of which the consciousness of white light
is composed, This fact alone shows that the method by
which a sensation is formed out of sub-conscious psychical
changes is essentially the same in the eye and in the ear.
No such elaborate investigations have been made with re-
ference to the other peripheral sensations. Yet, in the cases
of smell and taste, the argument is not essentially different
from what it is in the cases of hearing and vision. The
physical antecedent, either of smell or taste, is a chemical
reaction between particles of the odorous or sapid substance,
and the ends of the olfactory or gustatory nerve-fibrils. Now,
a chemical reaction implies an enormous number of undu-
latory movements by which myriads of molecules are seeking
to reach a position of equilibrium. Accordingly, the end of
the nerve-fibrils in the olfactory chamber or in the tongue
must be rapidly smitten by little molecular waves, just as the
auditory filaments are smitten by atmospheric waves; and
thus there is indicated a course of argument similar to that
employed in the case of sound. It may be fairly argued that
if each wave does not produce some sub-conscious psychical
effect, the sum of the waves will not produce a state of
consciousness known as smell or taste; so that here too
the seemingly primitive sensation is really derivative and _
compound.
M. Taine’s argument with reference to the tactile sensa-
tions is singularly beautiful, but no room is left for more than
the briefest allusion to a few of its salient points. Ali tactile
sensations are either dermal or muscular; that is, they are due,
either to disturbances of nerve-fibrils embedded in the skin, or
to disturbances of nerve-fibrils embedded in the extremities of
the muscles lying under'the skin. In the first case, the sensa-
on, xv] THE COMPOSITION OF MIND. 129
tion is either of contact or of temperature; in the second case,
there is a sensation of resistance or pressure; and in both
cases, when the sensation proper to the nerve is prolonged or
intensified beyond a certain degree, it is at first accompanied
and finaily supplanted by a sensation of pain. Now, Weber's
experiments have shown that these differences in sensation
are not due to the excitation of distinct nerves, but to the
differently-combined excitation of the filaments of the same
nerves. ‘The difference between the sensation of contact and
the sensation of temperature depends upon the order.in which
the filaments of a particular nerve are set in vibration. And
thus, as Fick observes, we may understand why it is difficult
to distinguish between a prick from a needle and a minute
burn from a spark of fire; for the nearer we approach toa
truly elementary sensation, the more evanescent becomes the
distinction between the compound sensation of temperature and
that of mechanical contact. On the contrary, when a larger
area of skin is suddenly rubbed or burnt, so that enough nerves
are brought into play to compound the elements of the sensa-
tions, then there is no difficulty in distinguishing the feeling
of temperature from that of mechanical contact. From these
and many other kindred facts, to which scanty justice is done
by this cursory allusion, M. Taine very plausibly concludes
that our ordinary tactile sensations are made up of little
component psychical affections differing only in number,
order, and duration; while, according as these elementary
psychical states are differently compounded, they form con-
scious sensations which, as presented to consciousness, seem
to be severally simple and distinct in kind.
Throughout this remarkabie analysis questions are sug-
gested which can be completely answered only when physics
and chemistry, as well as physiology and psychology, are
much more advanced than at present. Yet there are three
important principles which we may regard as established in
the case of sound, and as clearly indicated in the case of the
VOL. II, K
i130 COSMIC PHILOSOPHY. [PT. It.
other sensations. The /irst is, that sensations which are
apparently simple and elementary, and which cannot be
analyzed by mere observation of consciousness, are neverthe-
less compounded of many successive and simultaneous sensa-
tions, which are themselves compounded of still lower
psychical affections. The second is, that two sensations,
which differ only in the mode in which their elements are
compounded, may appear in consciousness as generically
different and irreducible to each other. The third is, that
two or more psychical affections which, taken separately, are
as non-existent to consciousness, may, nevertheless, when ~
taken together, coalesce into’a sensation which is present to
consciousness. And when these three conclusions are pre-
sented in a single statement, they become equivalent to the
conclusion above obtained from examining the beginnings of
conscious int :lligence in an infant; namely, that states of
consciousness may be produced by the differential grouping
or compounding of psychical states which are beneath
consciousness,
This result is in entire harmony with what might be in-
ferred @ priori from the known characteristics of nerve-
action. Whether in the grey substance of ganglia, or in the
white substance of nerve-fibres, the physical action which
accompanies psychical changes is an undulatory displace-
ment of molecules resulting in myriads of little waves
or pulses of movement. From this fact we might have
suspected that, as a cognizable state of consciousness is
attended by the transmission of 2 number of little waves
from one nerve-cell to another, so the ultimate psychical
eleinents of each conscious state must correspond to the
passige of these little waves taken one by one. And this
infereuce, which by itself would be only a plausible guess, is
raised to the rank of a scientific hypothesis by its harmony
- with the results of the analysis above sketched.
Thus we are led to infer, as the ultimate unit of which
a ee ee a ee ee
cu. Xv.] THE COMPOSITION OF MIND. 131
Mind is composed, a simple psychical shock, answering to
that simple physical pulsation which is the ultimate unit of
nervous action. By the manifold and diverse compounding
of myriads of such primitive psychical shocks, according
to the slight structural differences of different nerves, are
formed innumerable elementary sensations, which appear
to be generically different; just as aquafortis and laughing-
gas, which seem generically different, yet differ really only
in the proportions of nitrogen and oxygen which compose
them. By a similar differential compounding of these
elementary sensations, we get complex sensations of blue-
ness and redness, warmth, pressure, sweetness, roughness,
and of various kinds of timbre and degrees of pitch. Carry-
ing still farther the same process of differentiation and inte-
gration, we rise step by step to perceptions of greater and
greater complexity, to conscious classifications, and to rea-
soning in its various forms, from the crude inferences of the
child, barbarian, or boor, to the subtle and indirect combina-
tions of the artist and the scientific discoverer. Thus, amid
all their endless diversities, we discern, though dimly, a
fundamental unity of composition throughout all orders of
psychical activity, from the highest to the lowest.
Near the close of his first edition of the “ Origin of
Species,” Mr. Darwin predicted that the establishment of
his theory would eventually place the science of psychology
upon a new basis—that of the acquirement of each mental
faculty by slow gradations” We seem now to have fairly
started upon the path which leads to this desired goal. For,
while, among the mental operations above analyzed, some
are peculiar to the highest human intelligence, there are
others which are shared by the highest and the lowest human
1 Mr. Darwin has since recognized that this new basis is already well laid
by Mr. Spencer. See Origin of Species, 6th edit., p. 428. Indeed the
“Principles of Psychology,” upon which the present chapter is almost
entirely founded, was first published in 1855, four years before the “Origin
of Species.”
L 2
132 COSMIC PHILOSOPHY. (pr. 1.
intelligence, Others—as the simplest inferences, several
complex perceptions, and all the most simple ones—are
shared by all human intelligence with the intelligence of
apes, dogs, horses, and indeed of the majority of mammals,
many birds, and possibly some lower animals. Others, again
—as the simplest perceptive acts implied in recognizing a
sensation—must be shared with all those animals whose
nervous system is sufficiently complex to allow of their
having any consciousness whatever. While others, finally
—as the simplest sub-conscious groupings of primitive
psychical shocks—must be shared by humanity with all —
those forms of animal existence which possess any nervous
structure whatever. For instance, that reflex action which —
occurs when the foot of a sleeping person, casually moved
into a cold part of the bed, is quickly withdrawn without ~
arousing any state of consciousness, involves the activity of
a fragment of the human nervous system which corresponds
in general structure to the entire nervous systein of a medusa
or jelly-fish. In such lowly creatures, then, we must sup-
pose that the psychical actions which go on are similar to
our own sub-conscious psychical actions, And, clearly, if
we could trace the slow increments by which the nervous
system has grown in heterogeneity, definiteness, and co-
herence, during the countless ages which have witnessed the
progress from the primeval marine vertebrate to the civilized
modern man, we should also be able to trace the myriad
stages of the composition of mind, from the reflex contrac-
tions of a rudimentary fin, up to the generalizations of an
Aristotle or a Newton.
~~ oS ee a ee ee eee ~
Pea Set See Se
2 i “Ue
CHAPTER XVL
THE EVOLUTION OF MIND.
THaT the amcunt of intelligence manifested by any vertebrate
animal depends to a certain extent upon the amount of nerve-
tissue integrated in its cephalic ganglia, and especially in the
cerebrum, is a truth familiar to everyone, though often crudely
stated and incorrectly interpreted. In the lowest vertebrate,
the amphioxus, there is no brain at all. In fishes, the cere-
brum and cerebellum are much smaller tha. the optic lobes ;
the cerebrum being in many large fishes about the size of a
pea, though in the shark it reaches the size of a plum. Con-
tinuing to grow by the addition of concentric layers at the
surface, the cerebrum becomes somewhat larger in birds and
in the lower mammals. It gradually covers up the optic
lobes, and extends backwards as we pass to higher namma-
lian forms, until in the anthropoid apes and in man it covers
the whole upper surface of the cerebellum. In these highest
animals it begins also to extend forwards. In the chimpanzee
and gorilla the anterior portion of the cerebrum is larger than
in inferior mammals; but in these animals, as in the lowest
races of men, the frontal extension is but slight, and the fore-
head is both low and narrow. In civilized man, the anterior
portion of the cerebrum is greatly extended both vertically
and laterally. As already observed, the most prominent
physiological feature of human progress has been the growth
xf the cerebrum. The cranial capacity of an averag Euro-
134 COSMIC PHILOSOPITY. [pr 1.
pean exceeds that of the Australians and Bushmen by nearly
forty cubic inches ; and the expansion is chiefly in tlie upper
and anterior portions.
But this parallelism between increased intelligence and
increased size of the cerebrum is complicated by a further
parallelism between the amount of intelligence and the
irregular creasing and furrowing of the cerebral surface. In
the higher mammals both the cerebrum and the cerebellum
are convoluted. But the convolutions do not correspond with
any “bumps,” real or imaginary, on the external surface of
the skull; they are not symmetrical on opposite sides, like ©
the fancied “ organs” of the phrenologists ; nor indeed, so far
as the general brain-surface is concerned, do they constitute
elevations and depressions at all. The surface of the brain
does not resemble a group of hills and valleys, but rather a
perfectly smooth table-land cut here and there by very steep
and narrow chasms. A perfectly smooth lump of butter,
irregularly furrowed by a sharp knife held perpendicularly,
would present a surface like that of the human brain. Now
the amount of intelligence depends in some way on the
number and irregularity of these furrows. In the lowest
moncdelphian mammals, as the rodents and the lowest
monkeys, there are no furrows, or only a few very shallow
ones. In the carnivora and ungulata, there aré-numerous
furrows, some of tkem tolerably deep, but all of them
symmetr.cally arranged. As we proceed to the higher
apes, we find the furrows increasing in number and depth,
though not yet losing their symmetry of arrangement.
Idiots, young children, and adult savages have these creases
few and regular; and in the lower races their arrangement
is similar in different individuals. But in civilized man
the creases are very numerous, deep and irregular; and they
are not alike in any two individuals,!
1 Phrenologists have done good service by familiarizing the unlearned
public with the fact that the quantity of mental capacity is related to the
ee ee ee ee ee ee ee
CH. xvi] THE ZVOLUTION OF MIND. 135
The convolutions into which the human brain is divided
by these furrows, consist for the most part of “eight distinct
and concentric layers, formed chiefly of closely-packed fibres,
and of crowds of cells of very different shapes, the layers
differing in the relative proportion of cells and fibres, and in
the manner of their arrangement.”! Each cell sends forth
processes with which the tissue of certain fibres becomes
continuous. The office of the fibres is to establish communi-
cation between the cells. Between millions of these cells
there run millions of fibres, establishing communications in
all directions. And the elaborate researches of Schroeder
van der Kolk have gone far to prove that thé shapes of the
cells and the intricacy of their communications vary with
the amount of intelligence. In various forms of mental
disease, both cells and fibres undergo pathological changes,
such as atrophy, hardening, softening, or some other form of
degeneration. That is to say, not only are the activities of
the cells impeded, but the channels of communication are
variously obliterated or blocked up.
quantity of brain. But the character of this relationship is seriously mis-
interpreted both by phrenologists and by the rest of the unlearned public.
It is impossible to say that a mun with an unusually large head must be a
man of unusual mental capacity, because the quantity of mental capacity
depends on many other factors besides quantity of brain. It not only
depends upon the sinuons creasing of the brain-surface here described, which
can in nowise Je eletected by an examination of the outside of the head, but
it also depends largely, as Mr. Lewes well reminds us, upon the very im-
portant clement of vascular irrigation. “ Many individual variatious in
mental character depend on the variations in the calibre of the cerebral
and carotid trunks—and many variations in the intellectual, emotive, and
active tendencies depend on the relative importance of the cerebral and
carotid trinks. The energy of the brain depends mainly on the calibre of its
arteries ; the special directions of that energy depend on the territorial dis-
tribution.” —Problems of Life and Mind, vol.i. p.151. Again, the quantity
of available mental energy which can be evolved in a given period of time,
depends, to a very great extent, upon the efficiency with which the blood is
supplied with oxygen and freed from carbonic acid ; so that mental capacity
not only depends upon capacity of brain, but also apon capacity of lungs and
liver. In short, a thorough examination shows that while Mind is most
directly correlated with Brain, it is indirectly but closely correlated with the
entire organism. So that the attempt to estimate individual differences im
mental capacity by referring to brain-size alone, is an utter absurdity.
1 Maudsley, Physiology and Pathology of Mind, p-: 55.
136 COSMIC PHILOSOPHY. (er. 0.
Between these fibres and cells there are differences of mole-
cular structure implying differences in molecular activity,
While the matter composing a cell is built up in enormously
complex ageregates of molecules, wholly unshielded from
external disturbance, the nerve-matter of a fibre is protected
throughout its entire length by a membranous sheath. And
while it is probable that the action going on in a cell consists
in the continual fall cf unstably arranged molecules into a state
cf more stable equilibrium, from which a fresh rush of blood is
continually raising tliem to their former unstable state ; it is
probable that the action going on in a fibre consists in the
successive isomeric transformations and retransformations of
the systems of molecules which make up the fibre. These
conclusions are quite probable, though not proven. But it is
entirely proved that a cell is a place where nervous energy is
liberated, while a fibre is a path along which nervous energy
is transmitted.
_ Bearing all this in mind, it appears that the cerebrum and
cerebellum are places where countless centres are constantly
liberating nervous energy, and where this liberated energy is
continually flowing along definite channels and from one centre
to another. But to make the statement complete, we should
add that much of the liberated energy is drafted off along
centrifugal fibres into the corpora striata, whence it flows into
the meduila and spinal centres, and is thus diffused over the
body. Omitting the further consideration of these circum-
stances, let us inquire into the meaning of this unceasing
interchange of molecular motion between the innumerable
cells crowded together in the cerebrum and cerebellum.
Ia other words, what are the functions of these supreme
ganglia?
That their functions are not in any degree the direct co-
ordination of sensations and movements, would appear from
the fact that these direct coordinations are already made in |
the spinal cord and in the medulla. All the muscular adjust-
CH. XvI.] THE EVOLUTION OF MIND. 137
ments made in the trunk and limbs are effected either
directly by the spinal centres, or indirectly by the sympa-
thetic ganglia in cooperation with the spinal centres. The
medulla coordinates all these muscular adjustments with the
museular adjustments uf the face, and with the impressions
received from the speciulized organs of sense. It is therefore
highly imprebable that the supreme ganglia can be in any
way directly concerned with these coordinations. And the
improbability is increased by the fact that the cerebrum and
cerebellum are as destitute of sensation as the free ends of
the finger-nails. Scratch one of the spinal centres, and the
result is tetanus. Scratch the medulla, and the whole body
is thrown into terrible convulsions. But the cerebrum and
cerebellum may be scratched and sliced without pain or con-
vulsion. They take heed only of those impressions which
are communicated to them indirectly. Countless multitudes
of nerve-fibres coming up from the medulla, are gathered
together in the corpora striata; whence other fibres, con-
tinuing from them, radiate to the innumerable cells of which
the supreme ganglia are composed,
We must conclude, therefore, that the functions of the
cerebrum and cerebellum are comprised in the further com-
pounding of sensory impressions already compounded in the
medulla. And as such compounding involves the repro-
duction of impressions received in lower centres, and also
involves the coordination of past with present impressions,
we may say that the supreme ganglia are the seats of the
higher psychical life,—of memory, reason, emotion, and voli-
ton. Dr. Maudsley has thus appropriately termed them the
tdvational centres. But between the functions of the two,
thus closely related, there is nevertheless a difference,
Although the precise determination of the way in which
ideational functions are shared between the two centres, has
long remained a puzzling problem, there is good reason for
‘believing that Mr, Spencer has solved the difficulty by
138 COSMIC PHILOSOPHY. (pr. 1
assioniag to the cerebellum the office of doubly-compour d
coordination in space, and to the cerebrum the otfice of
doubly-compound coordination in time. The facts of com-
parative anatomy, and of comparative psychology, so far as
nown, are in harmony with this opinion. We saw in the
chapter on Life and Mind that the extension of the cor-
resnondence in time at first goes on parallel with the exten-
sion of the correspondence in space; the increased area over
which the organism can act being the measure of its in-
creased capacity for adapting its actions to longer and longer
sequences in the environment. But we saw also that in the
human race the extension of the correspondence in time has
gone on far more rapidly than the extension in space; the
most striking characteristic of intellectual progress being the
ability of civilized man to adapt his inferences and actions
to remote contingencies. Side by side with these facts,
comparative anatomy shows us that the cerebrum and cere-
bellum at first keep pace with each other in growth; but,
as we reach those higher mammals which exhibit some
degree of foresight, we find the cerebrum outgrowing the
cerebellum and overlapping it; while in man the growth of
the cerebrum has been so great as to render comparatively
insignificant all other changes in the nervous system. With
the enormous cerebrum of civilized man we may further
contrast the preponderant cerebellum in those carnivorous
birds whose psychical life consists chiefly in the coordination
of those extremely complex and remote space-relations in-
volved in the swooping upon prey from great distances.
The human cerebellum is absolutely larger than that of such
birds; but its smallness relatively to the cerebrum is a fact
parallel with the simplicity of the space-relations which
man coordinates, as compared with the time-relations,
Among the latter are comprised all our ideas of cause,
motion, progress,—in a word, all manifestations of force
which involve the relation of scquence. But these ideas
a ee en aan ee
~ ee a ee
eae eee ae
CH. Xv1.] THE EVOLUTION OF MIND. 139
make up by far the largest and most heterogeneous portion
oi our psychical life.
I am inclined to regard thes. considerations as very
powerful ones,—and there are several others which lead to
the same conclusion. To present the case properly would
require a whole chapter ; but it is not essential for our present
purpose that the question should be decided. Whether
Mr. Spencer’s view of tne respective functions of the cere-
brum and cerebellum be correct or not, it equally remains
true that the class of functions shared by the two are idea-
tional functions. They compound in double, triple, quad-
ruple, or in far higher multiples, the sensory elements already
simply compounded by the medulla. And it is in this com-
pound grouping of impressions, past and present, according
to their various degrees of likeness and unlikeness, that
thought and emotion, the highest phases of psychical life,
consist.
A moment ago we asked, what is the meaning of the
seaseless interchange of molecular motion which goes on
among the innumerable cells of the brain? We now see
what is the meaning of it, for there can be but one meaning.
The continual redistribution of nervous energy among the
cells, is the objective side of the process of which the sub-
jective side is the recompounding of impressions. If we
may for a moment unduly simplify the matter, it may be
said that for every renewed grouping of impressions, for
every revived association of ideas, there is a nervous dis-
charge between two or more cells, along formerly-used sets
of transit-fibres ; and for every fresh grouping of impressions,
for every new connection of ideas, there is a discharge along
new transit lines. In reality the matter cannot be so simple
ns this, since, as we shall presently see, the maintenance of
consciousness implies a state of tension between many simul-
taneous discharges. But however great the complexity, the
principle remains the same.
140 COSMIC PHILOSOPHY, [PT. 11
If it be objected to this view that it obliges us to assume
a vast amount of differentiation and integration in the brain,
duiing the lifetime of single individuals, it may be replied
that the assumption is fully sustained, both by sound deduc-
tion and by observation. Not only does the brain increase in
size and heterogeneity during the first twenty-five years of
life, but ordinarily it increases in heterogeneity, and often in
size, for many years later; and in some cases it increases in
heterogeneity until the end of life. The brain of a young
child is in homogeneity like the brain of an ape; the furrows
are shallow, symmetrical, and few in number. With advanc-
ing years they increase in number, depth, and irregularity ;
and the increase is most marked in those persons who do
the most brain-work. In the brains of five very eminent
men examined by Wagner, the heterogeneity of surface
is described as quite astonishing. Such facts prove that
the operations of thought work strongly-marked structural
changes in individual brains, in the course of a few years.
And as these strongly-marked changes are but the summing-
up of countless little changes in the arrangements of cells
and fibres, the inference is inevitable that such little changes
must be going on all the time. This is the testimony of
observation, and deduction might have taught us to expect
as much; since the molecules of nerve-tissue are chemically
by far the most unstable molecules known to science, ever
ready to undergo metamorphosis and arrange themselves in
new groups. Waste and repair go on more rapidly in the
brain than in any other part of the body; the cerebrum,
weighing between three and four pounds, receives at each
pulsation one-fifth of all the blood sent from the heart, and
if the supply is stopped for an instant, consciousness ceases.
Where nutritive change is so excessively rapid, such structural
changes as are involved in the continual setting-up of new
transit-lines, must be readily effected. And quite in harmony
with this course of inference is the fact that, when cerebral
cH. XVI.] THE EVOLUTION OF MIND. 141
nutrition is notably retarded, as by the anemia and feeble
circulation of disease or old age, new associations of ideas
become difficult or even impossible.
To sum up this whole preliminary argument: ng
cerebrum and cerebellum are organs whose function is
ideation or the generation of ideal feelings and thoughts,
They are organs made up of a tissue in which chemical
changes occur with unparalleled rapidity. We cannot see
these changes go on, but we can equally well infer their
seneral character when we have examined the chemical
properties and molecular structure of the tissue in which
they occur. Microscopic and chemical examination of this
tissue shows that these chemical changes must consist in a
perpetual transfer of energy from one cell to another along
transit-lines composed of nerve-threads. Bear in mind that
the cell does not average more than one ten-thousandth of
an inch in diameter, and that the quantity of matter con-
tained in a transit-line is almost infinitely small. Now since
the cerebrum and cerebellum are, subjectively speaking,
places where ideation is continually going on; and since they
are, objectively speaking, places where nerve-cells are con-
tinually sending undulations back and forth along transit-
lines; the inference seems forced upon us, that the transfer
of an undulation from one cell to another is the objective
accompaniment of each subjective unit of feeling of which
thoughts and emotions are made up. And if this be so, it
becomes a mere truism to say that the formation of a new
association involves the establishment of a new transit-line,
wr set of transit-lines, while the revival of an old association
involves merely the recurrence of motion along old transit-
lines. That this is merely a hypothesis, I readily grant,
Nevertheless it is a verifiable hypothesis ; it is in harmony
with all that we know of nerve-action ; and it may be held
provisionally until some better one is propounded. When
we proceed to see how many phenomena it explains, we shall
142 COSMIC PHILOSOPHY. [pr. 11.
he, I think, quite ready to admit that, if it does not contain
the whole truth, it must at least contain a foreshadowing of
the truth.
For we have now to note that, by a deduction from an
established law of molecular motion, this hypothetical law
of nervous action can be shown to ex lain that law of
association which subjective analysis proclaims as the
fundamental law of intelligence. In the chapter on Life
and Mind, we saw that the chief business of psychology is
to answer the question how there comes to be established in
the mind a relation between two subjective states x and y,
answering to a relation between two phenomena A and B in
the environment. How is it that there is a subjective rela-
tion between the idea of sweetness and the group of ideas
comprised in the visual perception of a peach, answering in
some way to the objective relation between the coexistent
properties of the peach, so that the presentation of the one
to the cephalic ganglia is inevitably accompanied by the
representation of the other? This question lies at the bottom
of psychology, and we have now to see how it is to be
answered. The answer will lead us throngh a portion of the
domain of molecular physics, and will incidentally give us a
hint concerning the genesis of nervous systems.
In the chapter on Matter, Motion, and Force, it was shown
that all motion takes place along the line of least resistance,
whether the motion be the movement of a mass of matter
through a resisting medium, or the passage of a series of
undulations through the molecules of an aggregate. Let us
reconsider this truth in one of its concrete applications.
When a wave of molecular motion traverses a mass of
matter for the first time, the line of least resistance will of
course be determined by the intimate structure of the mass.
But now mark what happens. Immediately after the passage
of the wave, the intimate structure of the mass, in the
vicinity of the line along which the wave has travelled, is
pH. XVI.] THE WVOLUTION OF MIND. 143
different from what it was a moment ago. The passage of
the wave has pushed a linear series of molecules out of
position, and a short time must elapse before these molecules
can return to their positions. Therefore if the first wave is
instantly followed by a second, starting from the same point,
the line already traversed will be the line of least resistance,
even more decidedly than before. The second wave will
encounter less resistance than the first wave, because it will
find its work of altering the positions of the molecules
already partly done for it. Thus, according to the molecular
mobility of the matter in question, the transit of succeeding
waves, along the line once established, will rapidly become
less and less hindered. And the process must go on either
until the inertia of the molecules along the transit-line
opposes a Minimum of resistance to the passage of the wave,
or even until the energy given out by the molecules in
changing position adds to the momentum of the wave. In
either case there is established a permanent line of least re-
sistance, along which all subsequent waves that start from the
same point must travel. The most familiar illustration of
this process is afforded by the facts of magnetization, which
show “that the establishment of undulations along certain
lines determines their continuance along those lines.”? The
case of liquid matter flowing through solid matter—as when
currents of rain-water, percolating through loose soil, gradually
break away obstructing particles and excavate small channels
which ultimately widen and deepen into river-beds—is a
case isi which similar dynamic principles are involved. In
all these cases, “if we confine our attention to that part of the
motion which escaping transformation continues its course,
1 An illustration of this principle is perhaps to be found in the mellowing
of old violins. According to Prof. Tyndall, “the very act of playing has a
beneficial influence; apparently constraining the molecules of the wood,
which in the first instance were refractory, to conform at last to tle require-
ments of the vibrating strings.” On Sound, p. 90. As Dr. Maudsley would
tay, “musical residua” remain in the molecular structure of the wood,
144 COSMIC PHILOSOPHY. [er. 11
then it is a corollary from the persistence of forve that as
much of this remaining motion as is taken up in changing
the positions of the units, must leave these by so much less
able to obstruct subsequent motion in the same direction.”?
Now in the case of organic bodies, the enormously complex
molecular changes involved in nutrition are such as to aid
in the setting-up of the most perfect transit-lines. In an
inorganic mass the molecules have comparatively little
mobility, and they do not leave their connections from —
moment to moment, to be instantly replaced by new molecules.
But the complex clusters of molecules which make up living
tissue possess immense mobility, and they are continually
falling to pieces and getting built up again. Consequently |
the repeated passage of waves either of fluid matter or of
molecular motion along a definite iine of least resistance, not
only changes the positions of the molecular clusters, but also
modifies the nutritive changes by which the temporary —
equilibrium of the clusters is restored. Instead of a set of
relatively homogeneous molecules, which are simply pushed
aside and then tend to oscillate back again, the advancing
wave encounters a heterogeneous edifice of molecules, which
tumbles to pieces and is instantly rebuilt. But in the re-
building the force exerted by the advancing wave has to be
expended ; and the result is that in the rebuilt cluster there -
is a surplus tension exerted in the very direction in which
the waves are travelling. The transit-lines thus become far
more permeable than any which can be established in in-
organic bodies. The energy given out by the decomposing
cluster of molecules adds to the momentum of the wave; so
that the line of least resistance becomes to a certain extent a
1 Spencer, First Principl:s, p. 248. Thus, though Mr. Mill is justified in
saying (Inaugural Discourse, p. 62) that “physiology is the first science in
which we [distinetly] recognize the influence of habit—the tendency of some-
thing to happen again merely because it has happened before”—yet, as we
here see, the phenomena of habit are foreshadowed in the inorganic world,
An admirable instance of that continuity among phenomena whic): is every.
where implied by the theory of evolution.
cH. XvI.] THE EVOLUTION OF MIND. 145
line of traction. A good illustration is afforded by the
gradual evolution of the circulatory system as we ascend in
the animal scale. In the lowest animals which possess any
nutritive fluid perceptibly distinct from the protoplasmic
jelly of which their bodies are composed, this*fluid percolates
here and there at seeming random, its course being determined
by local pressures, just as in the case of rain-water trickling
through the ground. Now as we ascend to higher animals,
we find that the nutritive fluid has wrought for itself certain
channels, to which it confines itself, and which gradually
become more and more definite in direction, and more and
more clearly demarcated from the adjacent portions of tissue.
Until, when we reach animals of a high type of structure, we
find the blood coursing through permanent channels, the
walls of which contract and expand in such a way as to
assist the blood in its progress. A similar explanation is
to be given of the genesis of the contractile fibres of muscle,
as due to the continuance of molecular undulations along
certain lines.
When we come to the nervous system, we find most com-
pletely realized all the conditions requisite for the rapid
establishment of permanent transit-lines. The clusters of
molecules of which wnerve-tissue is composed, are more
heterogeneously compounded than any other known systems
of molecules; and the alternate pulling to pieces and put-
ting together of these clusters, which we ca!l nutrition, goes
on here with unparalleled rapidity. Of all known sub-
stances, nerve is the most changeable, the most impressible,
the most readily adaptable to changing combinations of
-neident forces,—in short, the most easily differentiable and
integrable. Hence we find that those long transit-lines,
Known as afferent and efferent nerves, are not ouly so con-
stituted that a wave of disturbance set up at one end is
immensely increased before it reaches the other end, but. are
also protected by enveloping clusters of molecules in such a
VOL, IL, L
146 COSMIC PHILOSOPHY, [Pr. 11.
way that none of the transmitted motion is allowed to
escape laterally. Ease of transit is here witnessed at its
maximum. :
Making use of these theorems of transcendental physics,
and applying t6 the problem his vast and accurate know-
ledge of biological details, Mr. Spencer has propounded a
theory of tle genesis of nervous systems of all orders of
complexity, which, whether entirely or only partially true,
must be regarded as one of his most brilliant achievements.
In the lately-published “ Physical Synthesis,” which con-
cludes the first volume of his “ Principles of Psychology,”
Mr. Spencer shows that the irritability which characterizes
the entire surface of the lowest animals, and which probably
consists in the isomeric transformation of colloidal clusters of
molecules distributed over the surface, must gradually be-
come concentrated in certain definite transit-lines, just as the
circulation of a nu ritive fluid becomes confined to certain
channels : while the collision of waves which takes place
wherever two or more of these transit-fibres inosculate,
must result in such chemical changes, and in the gradual
formation of such a structure, as characterize nerve-centres,
But the exposition, when carried into details, is altogether
too abstruse to be profitably presented here, nor is it neces-
sary for our present purpose. The explanation of the laws
of association only requires that, starting with some kind
of nervous system as already established, we should examine
the character of the nutritive changes set up within it by
environing agencies. |
The foregoing argument shows us that the most prominent
characteristic of such changes is the formation of transit-
lines between neighbouring cells; and we have seen that
the more frequently a wave of molecular disturbance passes
along any such transit-line, the more easily will it pass, and
the more difficult will it be to divert it into any other transit-
lina) Hence in any complex aggregate of cells and fibres
tH. XvI.] THE EVOLUTION OF MIND. 147
like the human brain, we may expect to find a countless
number of transit-lines, of all degrees of permeability.
Those which have been oftenest traversed will be the most
permeable, and those which are traversed only at rare
intervals will be but slightly permeable; while the passage
of a nervous discharge in a new direction will involve the
differentiation of a new line oi transit.
Now subjective psychology furnishes us with an exact
parallel to this state of things. The profound analysis of
conscious changes carried on by the English school of psy-
chology since the time of Hobbes, and accepted by the
Kantian school in all save a few very important instances
—which we shall presently see to be similarly explicable—
has ended in the conclusion that states of consciousness
cohere with a strength dependent upon the frequency with
which they have been repeated in experience. In other
words, “the persistence of the connection between states of
consciousness is proportionate to the persistence of the con-
nection between the agencies to which they answer. This
fundamental law of association is illustrated by such familiar
truths as the following :—“ that phenomena wholly unrelated
in our experience, we have no tendency to think of together;
that where a certain phenomenon has occurred in many rela-
tions, we usually imagine it as recurring in the relation in
which it has most frequently occurred; that when we have
witnessed many recurrences of a certain relation we come to
have a strong belief in that relation; that if a relation has
been daily experienced throughout life with scarcely an
exception, it becomes difficult for us to conceive it as other-
wise—to break the connection between the states of con-
sciousness representing it; and that where a relation has
been perpetually repeated in our experience with absolute
uniformity, we are entirely disabled from conceiving the
negation of it.”}
2 Spencer, Principles of Psycholo,y, vol i. p. 421
L 2
148 COSMIC PHILOSOPHY, [p? u,
The correspondence between the subjective and the objec-
tive sides of the phenomena is thus complete, and the in-
creasing complication of cell and fibre in the brain, from
infancy to old age, is seen to have a psychological meaning,
If the acquisition of a new idea is attended by the passage
of a wave of molecular motion along a new path; and if
recollection is a state of consciousness attending the trans-
mission of a later wave along the same path; we have an
adequate physical interpretation of the fact that the repeti-
tion of an idea is favourable to the recollection of it. And
we have also the physical interpretation of habit and pre-
"judice. Molecular motions that have been repeatedly trans-
‘mitted between particular groups of nerve-cells, end by
establishing more or less intricate webs of transit-lines
which cannot be obliterated. No effort can prevent their
occasional recurrence along these lines, or establish a nev:
plexus of transit-lines, involving the derangement of the old
unes. Late in life, when the ratio of repair to waste is
greatly diminished, when the nutrition of the cerebral tissue
is impaired, when the pulling to pieces and putting together
of molecular clusters in which nutrition consists goes on
slowly, then the formation of new sets of transit-lines be-
comes especially difficult; and hence, as we say, the shaking
off of old habits and prejudices, and the acquiring of new
and strange ideas, is next to impossible. It is proverbially
hard to teach an old dog new tricks. We may here also see
why it is impossible to learn or to carry on complicated think-
ing when in a state of anemia: the nutritive changes go on
too slowly. Changes in memory further illustrate the slieoery.
In youth, when the excess of repair over waste is at the
maximum, but few discharges through any transit-fibre are
needful in order to work a permanent nutritive change, set-
ting up a line of communication which shall last through
lift hence learning is easy and rapid, and memory is power-
ful, In old age, when waste is slightly in excess of repair,
on. xv1.] THE EVOLUTION OF MIND. 149
and both are at the minimum, a great many discharges are
necessary for the achievement of any permanent nutritive
change: hence learning is slow and difficult, and memory is
feeble. And hence—what is most significant of all—the
old man does not remember recent events, while he re-
members very well what happened in his youth, when his
rate of nutrition was rapid. These and countless similar
facts show us that a state of consciousness and a nutritive
change in the cephalic ganglia are correlated like the sub-
jective and objective faces of the same thing. And thus are
explained the many facts which in the seventh chapter were
brought forward in illustration of the transformations of vital
energy,—such as the facts that consciousness ceases the
instant the carbonic acid in the blood kas attained a certain
ratio to the oxygen; that much thinking entails a great ex-
eretion of alkaline phosphates; and that prolonged mental
exertion is followed by a bodily fatigue and a keen appetite
not essentially different from the fatigue and hunger which
follow muscular exercise.
Regardiug it now as provisionally established that an
association of ideas is dependent upon the formation of a
transit-line between two nerve-cells, and that the more often
the fibrous path is traversed the more indissoluble will be
the association, let us proceed briefly to apply this doctrine
to the explanation of sundry psychical phenomena. Now as
we begin to examine the simplest psychical phenomena—
those of reflex action and instinct—we are met by the seem-
ing difficulty that indissolubly connected psychical states
occur where the corresponding objective relation has never
been repeated within the experience of the individual. In-
stinctive adjustments of inner to outer relations are appa-
rently made without any help from experience. Moths and
butterflies take to wing immediately on emerging from the
envelope of the chrysalis; “a fly-catcher, immediately after
its exit irom the egg, hus been known to peck at and capture
150 COSMIC PHILOSOPHY. [Pr. 11.
an insect” ; and “a young pointer will point at a covey the
first time he is taken afield.” But in such cases as these,
where the cohesion of psychical states has not been deter-
mined by the experience of the individual, it has nevertheless
been determined by the experience of the race. That the
repetition of ancestral experiences must end in the automatic
cohesion of psychical states, is both demonstrable d priort
and illustrated by many facts. Birds living in islands un-
inhabited by men will not fly away when approached by
travellers, having none of that instinctive fear which “con-
tinued experience of human enmity has wrought” in other
birds. Yet in a few generations, these birds will acquire the
same instinctive fear. In many cases the offspring of a dog
that has been taught to beg will beg instinctively ; and
various peculiarities of demeanour, carefully impressed by
education upon sporting dogs, are manifested without educa-
tion by their descendauts, Indeed it is familiar to breeders
that the dispositions and instincts of domestic animals can
be to a certain extent modified by training and selection, no
less than their physical constitutions.}
The physical explanation of the automatic cohesion of
psychical states implied in hereditary instinct, is not diffi-
cult at this stage of our inquiry. When the experience of
many past generations has uniformly contributed to establish
a certain arrangement of transit-lines in the chief ganglia of
the animal, there must be a hereditary tendency for such
1 “How strongly these don-es‘ic instincts, habits, and dispositions are in-
herited, and how curiously they become mingled, is well shown when lifferent
breeds of dogs are crossed. Thus it is known that a cross with a bull-dog
has affected for many generations the courage and obstinacy of greyhounds ;
and a cross with a greyhound has given to a whole family of shepherd -dogs
a tendency to iiunt hares. These domestic instincts, when thus tested by
trossing, resemble natural instincts, which in a like manner become curiously
dlended tovether, and for a long period exhibit traces of the instincts of
either parent : for example Le Roy describes a dog, whose great-grandfather
was a wolf, and this dog showed a trace of its wild parentage only in one
way, by not coming in a straight line to his master, when called.”— Darwin,
Irigin of Species, 6th edit., p. 210.
.
be. RVI] THE sVOLUTION OF MIND, 151
transit-lines to devsop by the mere process of nutrition.
And where the psychical life is very simple, and but little
varied from generation to generation, a nervous system em.
bodying certain organized aptitudes will be transmitted as
surely as the muscular or vascular system is transmitted
Nervous discharges will run along pre-established transit
lines as inevitably as in human beings the nervous discharges
which regulate the respiratory and alimentary movements
run in permanent channels. The character of the process is
best exemplified in reflex action, the simplest form of psychical
life. In reflex action, which is unaccompanied by conscious-
ness, a single inner relation is adjusted to a single outer
relation. For the simpler kinds of reflex action nothing is
needed but what is called a nervous arc,—that is, an afferent
nerve, a ganglion, and an efferent nerve. When a person
sound asleep draws away a limb that is touched, the impres-
sion is simply carried along an afferent nerve to one of the
spinal ganglia, and thence reflected along an efferent nerve -
to the muscle which moves the limb. The assistance of the
brain is not needed. In many animals the limbs thus
respond to stimuli after the head has been cut off or the
brain sliced away. ‘his kind of psychical life, which is but
one degree removed from purely physical life, is all that is
manifested by those lowly-organized animals whose nervous
systems consist of simple arcs. So thoroughly physical is this
croup of phenomena that it may seem almost inappropriate
to call it psychical: nevertheless it forms the transition from
the one kind of life to the other. It is the lowly beginning
from which higher forms of psychical activity arise.
Now in reflex action, as it is exemplified alike in the
rhythmical movemauts of our heart, lungs, stomach, and
other viscera, and in the contraction of a polyp’s tentacle
when food comes against it, we see a series of nervous dis-
charges which are automatically directed along certain definite
\ransit-lines, The lines of least resistance have become per-
152 COSMIC PHILOSOPHY, [rr. 0.
manently organized in the animal structure, and they are
transmitted, with the accompanying capacities of action,
from generation to generation. Here we see “ indissolubly
connected psychical states existing where there are per-
petually repeated experiences of the external relations to
which they answer.”
The phenomena of instinct are more distinctly psychical
than those of reflex action. ‘ While simple reflex action is
common to the internal visceral processes and to the pro-
cesses of external adjustment, instinct is not. There are no
instincts displayed by the kidneys, the lungs, the liver: they
occur only among the actions of that nervo-muscular appa-
ratus which is the agent of psychical life.” Instinct, more-
over, implies the coordination of a large number of stimuli
with the answering movements, and herein is its chief dif-
ference from reflex action,—a difference in degree only. The
newly-hatched fly-catcher, in seizing a fly, shows “ en exact
appreciation of distance, as well as a power of precisely
regulating the muscular movements in accordance with it.”
The number of impressions and movements here coordinated
is so considerable that it would take several pages to describe
them thoroughly. Here certain systems of transit-lines,
involved in the establishment of a correspondence in space,
are wrought by nutrition in the animal’s nervous system, so
completely that when the outer relation occurs the discharge
instantly takes place along the pre-established channels, and
the adjustment is made. There is an intricate compounding
of reflex actions, involving the assistance of the brain ; for if
the cerebellum be sliced, the fly-catching can no longer be
performed, Intricate, however, as the combination is, it is a
special and unvarying one which has been continually re-
peated during the whole lifetime of countless ancestral fly-
catchers, so that there is nothing strange in the fact that it is
completely organized at birth. The principle is the same as
in the simpler phenomena of refiex action. Here, as before
?
cH, xv1.]} THE EVOLUTION OF MIND. 153
extending the experience theory to the entire race, we see
«“ indissolubly connected psychical states existing where there
are perpetually repeated experiences of the external relations
to which they answer.”
Though the higher kinds of instinct, in which the supreme
yanglia cooperate, are probably accompanied by a vague con-
sciousness, yet in the main the processes which we have just
described must be regarded as automatic. Let us now notice
what must occur when the correspondence between inner and
outer relations has become quite complex and special. As
Mr. Spencer has pointed out, “phenomena become less
frequent in proportion as they become more complex; and
hence the experiences of them can never be so numerous as
are the experiences of simple phenomena. The relation
between a passing obscuration and a living body, recurs
oftener than the relation between a certain degree of obscura-
tion and danger, or than the relation between a certain other
degree of obscuration and food. Again, each of these rela-
tions is more general than the relation between a particular
size and form of visual impression and an object of a
particular class. And again, this relation is more «general
than that between a particular size, form, and colour of
visual impression, and a certain species of that class.”+ From
this it follows that a lowly-organized animal, in which there
is established a correspondence only with the most general
euvirouing relations, and which therefore has experience only
of such most general relations, has at the same time a uniform
experience which maintains a complete cohesion among its
simple psychical states. On the other hand, a _ highly-
organized animal, in which there are established correspond-
ences with many complex and special relations, will have a
varied experience, and at the same time a varying cohesion
among its complex psychical states. While the most general
relations which it experiences will also be the most frequent,
4 Spencer, Principles of Psychology, vol. i. p. 441,
154 COSMIC PHILOSOPHY, Pr. 1h
and while sundry special relations (as in the seizing of its
prey by the fly-catcher) will be extremely frequent, there are
many other special relations of which the experience will be
much less frequent. And accordingly, along with the per-
fectly coherent psychical states generated by the former, there
will be a congeries of less coherent psychical states generated
by the latter. Or, to restate the case in physiological
language :—While in the lower organism there will be a
number of transit-lines permanently established, and scarcely
any tendency toward the formation of new ones; on the
other hand, in the higher organism, there will be a number
of permanent transit-lines and a number of such lines in
process of formation, along with a continual tendency toward
the establishment of new ones. The consequences of this
are obvious. In becoming more and more complex, the
correspondences become less and less instantaneous and
decided. ‘They gradually lose their distinctly automatic
character, and that which we call Instinct merges into some-
thing higher.”
For as long as the psychical life consists solely in the
passage of nervous undulations along permanent pre-esta-
blished channels, there is no consciousness. Consciousness,
as already shown, implies continual discrimination, or the
continual recognition of likenesses and differences; and this
process implies a rapid succession of changes in the supreme
ganglia. Now this rapid succession of changes occurs when
a vast number of relations are brought together in a single
eanglion, or group of ganglia, as in the cerebrum, in order to
be compared with each other. Besides this, consciousness
implies a certain lapse of time during which impressions
persist ; and there is no such persistence in reflex action, or
in the lower forms of instinct, where the molecular disturbance
constituting a nervous impression is instantly drafted off
along the pre-established channels. Such persistence occurs
only when a number of impressions are brought together in
Ci. XVI.] THE EVOLUTION OF MIND. 155
a single ganglion, where an appreciable time must elapse
before they are carried off each along its own set of transit-
lines. For example, when you tickle or pinch the arm of a
person asleep, the arm is at first withdrawn by simple reflex
action: the ordinary channel, through the afferent nerve te
the spinal centre and back again through the efferent nerve tc
the limb, suffices to carry off all the molecular disturbance,
—and there is no consciousness of the irritation or of the
resulting contraction. But if the pinching be frequently
repeated, so that the disturbance is generated faster than it
can be thus drafted off, the surplus is sent up through a
centripetal fibre from the spinel ganglion to the brain ; and
some dreaming ensues, or perhaps a fretful sound is emitted.
If the impression be kept up long enough, there is full con-
sciousness of it, and the person awakes. Now the rise of
consciousness implied in the dreaming and waking is due to
the persistence in the cerebrum of a molecular disturbance
which is not at once drafted off through the proper centrifugal
‘fibres.
Obviously, therefore, when the number of impressions sent
in to the brain from moment to moment exceeds the number
of thoroughly permeable channels which have been formed
there, so that there is a brief period of tension during which
occur the nutritive changes implied in the transmission of the
disturbance through the appropriate channels, then there
arise the phenomena of conscious intelligence. For mark
what must happen. In the first place, the persistence of
the impressions enables them to be consciously felt, either
pleasurably or painfully ; so that there is the germ of Emo-
tion. Secondly, the disturbance tends to propagate itself
along various permeable transit-lines, so that there is a
revived association of ideas, or what we call Memory.
Thirdly, there is an integration of the present impressions
with such past ones as they resemble, and a differentiation of
them from such past ones as they do not resemble; and this
156 COSMIC PHILOSOPHY. [rv. m
comparison of present with past impressions, dependent on
memory, implies classification, and is the germ of what we
call Perception and Reasoning. Jouwrthly, there is, in the case
of many kinds of impressions, a period of tension during
which it becomes determined along what set of centrifugal
fibres the surplus disturbance shall be drafted off, and here
we have the primitive form of Volition. Thus the various
phases of conscious psychical life—which we call emotion,
memory, reason, and volition—arise as soon as there begins
to elapse an appreciable time between the accumulation of
molecular disturbance in a group of cephalic nerve-cells, and
its discharge along the proper transit-fibres. And this state of
things, which is not possible in simple nervous systems which
only respond instinctively or by reflex action to a few general
relations in the environment, becomes possible in those com-
pound nervous systems which respond to a great number of
infrequent and special relations. For the establishment of
inner relations, answering to these infrequent and special
outer relations, involves a lapse of time during which numer-
ous diverse impressions are getting distributed through various
transit-lines hitherto little used. When, as in the fully-
developed human cerebrum, a vast number of infrequent and
special relations are continually set up, there is a maximum
of nutritive change, there is a maximum of time during
which impressions simultaneously coming in may be com-
pared and classified, and there is a maximum of con-
sciousness.
This explanation of the way in which the various phases
of conscious psychical life arise, is fully confirmed by the
way in which they disappear when actions at first con-
sciously performed become instinctive. The confirmation
is so complete as to afford a very strong proof of the truth
of the hypothesis. Many of the actions performed by
civilized man are designated by psychologists as “ second-
arily automatic.” That is, they are at first performed with
f
4
¥
cH. XVI] THE EVOLUTION OF MIND. 157
the assistance of reason, volition, and conscious memory,
and they are attended by feelings of pleasure or pain. But
after a while they are performed without the aid of reason,
volition, or conscious memory, and they are not attended
by pleasurable or painful feelings. In becoming instinc-
tive, they lapse partially or entirely from consciousness.
The child in learning to walk and talk, must will each
movement and rationally coordinate it with other move-
ments in order to attain the desired end. But the man,
in walking and talking, is unconscious of the separate move-
ments, and volition serves only to set them going. In learn-
ing to read, the child must consciously remember each letter,
combine it with others into a word, and associate the word
with the thing signified; and this last process is repeated in
later years when we learn foreign languages. But in reading
our own language, or a foreign one which has been thoroughly
learned, the association of words and things is automatic.
In reading an English book, in which French quotations are
inserted, one frequently passes from one language to the
other and back again, without noticing the change, if the
attention be concentrated on the subject-matter. In learn-
ing to play the piano, there is at first a vast amount of con-
scious association between the written notes, the key-board,
and the muscular adjustments of the fingers, wrists, and
arms; but an accomplished pianist will play a familiar
piece while his attention is directed to other matters.
The case is similar with writing, and indeed with all
habitual actions which require nervo-muscular coordination.
In many cases, moreover, the intervention of conscious
attention only impairs the accuracy of adjustment. In
billiard-playing and rifle-shooting, the aim is usually im-
paired if we stop to think about it; and on the piano it
is almost impossible to play triple notes with one hand
and double notes with the other if we attempt to measure
out the time,
158 COSMIC PHILOSOPHY, [er. 0
Purely intellectual acts also become to a certain extent
automatic with practice, as was indeed implied in some of
the foregoing illustrations. Not only the combination of
words into a sentence, but the combination of sentences into
a proposition, and the combination of propositions into a
theory, is effected more and more rapidly, until the pro-
cess hardly attracts attention. In a complicated exposition
like the present, numerous scientific theorems, at first
laboriously comprehended one by one, are wrapped up to-
gether and thrown into some subordinate clause of a sen-
tence, the total being so obvious as not to withdraw the
attention from the main current of thought while writing.
In such facts we have a partial explanation of many of
the phenomena of what is called unconscious or “ sub-con-
scious” thinking. And thus, too, are to be explained those
sudden flashes of insight, scientific or poetical, which in
early times were attributed to inspiration or dictation from
without. Obviously without a good deal of such automatic
acting and thinking, we could achieve but little in art or
science. We should never become good pianists if we had
to keep paying attention to all the requisite muscular ad-
justments; and science would advance but slowly if at
each step of an intricate inquiry in dynamics it were neces-
sary to stop and reflect upon the elementary laws of matter
and motion.
The physical interpretation of these secondary automatic
processes is not difficult, according to the hypothesis here
expounded. During the process of learning, there is an
extensive formation of new trausit-lines, and consequently
an appreciable interval between the accumulation of mole-
cular disturbance in the cerebral cells and its discharge,
Impressions persist. long enough to be compared together,
and accordingly there is reason and there is volition. There
is a maximum of consciousness, because there is a maximum
duration of the nutritive changes, and hence weariness soon
cH, Xv1.] THE EVOLUTION OF MIND. 159
follows; cerebral nutrition entailing greater waste than
occurs in any other part of the system, But with constant
repetition the resistance to the passage of undulations along
the new transit-lines disappears entirely. Nutrition has so
modified them that, as above explained, they become lines
of traction instead of lines of resistance. As we say,
nothing can prevent the one group of ideas or movements
from following the other. The discharges are made instantly,
and along with a minimum duration of nutritive change
there is a minimum of consciousness. The combinations
become permanently organized in the brain-structure, and
in becoming permanently organized they become instinctive
or automatic, |
We may now also begin to understand why it is that in
man the organization of instincts, primary and secondary, is
continued through the early years of life, while in the other
animals the majority of the instincts are already organized
at birth. The distinction is not an absolute one, as many of
the higher vertebrates, both birds and mammals, and ina
marked degree the anthropoid apes, cannot take care of
themselves immediately after birth, though they soon become
able to do so. The lower we descend the animal scale, the
more completely organized is the psychical life of the newly-
born organism, The reason is obviously to be found in the
greater speciality and complexity, and the consequent rela-
tive infrequency, of the coordinations made by the highest
animals, and especially by man. When, for example, we
put forth the hand to grasp an object, the muscular adjust-
ments are as instinctive as those of the fly-catcher pouncing
on an insect; “volitin being concerned merely in setting
the process going.” But with us, the impressions which we
receive and the motions which we make are endlessly varied,
and the complex combinations of them occur severally with
less frequency than is the case with the simpler combina-
tions. formed by lower animals. They are accordingly not
160 OUSMIC PHILOSOPHY. [er.
coordinated before birth, though they are easily coordinated
during childhood.
A great number of psychical phenomena are thus satisfac-
torily explained by the hypothesis, But one further service,
and a most signal one, is rendered by it; and this we must
briefly indicate, in accordance with previous promises, before
leaving the subject. The view of cerebral action here
adopted settles the long-vexed question between the Lockian
and Kantian schools as to the sources of knowledge; and
the verdict, while partly favourable to each of these schools,
is not wholly favourable to either. Let us reconsider the
portion of our hypothesis which bears upon this question.
It follows from the general principles involved in the
foregoing exposition, that the peculiar intellectual activity
of any parent, by modifying the nutrition of his cerebral
tissue, must Impress itself upon the unstimulated and _ half-
developed brain of his infant offspring. Eliminating the
effects wrought in it by countless environing circumstances,
we may say that the infant brain just as surely tends to
develop transit-lines similar to those in the parental brain,
as the infant face tends to develop muscular peculiarities of
expression like those characteristic of the parental face.
And while the tendency is so slight as to count for little
or nothing in the case of the more complex and infrequent
associations of ideas, it must be a resistless tendency in the
case of those nerve-connections which answer to associa-
tions involved in every act of experience,—as, for example,
those concerned in building up our conceptions of space,
time, force, and causation. A concise restatement of the
case will now lead us at once to our conclusion, While
ancestral experience impresses upon the brain a nutritive
1 In the concluding chapter of this Part, I shall endeavour to show that
this origination and prolongation of the period of infancy, which is the effect
oi increasing intelligence, is in turn the proximate cause of the genesis of
social relations and of ethical feelings, and thus, indirectly, of the entire
intellectual and moral supremacy of man.
cH. XVI._ THE EVOLUTION OF MIND. 161
tendency toward the formation of certain special nerve-
connections, individual experience tends now to assist and
now to check the inherited tendency. And so the number
and direction of transit-lines in any brain is due to the
cooperation of innumerable ancestral and individual ex-
periences, Locke was therefore wrong in calling the infant’s
mind a blank sheet upon which experience is to write know-
ledge. The mind of the infant cannot be compared to a
blank sheet, but rather to a sheet already written over here
and there with invisible ink, which tends to show itself as
the chemistry of experience supplies the requisite conditions.
Or, dropping metaphor, the infant’s mind is correlated with
the functions of a complex mass of nerve-tissue which
already has certain definite nutritive tendencies. On the
other hand, the school of Leibnitz and Kant was wrong in
assuming a kind of intuitional knowledge not ultimately
due to experience. For the ideas formerly called innate or
intuitional are the results of nutritive tendencies in the
cerebral tissue, which have been strengthened by the uni-
form experience of countless generations, until they have
become as resistless as the tendency of the dorsal line of
the embryo to develope into a vertebral column. The
strength of Locke’s position lay in the assertion that al)
knowledge is ultimately derived from experience,—that is,
from the intercourse between the organism and the environ-
ment. The strength of Kant’s position lay in the recogni-
tion of the fact that the brain has definite tendencies, even
at birth, The Doctrine of Evolution harmonizes these two
seemingly-opposite views, by showing us that in learning we ©
are merely acquiring latent capacities of reproducing ideas;
and that beneath these capacities lie more or less poweriul
autritive tendencies, which are transmissible from parent to
-hild.
I believe that the last difficulties which may have hovered
about the doctrine of the Test of Truth, expounded iu the
VOL, II. M
162 COSMIC PHILOSOPRY. (pr. 1
third chapter of our Prolegomena, are now swept away. It
must be by this time quite clear that the inconceivability-
test and the experience-test are merely the obverse faces of
the same thing. An association of subject and predicate,
which answers to an objective relation of which the ex-
perience has been absolutely uniform, must be absolutely
indissoluble ; and, vice versa. The ultimate question at issue
between Mr. Mill and Mr. Spencer thus becomes reduced to
a question of terminology, save in one important particular,
in which I have already shown that Mr. Mill is not only
demonstrably wrong, but also inconsistent with himself.
The foregoing exposition adds new weight to the argument
by which it was formerly (Part I, Chap. iii.) proved that
when Mr. Mill asserts that the negation of such an axiom
as the indestructibility of matter, which is now inconceivable,
was in past times conceivable, he virtually asserts that there
was a time when men could frame inner relations of which
the corresponding outer relations had never been presented
in experience. And thus he not only runs counter to the
general theory of Life as Adjustment which is here adopted,
but he contravenes his own favourite doctrine of the ex-
periential origin of all knowledge, which is in reality part
and parcel of that general theory of life.
With these corollaries I must conclude this too brief
account of the process of psychical evolution. In the present
chapter and its two predecessors, while steadily refraining
from the chinerical attempt to identify Mind with some
form of Matter or Motion, it has nevertheless been shown
that, owing to the mysterious but unquestionable correlation
which exists between the phenomena of Mind and the
phenomena of Matier and Motion, it is possible to describe
the evolution of the former by the same formula which
describes the evolution of the latter. By a continuous dif-
ferential compounding of impressions, we pass, through
infinitesimal stages, from the relatively homogeneous and
simple set of correspondences known as reflex action, mani-
CH. XVI.] THE EVOLUTION OF MIND. 163
fested alike by the highest and the lowest animals, to those
exceedingly complex and heterogeneous sets of correspond-
ences known as reason and volition, which are manifested
only by the highest animals, and in their greatest complexity
by man alone. Throughout this wonderful process we have
seen how closely the evolution of psychical function is
correlated with the evolution of nerve structure. But, great
as has been our gain during the foregoing exposition, our
theory of psychical evolution is as yet by no means com-
plete. Concerning the relations of Mind to Life, and con-
cerning the Composition and Evolution of Mind in general,
we have obtained many valuable results, But nothing
has as yet been said concerning the especial mode of genesis
of those highest manifestations of thought and feeling
which distinguish civilized man. This problem must be
duly treated before our account of psychical evolution can be
regarded as complete even in outline. Upon questions of this
sort, however, we are not yet prepared to enter. Those
highest manifestations of thought and feeling which dis-
tinguish civilized man from inferior mammals, and in a less-
marked degree from uncivilized man, are the products of
countless ages of social evolution; and before we can hope
to understand their mode of genesis, we must see what are
the teachings of history and psychology cencerning the
character of social evolution in general. Having shown how,
starting from a relatively low degree of sociality, a relatively
high degree is attained in conformity to the general theory of
Life as Adjustment, we shall be better enabled to comprehend
the genesis of that lowest degree of sociality, the attainment
of which was the decisive step which first raised Man above
the level of the Brutes. The four following chapters will
therefore be concerned with Sociology; and the first will be
devoted to clearing away a complicated misunderstanding, by
the help of which metaphysicians have long sought, and
still seek, to deter us from applying scientific methods of
interpretation to the phenomena of human history.
mM 2
CHAPTER XVIL
SOCIOLOGY AND FRFE-WILL
THAT the phenomena manifested by human beings, as grouped
in societies, conform to fixed and ascertainable laws, is a pro-
position which has thus far been taken for granted, inasmuch
as it is logically inseparable from the other sets of proposi-
tions which go to make up our Cosmic Philosophy. Not only,
moreover, have we thus tacitly assumed that social phenomena
conform to law and may be made the subject of science, but
in the fourth chapter of this Synthesis it was expressly stated
that the fundamental law to which they conform is the Law
of Evolution, which has now been proved to hold sway among
inorganic and organic phenomena, as well as among those
super-organic phenomena which we distinguish as psychical.
Under ordinary circumstances we might fairly go on and
justify our tacit assumption and our explicit assertion, by
showing, both deductively and inductively, that the evolution
cf society follows in general the same method as the evolu-
tion of organic life. In the following chapter I shall proceed
to do this. I shall show, first, that social evolution consists
in the integration of human families or tribal communities into
larger and larger groups, which become ever more heterogene-
ous and more interdependent ; and secondly, that what we call
civilization consists in the ever increasing definiteness and
complexity of the correspondence between the community
CH, XvIr.] SOCIOLOGY AND FREZ-WILL. 165
and the environment. Thirdly, I shall carry on the inquiry
to a point somewhat in advance of Mr. Spencer's exposition,
as it now stands, and show how these truths must be supple-
mented in order to give usa law of social evolution which
shall cover social phenomena simply, excluding the more
general phenomena of organic life.
But while under ordinary circumstances it might be well
enough to proceed directly to such an investigation, since
there is no better way of proving that certain groups of
phenomena conform to law than by pointing out the law to
which they conform, nevertheless in the present case I think
it desirable to preface the inquiry with a brief discussion of
one or two logical and psychological truths—truths of method
and of doctrine—which lie at the basis of sociology. In our
survey of the simpler sciences, no such preface was called for.
In beginning to treat of biological truths, we did not deem it
necessary to prove that waste and repair proceed according to
immutable laws, or to forestall possible cavils by declaring
that, although we cannot predict our states of health from
week to week, nevertheless organic phenomena are not the
sport of chance. It is otherwise in sociology, which is a new
science, encumbered with many popular misconceptions, and
regarded with an evil eye by theologians——persons who
profess great devotion to the interests of advancing knowledge
in general, while the particular advance in knowledge at any
time going on somehow never happens to be the one which
they think fit to regard with favour. Of each new trophy
which Science has from time to time laboriously won, these
opponents have hastened to declare, “ Behold it is the last!”
Lhough the phenomena presented by the heavenly bodies, by
the surface of the earth, and by the life which covers the
earth, have one after another, in spite of vehement theological
protest, been made the subjects of science,! it is still stoutly
1 “Als Pythagoras seinen beriihmten Lehrsatz entdeckte, opferte er den
Gottern eine Hekatombe, d. h. ein Opfer von hundert Stieren, Seitdem
166 COSMIC PHILOSOPHY. [pr. 1.
maintained that the results of human volitions can never
become amenable to scientific treatment. Here, it is cried.
on the threshold of sociology we must take our final stand,
and insist, in the interests of religion and morality, that
although all other events may occur in regular sequence,
nevertheless in human affairs there is no such sequence,
The arguments by which it is sought to establish this desperate
proposition, are based partly on those facts which are assumed
to prove the freedom of the will, partly on the endless
diversity and complexity of human affairs. Concerning this
latter class of considerations, I may say here that they are at
once irrelevant and inconclusive. Irrelevant, since even if it
were to be granted—which it is not—that the extreme intri-
cacy of social phenomena imay prevent our discerning the
order of their sequence, this would prove, not that there is no
sequence, but that our vision is limited. Inconclusive, because
from the nature of the case, other things being equal, com-
plex phenomena cannot be generalized until the simpler
phenomena which they involve have been mentally reduced
to orderly succession. As we shall again have occasion to
notice, the laws of social life could not be discovered until
the sciences of biology and psychology had gone far toward
formulating the laws of physical and psychical life in general.
But the misconceptions which cluster about this subject are
so numerous that they may best be eliminated by a somewhat
detailed controversy. Let us examine the argument from
complexity, as presented by Mr. Froude; and afterwards the
argument from the assumed lawlessness of volition, as pre-
sented by Mr. Goldwin Smith.
Mr. Froude begins! by dogmatically denying that there
is or can be such a thing as a science of history. There is
something incongruous, he says, in the very connection of
briillen alle Ochsen, so oft eine neue Wahrheit entdeckt wird.”—Biichner,
Die Darwin’sche Theorie, p. 288.
1 Short Studies on Great Subjects, vol. 1,
eH, XVII. | SOCIOLOGY AND FREE-WILL. — 167
the two words. “It is as if we were to talk of the colour of
sound, or the longitude of the rule-of-three.” But he carries
on the thought in a way that shows plainly his reluctance to
grapple fairly with the problem. In his next sentence lie
says, “where it is so difficult to make out the truth on the
commonest disputed facts in matters passing under our very
eyes, how can we talk of a science in things long past, which
come to us only through books?” Now to reason like this,
is merely to shrink from the encounter. For the question is,
not whether the science is difficult, but whether it is possible.
Mr. Froude sets out to show that there can be no such science,
and his first bit of proof is that, if there is such a science, it
must be far more difficult than any other; a position which
we may contentedly grant. Let us follow him a step farther.
“It often seems to me as if history were like a child’s box
of letters, with which we can spell any word we please. We
have only to pick out such letters as we want, arrange them
as we like, and say nothing about those which do not suit
our purpose.” And what does all this amountto? Is this
Mr. Froude’s idea of historical investigation? Why, the
same thing may be done in any science. We have only to
pick out all the facts on one side, and blink all the facts
on the other side to prove the veracity of every oracle,
soothsayer, and clairvoyant that ever existed, the validity
of every paltry omen, the credibility of every crazy notion
of alchemy or judicial astrology. In this way we may
prove that the homceopathist always saves his patient, while
the allopathist always kills him; or vice versa. And it was
in this way that the phrenologists erected their pseudo-
science. By following this method, also, it becomes easy to
prove that Henry VIII. was an exemplary husband. It is in
this way that every incorrect or inadequate hypothesis in
physical science or in history has arisen and gained temporary
recognition. Supposing Tycho Brahe had said to his Coper-
nican antagonists, “ Astronomy is like a child’s box of letters;
168 COSMIC PHILOSOPHY. [pr
if we take out what we want and let the rest go, we can
spell whatever we please; I spell out the Ptolemaic hypo-
thesis, and will therefore abide by it ;”—he would have been
talking much after the manner of Mr. Froude. It is true, as
Mr. Froude further says, that one philosopher believes in
progress, a second in retrogression, and a third, like Vico,
in ever-recurring cycles. But is this because the facts are
undecipherable, or because the investigation is one-sided ?
Because Agassiz still believes organic species to be fixed,
while almost all other naturalists believe them to be variable
in character, are we to infer that there is no science of biology ?
In such unworthy plight does Mr. Froude retreat before the
problem he has encountered. He starts to show us that a
science of history is as ridiculous an impossibility as a scarlet
B-flat or a westerly proportion ; and he ends by mildly observ-
ing that history is a difficult subject, in which a series of par-
tial examinations may bring forth contradictory conclusions!
The next bit of inference concerns us more intimately.
« Will a time ever be when the lost secret of the foundation
of Rome can be recovered by historiclaws? If not, where
is our science?” Just where it was before. The science of
history has nothing to do with dates, except to take them, so
far as they can be determined, from the hands of historical
criticism. They are its data, not its conclusions. As Mr.
Morley reminds us, we do not dispute the possibility of a
science of meteorology, because such a science cannot tell
us whether it was a dry or a wet day at Jericho two thousand
years ago. Facts like these show us that sciences dealing with
phenomena which are the products of many and complex
factors, cannot hope to attain that minute precision which is
attained by sciences dealing with phenomena which are the
products of few and simple factors. They show that sociology
cannot, like astronomy, be brought under the control of mathe-
matical deduction. But it was not necessary for Mr. Froude
to write an essay to prove this.
on. xvit] SOCIOLOGY AND FREE-WILL. 169
But, continues Mr. Froude, “can you imagine a science
which would have foretold such movements as” Moham-
medanism, or Christianity, or Buddhism? To the question
as thus presented, we must answer, certainly not. Neither
can any man foretell any such movement as the typhoid fever
which six months hence is to strike him down. If the latter
case does not prove that there are uo physiologic laws,
neither does the former prove that there are no laws of
history. In both instances, the antecedents of the pheno-
menon are irresistibly working out their results; though, in
both cases, they are so complicated that no human skiil can
accurately anticipate their course. But toa different present
ment of Mr. Froude’s question, we might return a different
answer. ‘There is a sense in which movements hike Moham-
medanism, or Buddhism, or Christianity, could not have been
predicted, and there is a sense in which they could have been.
What could not have been predicted was the peculiar character
impressed upon these movements by the gigantic personalities
of such men as Mohammed and Omar, Sakyamuni, Jesus and
Paul. What could have been predicted was the general
character and direction of the movements. For example, as
I shall show in the following chapter, Christianity as a
universal religion was not possible until Rome had united in
a single commonwealth the progressive nations of the world.
And when Rome had accomplished this task, it might well
have been predicted that before long a religion would arise,
which should substitute monotheism for polytheism, pro-
claim‘ng the universal fatherhood of God, and the universal
brotherhood of men. I admit that such a prediction could
have been made only by a person familiar with scientific
modes of thought not then in existence; but could sucha
person have been present to contemplate the phenomena, he
might have foreseen such a revolution in its main features,
as being an inévitable result of the interaction of Jewish,
Hellenic and Roman ideas. J am inclined to think he might
170 COSMIC PHILOSOPHY. (er. th
have foreseen that it would arise in Palestine, that its spread
would be confined to the area covered by Roman civilizaticn,
and that its work would for a long time be most thorough in
the most thoroughly Romanized regions,
We do not need, however, to insist upon this point. Forin
none of the concrete sciences is there anything like thorough
and systematic prevision, save in astronomy; and even in
astronomy, our foresight becomes precarious as soon as
we pass beyond the solar system, and begin to inquire into
the results of the mutual gravitation of the innumerable
stellar bodies. We know that our sun is rushing, with
immense velocity, toward the constellation Hercules; but we
cannot yet trace his orbit, as Kepler traced the orbit of Mars.
When we come to biology and psychology, the power of accu-
rate prevision is very small; yet no one denies that the
phenomena of life and intelligence conform to fixed and
ascertainable laws. In sociology we must expect still less
ability to predict. The truth is, as Comte acutely pointed
out, that while in the simpler sciences our object is gained if
we can foretell the course of phenomena so as to be able to
regulate our actions by it, in the more complex sciences our
object is gained when we have generalized the conditions
under which phenomena occur so as to be able to make our
volitions count for something in modifying them. We cannot
modify astronomic phenomena, but we can predictthem. We
cannot predict, save to a limited extent, biologic phenomena;
but, knowing more and more thoroughly the conditions under
which they occur, we can more and more skilfully modify
them so as to ensure health or overcome disease. And
obviously even this limited ability to modify the phenomena
implies a certain amount of prevision,—quite enough to
justify us in asserting that the phenomena conform to law.
The case is similar in sociology. Though we may not be
able definitely to predict a given political revolution, we may
nevertheless understand the general movement of affairs and
cH. xvi.) SOCIOLOGY AND FREB-WILL. 171
the effects which certain kinds of legislation are likely to
‘produce, so as to hasten a desired result or avert social mis-
chief. Upon this possibility are based all our methods of
government and of education. And, as in biology, this ability
to modify the phenomena proves that the phenomena occur in
some fixed order of sequence. For if there were phenomena
without any definite order of sequence, we could neither
predict nor modify them ; and where there is a definite order
of sequence, there is, or may be, a science.
Now in denying that there is or can be a science of
history, Mr. Froude, if he means anything, means that
social affairs have no fixed order of sequence, but are the
sport of chance. Either Law or Chance—these are the
only alternatives, unless we were to have recourse, like the
Mussulman, to Destiny, an illegitimate third idea, made up
of the other two misconceived and mutilated in order to fit
together. But for the modern thinker there is no middle
course. It is either symmetry or confusion, law or chance,
and between the two antagonist conceptions there can be no
compromise. If the law of causation is universal, we must
accept the theory of law. If it has ever, in any one instance,
been violated, we may be excused for taking up with the
theory of chance. Now we know that all the vast bodies in
this sidereal universe move on for untold ages in their orbits,
in strict conformity to law. In conformity to law, the solar
system in all its complexity has grown out of a homogeneous
nebula; and the crust of the cooling earth has condensed
into a tigid surface fit for the maintenance of organic life.
Out of plastic materials furnished by this surface and the
air and moisture by which it is enveloped, organic life has
arisen and been multiplied in countless differing forms, all in
accordance with law. Of this aggregate of organic existence,
man, the most complex and perfect type, lives and moves
and has his being in strict conformity to law. His periods
of activity and repose are limited by planetary rotations
172 COSMIC PHILOSOPHY. [PT. 11.
His achievements, physical and mental, are determined by
the rate of his nutrition, and by the molecular structure and
relative weight of the nervous matter contained in him. His
very thoughts must chase each other along definite paths and
contiguous channels marked out by the laws of association.
Throughout these various phenomena, already generalized for
us by astronomers, geologists, biologists, and psychologists,
we know that neither at any time nor in any place is law
interfered with,—that yesterday, to-day, and for ever, the effect
follows the cause with inevitable and inexorable certainty.
And yet we are asked to believe that in one particular
corner of the universe, upon the surface of one little planet,
in a portion of the organism of one particular creature,
there is one special phenomenon, called volition, in which
the law of causation ceases to operate, and everything goes
helter-skelter !
Such is the demand which Mr, Froude makes upon our
powers of acquiescence, and such is the theory which Mr.
Goldwin Smith, in the interests of theology, pronounces it
unphilosophical, if not impious, for us to reject. Of the
Science of Higtors: Mr. Smith asserts that “it extinguishes
all sympathy”; it “must put an end to self-exertion ” ; it
“would diasalyn the human family”; it makes man the anh
helpless of animals, no better in fact than “ a beast or a blade
of yrass” ; it degrades humanity to mere clay; it establishes
“a strange contradiction between our outward observation
and our inward consciousness; it makes us “render up our
personality,” and become “a mere link in a chain of causa-
tion, a mere grain in a mass of being”; it builds up, “with
much exultation,” an “adamantine barrier of law’—what-
ever that may be—between man and the source of all good-
ness; and, to crown all, it tells us that “conscience is an
illusion,” and prevents our having any “rule of right action.”?
1 Lectures on the Study of History, pp. 63, 67, 48, 82, 85, 87, 59. Far
abler men than Mr. Smith or Mr. Frou le have i in like minner "allowed their
er
cu. XviI.] SOCIOLOGY AND FREE-WILL. 173
- Hard words are as powerless to overthrow as to establish
a philosophical theory. In scientific inquiry the ability to
weigh evidence goes for much, but facility in declamation
goes for little. And to anyone who has been brought up
amid scientific pursuits, there is but little that is instructive
or edifying in the fervid rhetoric of a writer who, in attack-
ing a disagreeable doctrine, prefers to stigmatize i* as dis-
acreeable, rather than to show that the evidence is against it.
Nevertheless beneath the emotional assertions just quoted
there lies a complicated theoretical misconception, the cha-
racter of which it is worth our while to examine. The well-
worn argument is that unless the human will were “ free,”
there could be no responsibility, and therefore no morality ;
that if volitions are caused, even though it be by our own
desires, we are all in a condition similar to that of the man
who has made a promise under duress, to whom neither
praise nor blame can justly be attached for the manner in
which his promise is kept. ‘
It is popularly supposed that there is something very
forcible in this argument; and that, when coupled with the
opposing arguments drawn from such sequences as are easily
traceable among human affairs, the result is a puzzle which
must for ever remain insoluble. The problem of free-will
has been described by poets, and is customarily regarded, as
the most difficult problem which can occupy human atten-
tion; and we frequently hear it said that it ean never be
feelings to run away with them when treating of this question.— Not the
picture of a man; but the representation of an automaton that is what it
cannot help being; a phantom dreaming what it cannot but dream; an
engine performing what it must perform ; an incarnate reverie ; a weather-
cock shifting helplessly in the winds of sensibility ; a wretched , association-
machine, through which ideas pass linked together by laws over which the
machine has no control; anything, in short, except that free and self-sus-
tained centre of underived, and therefore responsible activity, which we call
Man” ;—such, says Prof. Ferrier, is “the false representation of man which
philosophy invariably and inevitably pictures forth whenever she makes
cominon cause with the natural sciences.” — Lectures and Philosophical
Remains, vol. ii. p. 195, Verily the free-will question is a great opener of the
food-gates of rhetoric! vp ,
174 CUSM1IC PHILOSOPHY, [Pr. 14,
completely solved, But in reality all this perplexity is the
result of the desperate muddle into which metaphysics has
brought the subject. Strip the question of the peculiar meta-
physical jargon in which it is usually propounded, restate it
in precise scientific language, and it becomes a very easy
question to auswer. Would that science presented none
more difficult! Confused and inaceurate verbiage is respon-
sible for the chronie disputation upon this subject. No-
where else is Berkeley’s complaint so thoroughly applicable,
that in dealing with metaphysics men first kick up a dust
and then wonder why they cannot see through it. Those
who have come to regard the question from a purely scientific
point of view, also regard it as thoroughly settled; and the
need for refuting such arguments as the one above cited, they
class among the needs, too often thrust upon us, of refuting
fallacies already thrice exploded, In illustration of this, let
us notice the theory which the free-will argument implies
concerning the nature of volition.
The theory implies that over and above particular acts of
volition, there is a certain entity called “The Will,” which
is itself a sort of personage within the human personality.
This entity, called “The Will,” is supposed to have desires
and intentions of its own, which the causationists are sup-
posed to declare constantly liable to be frustrated by external
agencies, In opposition to this imaginary heresy, it is
asserted that this autocratic Will is “ free,” and sitting in
judgment over “motives,” may set aside the stronger in
favour of a weaker, or may issue a decree in defianceof all
motives alike. Some such erude conception as this is im-
plicitly conveyed by every statement which, alluding to the
Will as an entity, ascribes “ freedom” to it. Only by means
of such a conception can the phrase “freedom of the Will”.
be shielded from the imputation of nonsense, Only thus
can the argument above cited be regarded as relevant to the
subject in dispute. For if Will be not conceived as an
eH. XVII.) SOCIOLOGY AND FREE-WILL. 175
entity acting under conditions, then no comparison can be
made between caused volition and constrained behaviour.
If instead of “The Will” we look at the act of willing—
which is not an entity, but a dynamic process—then it be-
comes absurd to talk of this act as being either free or not
free, and we must seek for some other word than “freedom”
by which to designate its alleged want of causal connection
with preceding psychical states,
Now the tendency to erect relations and processes into
entities is a tendency which modern metaphysics has in-
herited from a mischievous mode of thought current in
ancient times and rather loosely known as “Realism.”
Among metaphysicians, unused to the habits of thought
which science nurtures, the tendency is an almost irresistible
one. Civilization, for example, is opviously a process, but
Dr. Whately continually speaks of it as if it were a thing
which could be handed about from one nation to another, or
hidden away for a time in some dark corner, And upon
this amusing misconception he builds a wonderful theory,
which, however, it is not worth while for any busy man to
stop and refute. It is in a similar way, and owing to the
same realistic tendency, that there has arisen the conception
of such an entity as “The Will,” the existence of which
modern psychology does not recognize any more than it
recognizes the lapidity of stones or the ubication of points
in space. Modern psychology is concerned only with the
process of will, or volition, As Dr. Maudsley observes, “ it
is not man’s function in life to think and feel only: his
inner life he must express or utter in action of some kind
—in word or deed. Receiving impressions from nature, of
which he is a part, he reacts upon nature intelligently,
modifying it in a variety of ways... As the spinal cord
reacts to its impressions in excito-motor action, and as the
Sensory centres react to their impressions in sensori-motor
action, so, after the complex interworking and combinatiou
176 COSMIC PHILOSOPHY. (Pr. 11.
of ideas in the hemispherical ganglia, there is in like manner
a reaction or desire of determination of energy outwards,
in accordance with the fundamental property of organic
structure to seek what is beneficial and to shun what is
hurtful to it. It is this property of tissue that gives the
impulse which, when guided by intelligence, we call volition ;
and it is the abstraction from the particular volitions which
metaphysicians personify as the Will. ... Physiologically
we cannot choose but reject the Will: volition we know, and
will we know, but the Will, apart from particular acts of
volition or will, we cannot know. To interpose such a
metaphysical entity between reflection and action thereupon,
would bring us logically to the necessity of interposing a
similar entity between the stimulus to the spinal cord and
its reaction. Thus instead of unravelling the complex by
help of the more simple, we should obscure the simple by
speculations concerning the complex.” As scientific in-
quirers, ‘we have to deal with volition as a function of the
supreme centres, following reflection, varying in quantity
and quality as its cause varies, strengthened by education
and exercise, enfeebled by disease, decaying with decay of
structure, and always needing for its outward expression the
educated agency of the subordinate motor centres. We
have to deal with will, not as a single undecomposable
faculty unaffected by bodily conditions, but as a result of
organic changes in the supreme centres, affected as certainly
and seriously by disorder of them as our motor faculties are
by disorder of their centres. Loss of power of will is one of
the earliest and most characteristic symptoms of mental .
derangement; and whatever may have been thought in times
past, we know well now that the loss is not the work of
some unclean spirit that has laid its hands upon the Wili,
but the direct effect of physical disease.”
Volition i is, accurdingly, that transformation of feeling inte
1 Boly and Mind, pp. 22, 23.
cH, XviI.] SOCIOLUGY AND FREE-WILL, | 177
action which is attended by a conscious comparison of im-
pressions, and which involves nutritive changes in the cere-
brum or cerebellum, or in both. As we saw in the pre-
ceding chapter, the sequence of actions upon impressions is
either reflex or instinctive, and in either case automatic, so
long as the nervous energy liberated by the impression is
instantly discharged through a completely permeable chan-
ne! or set of channels. But in those higher organisms in
which an immensely varied experience has established innu-
merable complex systems of less permeable channels, there
intervenes between the liberation of energy in the brain and
its discharge upon the motor centres a period during which
there is a tension between various nerve-currents, each seek-
ing to discharge itself along the most permeable lines of
transit. We saw also that this period of tension is a period
of conscious deliberation, involving conscious reflection, and
feelings of desire or aversion. And these views turned out
to be justified by the fact that as soon as the frequent repeti-
tion of any given set of experiences has rendered all the
transit-lines involved in the case completely permeable, so
that there is no longer any appreciable period of tension,
then the acts once conscious and voluntary become invo-
luntary and automatic.
Now the state of consciousness called Desire is accom-
panied by a nascent excitement of the nerve-fibres distributed
upon the muscular apparatus whose activity is requisite for
the attainment of the desired object. There is a tendency to
go through with the movements, needful for realizing the
desire; and this tendency, unless neutralized by an an-
tagonist tendency, must end in action. In the language of
dynamics, tension when not counteracted by opposing
tension, must pass into wis viva. This passage of nervous
tension into nervous vis viva constitutes volition, which may
VOL. IL N
178 COSMIC PHILOSOPHY. (pr. 11.
fcr piactical purposes be regarded indifferently as the final
stage of emotion or as the initial stage of action.
Passing from the case in which a single desire is operative
let us briefly consider the special case of two conflicting
desires, where the gratification of the one is incom-
patible with that of the other. In this case, two groups of
motor-nerves are nascently-excited. Here there are two
opposite tensions, and the resulting action will depend on
their comparative strength. If they exactly neutralize each
other, as in the hypothetical case of the ass between the two
bundles of hay, no volition will ensue. But in a complex
aggregate, like the human or animal organism, such a state
of equilibrium cannot be of long continuance. Sooner or
later,—either from the greater vividness with which one of
the desired objects is mentally realized, or from any one of a
thousand other disturbing circumstances down to those of a
purely physical nature,—one desire will become stronger
than the other. And instantly thereupon, the surplus nervous
tension remaining after the weaker desire is neutralized, will
pass into nervous vis viva; or, in other words, volition will
take place.
The opposing tension need not, however, have desire for its
concomitant. It may be furnished by the mere inertia of the
nervo-muscular system ; as when a man, wishing to do some-
thing which requires exertion, is too weary to do it. Weariness
implies a diminution in the total amount of contractile force ;
a state in which a tension greater than ordinary is obviously
required for the initiation of muscular motion. Conversely,
the originating tension need not always be supplied by desire,
but may be consequent upon vivacity, which is the presence
of a superfluous amount of vital energy ; as exemplified alike
in the morning frolics of an infant, in the singing of birds,
and in the gambols of a dog when released from his kennel.
Casus as simple as those here treated occur no doubt with
somparative infrequency., Usually’a great number of motives,
cH, XVII.] SOCIOLOGY AND FREE-WILL, 179
indefinitely complex and variable in their mutual combina-
tions and oppositions, are simultaneously operative. But
however numerous or complicated the forces at work, from
whatever source the motives to action or inaction arise, what-
ever be the nature of the incentives to one kind of conduct
or to some other kind, it is equally true that the result
depends upon their comparative strength. Indeed, since
forces can be measured only by their effects, to say that
of two conflicting motives one is followed by volition, is to
call that motive the stronger one. “ Our only evidence of
excess of force is the movement it produces ”; and when the
ancient engineer wished to ascertain the comparative power
of a couple of catapults, he had no alternative but to see
which would hurl its stone to the greater distance. To say
explicitly that volition does not follow the strongest motive,
is to say implicitly that motion does not always follow the
line of least resistance; which is to deny the persistence
of force.
Volition being accordingly regarded as the process whereby
feeling initiates action, it becomes evident that the term
“free” is no more applicable to it than the termn “ copper-
coloured.” As Mr. Bain observes; “ The designation ‘liberty
of choice’ has no real meaning, except as denying extraneous
interference. If I am interfered with by another person com-
pelling me to act in one way, then it may be said, intel-
ligibly enough, that I have not liberty of choice. But, as
between the different motives of my own mind, there is no
meaning in the use of the word ‘liberty.’ Various motives,—
p-esent or prospective pleasures and pains,—concur in urging
me to act. The result of the conflict shows that one group is
stronger than another, and that is the whole case.”! Or,
as M. Littré has still more forcibly reminded us, the term
“liberty,” as applied to volition, means the power of obeying
the strongest motive. When that power is interfered with,
+ Bain, The Emotions and the Will, 1st edit. p. 550.
N 2
180 COSMIC PHILOSOPHY. (pr. m
by paralysis or insanity, or the constraint exercised by other
persons, then we may truly say that we are deprived of free-
will and of responsibility. But so long as circumstances allow
volition to follow the strongest motive, then we truly say that
we are free and responsible for our actions. Thus the tables
are completely turned, and much of the current disputation
on this subject is reduced at once to unmeaning verbiage.
The popular arguments in favour of “freedom” are seen to
be as palpable cases of ignoratio elencht as are those daily
urged against the development hypothesis. By a scientific
definition of Will, the assertion. of freedom is set aside as
irrelevant, leaving behind the assertion of non-causation.
That this too is virtually disposed of by the same definition,
scarcely needs pointing out. Yet, for the sake of still greater
clearness, our present results may fitly be supplemented by a
new class of considerations.
That volitions differ from all other phenomena by their
capability of occurring without any cause, is the opinion of
the frée-will philosophers; and Mr. Smith, in criticizing
the contrary opinion, remarks that “if comets formed their
own future” (ze, were endowed with volition), “they would
be rather embarrassing subjects of science.” Without at-
tempting to decipher the vagaries in which these cosmical
bodies might in such case take it upon themselves to in-
dulge,! it will be enough for my present purpose to point out
some of the shoals on which the free-will doctrine must land
its defenders. If volitions arise without cause, it necessarily
follows that we cannot infer from them the character of the
antecedent states of feeling. If, therefore, a murder has been
committed, we have @ priori no better reason for suspecting
1 In point of fact a comet does “form its own future” iu the same way
that a man does. The state of a heavenly body at any given moment is a
product, partly of the forces, molar and molecular, with which it was endowed
at the preceding moment, and partly of the forces simultaneously exerted
upon it by euvironing heavenly bodies. The case of human volition differs .
from this in nothing save the number and complexity, and consequeat rela
tive incalculableness, of the forces at work,
CH. XVII.} SOCIOLOGY AND FREE-WILL. 181
the worst enemy than the best friend of the murdered man.
If we see a man jump from a fourth-story window, we must
beware of too hastily inferring his insanity, since he may be
merely exercising his free-will ; the intense love of life im-
planted in the human breast being, as it seems, unconnected
with attempts at suicide or at self-preservation. We can thus
frame no theory of human actions whatever. The countless
empirical maxims of every-day life, the embodiment as they
are of the inherited and organized sagacity of many genera-
tions, become wholly incompetent to guide us; and nothing
which any one may do, ought ever to occasion surprise. The
mother may strangle her first-born child, the miser may cast
his long-treasured gold into the sea, the sculptor may break
in pieces his lately-finished statue, in the presence of no
other feelings than those which before led them to cherish,
to hoard, and to create.
To state these conclusions is to refute their premise.
Probably no detender of the doctrine of free-will could be
induced to accept them, even to save the theorem with which
they are inseparably wrapped-up. Yet the dilemma cannot
be avoided. Volitions are either caused, or they are not. If
they are not caused, an inexorable logic brings us to the
absurdities just mentioned. If they are caused, the free-will
doctrine is annihilated. No help is afforded by the gratuitous
hypothesis that there is a connection between the act and the
mative, which yet is not a causal connection. Such con-
neciicn, if it exist, must be a case either of conditional
invariable sequence, or of unconditional invariable sequence.
On the first supposition, we have a case like the succession of
day and night, in which both terms of the sequence are
conditioned upon a third fact; so that here we do not escape
causation. The second supposition is but an ass:2rtion of
causation in other words. While to take refuge in the
postulate that this assumed connection is a case of variable
Jequence, is to affirm and deny connection in the same breath,
182 COSMIC PHILOSOPHY. (pr. 1
But it is said that consciousness declares the Will to be
free; and therefore that any attempt to disprove its freedom
by reasoning is suicidal, since all such reasoning must end
by impugning the veracity of that consciousness on which
its own data are ultimately based. An ingenious argument
truly, the conclusion whereof would be more readily ad-
mitted, if its premise were true. Consciousness, which is
so confidently appealed to as establishing by its infallible
verdict the doctrine of free-will, in fact says nothing about
the matter. That volitions are uncaused, is a proposition
altogether too indirect for consciousness to sit in judgment
upon, and it can neither be proved nor disproved by simple
introspection. It would have been equally appropriate for the
' medieval astronomer to appeal to conscivusness as testifying
to the revolution of the sun about the earth. As Mr. Bain
observes, “it is a great stretch of asseveration to call the
construction of an enormous theory an act of consciousness
so simple that we cannot make a slip in performing it.”?
Consciousness tells us only that we will. By observation
and experience—not by the simple and direct interrogation
of consciousness—we know that, circumstances permitting,
our volitions may be accomplished. With the exception,
therefore, of those theological fatalists who assert that
human actions are determined by an external constraining
power, it is the universal opinion that men can voluntarily
determine their own actions; and this is just what the much-
abused testimony of consciousness amounts to. Thisis all that
it means to anyone not mystified by metaphysics; the non-
causation of volitions being a theorem so far from obvious
to a great many men, that it requires considerable explana-
“ion to make them understand it. By the testimony of
consciousness, as thus interpreted, the assertors of the
lawlessness of volition are not helped in the least. The
question at issue between them and their opponents is, not
1 The Emotions and the Will, 1st edit. p. 563,
oh ey OE ee ee oe AP
on, XvII.] SOCIOLOGY AND FREE-W1LL. 183
whether the actions of men are normally free, but whether their
freedom is consistent with their being caused. The assertors
of “Free-Will” maintain that causation is inconsistent with
liberty! The so-called necessarians assert that liberty ana
causation are quite consistent with each other. To which we
must now add, that it is not causation, but the absence
thereof, which is as incompatible with liberty as it is with law.
For the causationist, believing that volition invariably
follows the stronger motive, endeavours to increase the
relative strength of all those emotions whose outcome is
virtuous and upright conduct, while he strives to weaken
those feelings whose tendency is toward base and ignoble
conduct. Knowing that by continual indulgence desire is rein-
forced, while by constant repression it is enfeebled, he applies
this knowledge to the control of his will and the discipline of
his character. But on tl.e theory that volitions are causeless,
all methods of self-discipline become of no avail. If they
are powerless to influence action, it is of small practical
importance whether noble and sympathetic or base and selfish
motives are prevalent; and the moral distinction between
them loses most of its significance. Why, asks Mr. Smith,
“is a Philip II. more the subject of moral disapprobation
than tlie plague?” Why, indeed, unless his atrocious crimes
are to be interpreted as the necessary outgrowth of a character
wherein good motives were impotent and bad motives all-
powerful. Were volition self-determining, then similar acts
1 “The law of bondage throughout the universe is the law of cause and
éffect. In the violation, then, of this law, true freedom must consist.”
Ferrier, Lectures and Philosophical Remains, vol. ii. p. 255. One might
expect such a remark as this trom Mr. Goldwin Smith, who speaks of being
“bound by the chain of certain causation”; but from so acute a thinke
as Prof. Ferrier, it is surprising. To adopt, in a somewhat altered sense,
Kant’s happv illustration,—the spectacle of a bird denouncing as an encum-
brance the air by which alone it is enabled to fly, would be a fitting parallel
to the spectacle of those philosophers who decry that regularity of sequence
through which alone has “freedom” any meaning. As Lessing long ago
said, with well-bestowed contempt, “‘ Le beau privilége d’étre soumis & une
uissance aveugle qui ne suit aucune régle! Zn seruitje moins le jowet du
rd parce que ce hasard résiderait en moi?”
184 COSMIC PHILOSOPHY. (ex. 1.
might have been committed by a Washington or a Borromeo,
Obviously there would be little use in laboriously schooling
our desires to virtue, if at any moment in spite thereof, some
uncaused volition might bring forth from us a detestable
deed. It is therefore not the doctrine of causation, but the
so-called free-will doctrine, that, if true, would “ put an end
to self-exertion,” and deprive us of every “rule of right
action.” Since self-control, and therefore liberty, is impossible
unless volition is determined by desire; it is the latter
doctrine—not the former—which is really inconsistent with
the assertion of human freedom, which takes from us the
dignity of responsibility, ard makes man the sport ot a
grotesque and purposeless chance.
In truth, the immediate corollaries of the free-will doc-
trine are so shocking not only to philosophy but to common-
sense, that were not accurate thinking a somewhat rare
phenomenon, it would be inexplicable how any credit should
ever have been given to such a dogma. This is but one of
the many instances, in which by the force of words alone,
men have been held subject to chronic delusion. The
libertarian doctrine has obtained currency because it has
talked loudly of human freedom, with which nevertheless a
brief analysis proves it to be incompatible. Substitute for
the unmeaning phrase “ freedom of the Will,” the accurate
phrase “lawlessness of volition,’ and the theory already
looks less plausible. In place of the vague and ambiguous
word “ necessity,” write the clear and definitely-connotative
word “causation,” and the scientific theory at once loses its
imaginary terrors, The titles with which the free-will doc-
trine decorates itself, and those with which it brands its
opponent, are alike “ question-begging epithets.” They serve
to prejudge the point at issue,
Not content with the overwhelming prestige which its
name thus gives it, the free-will doctrine seeks to follow
up its advantage by identifying its antagonist with Asiatic
cu. Xvi1.] SOCIOLOGY AND FREE-WILL. 185
fatalism; a confusion of ideas like that under which Mr,
Bounderby laboured, when unable to see the difference
between giving workmen their just dues, and feeding them
with turtle-soup out of a gold-lined spoon. To say that
actions dependent on volition will take place whenever the
essential conditions are present, and to say that they will take
place even if the conditions are absent, are by free-will
theorists held to be one and the same assertion!* Fatalism
is, however, much more closely akin to their own doctrine,
Each ignores causation ; each is incompatible with personal
freedom; the only difference between them being that the
one sets up Chance, while the other sets up Destiny, as the
arbiter of human affairs. And while each doctrine is theo-
retically held by large bodies of men, each in practice is
habitually contradicted by its upholders. The defenders of
free-will, who in practice are obliged to admit a certain con-
aection between acts and motives, and the Arab fatalists,
among whom the saying is current that “when Allah wills
an event, he prepares the causes beforehand,” alike ex-
emplify this. Though both agree in repudiating causation,
both equally in their every-day maxims give evidence of
an unconscious belief in its existence.
Having identified the causation theory with fatalism, it
Lecomes all the easier for its opponents to accuse it of deny-
ing moral responsibility. Accordingly, when Mr. Buckle,
following in the footsteps of Laplace, inferred from the regu-
larity of the statistics of crime and suicide, marriages and
uead-letters, that voluntary actions conferm to law ;? it was
1 “Tt is owing to the very general misconception of the nature of Law that
there arises the misconception of Necessity ; the fact that events arrive irre-
sistibly whenever their conditions are present, is confounded with the concep-
tion that the events must arrive whether the conditions be present or not,
being fatally predetermined. Necessity simply says that whatever is is, and
will vary with varying conditions. Fatalism says that something must be ;
and this something cannot be modified by any modification of the conditions.”
—Lewes, Problems of Life and Mini, vol. i. p. 899.
2 Buckle, Civilization in Eng’and, vol. i. pp. 20—80; Laplace, Essai sur
es Probabilités, p. 76.
186 COSMIC PHILOSOPHY. ; (pr. 1.
proposed by one of his reviewers that state-governments
should at once suspend judicial operations, and having
ascertained from statistics the yearly number of murders,
should forthwith hang a corresponding number of individuals,
selected by lot from the community. To which suggestion the
natural reply would have been, that if governments ever do
adopt this singular course of administering justice, they will
then be consistently acting on the belief that motives do not
stand in a causal relation to volitions. If the volition can
follow the weaker motive, the feelings which ordinarily
deter from the commission of crime, need not be strength-
ened by the fear of punishment.*
Thus do all the favourite arguments in behalf of the free-
will hypothesis recoil upon its defenders. To adopt from
barbarian warfare, an ungraceful but expressive simile, they
are like awkwardly-thrown boomerangs which wound the
thrower. Attempting, as the free-will philosophers do, to
destroy the science of history, they are compelled by an
inexorable logic to pull down with it the cardinal principles
of ethics, politics, and jurisprudence. Political economy, if
rigidly dealt with on their theory, would fare little better ;
and psychology would become chaotic jargon. That psy-
chical actions, and volitions among them, conform to law, is
the indispensable axiom of every science or philosophy
which treats of the mind and its products, whether indi-
1 “The very reason for giving notice that we intend to punish certain acts,
and for inflicting punishment if the acts be committed, is that we trust in the
efficacy of the threat and the punishment as deterring motives. If the voli-
tion of agents be not influenced by motives, the whole machinery of law
becomes unavailing, and punishment a purposeless infliction of pain. In fact
it is on that very ground that the madman is exempted from punishment ;
his volition being presumed to be not capable of being acted upon by the
deterring motive of legal sanction. The free agent, thus understood, is one
who can neither feel himself accountable, nor be rendered accountable to or
by others. It is only the necessary agent (the person whose volitions are de-
termined by motives, and, in case of conflict, by the strongest desire or the
strongest apprehension) that can be held really accountable, or can feel hime
self to be so.”—Grete, Review of Mill’s Examination of Hamilton's Philo:
sophy, p. 976
CH, XVI.) SOCIOLOGY AND FREE-WILL. 187
vidually or socially embodied. He-who asserts the contrary,
maintains “a form of the Manichean doctrine of two prin-
ciples .... in which one principle, that of order, presides
over the physical phenomena of the universe, and the other,
that of disorder, over its moral phenomena.”! As I have
already said, no middle ground can be taken. The denial of
causation is the affirmation of chance, and “between the
theory of Chance and the theory of Law, there can be no
compromise, no reciprocity, no borrowing and lending.” To
write history on any method furnished by the free-will
doctrine, would be utterly impossible. Mr. Smith tells us
that “finding at Rome a law to encourage tyrannicide, we
are certain that there had been tyrants at Rome, though
there is nothing approaching to historical evidence of the
tyranny of Tarquin.” By drawing this inference he abandons
his own principles, according to which the law in question
might have originated without any cause except the self-
determining will of some Roman legislator. And he is
equally inconsistent in saying that “a nation may have to go
through one stage of knowledge or civilization before it can
reach another, but its going through either is still free.” If
by this it is meant that a nation’s progress need not be due
to constraint exercised over it by other nations, the state-
ment is true, but it is one which no one has thought of dis-
puting. But if it is meant that the latter of two successive
stages of civilization is not caused by the former, the state-
ment destroys itself. By admitting that “a nation may have
to go through one stage of civilization before it can reach
another,” Mr. Smith gives up his case and concedes all which
has ever been claimed by those who would construct a
science of history. If there is a definite order of sequence
among the stages of civilization, that order may sooner or
later be formulated, and to formulate that order is.to found
sociology as a science. But if causation in history is denied,
3 W. Adam, Theories of History, p. 65.
188 COSMIC PHILOSOPHY, [pr wu.
if each epoch is not determined by the preceding epoch,
then the inference is inevitable that the French Revolution
might have happened in the reign of Louis XI., or that the
progress of Christianity might have been eastward instead of
westward. Thus all conception of progress, as well as all
conception of order, is at an end. Thus the vast domain of
History, numbering among its component divisions the phe-
nomena of Language, Art, Religion, and Government, the
products of social activity as well as the phases of social
progress, becomes an unruly chaos, a Tchu-va-Bohu, where
event stumbles after event, and change jostles change, with-
out sequence and without law.
I think, therefore, we are quite justified in saying that,
when stripped of the metaphysical jargon in which it is
usually propounded, the question of free-will becomes an
easy one to answer. Having laid the dust which metaphy-
sicians have kicked up, we find our vision no longer obscured.
From whatever scientific stand-point we contemplate the
doctrine of the lawlessness of volition, we find that its
plausibleness depends solely on tricks of language. The first
‘rick is the personification of Will as an entity distinct from
all acts of volition; the second trick is the ascription to this
entity of “freedom,” a word which is meaningless as applied
to the process whereby feeling initiates action; and the third
trick is the assumption that desires or motives are entities
outside of a person, so that if his acts of volition were
influenced by them he would be robbed of his freedom. Any-
one, however, who is not misled by these verbal quibbles, and
who bears in mind that a person, psychologically considered,
is nothing more than the sum of his conscious states, will
perceive at once that when the desires or aversions determine
the volitional acts, it is the person himself who determines
them. We have accordingly seen that, since liberty of choice
means nothing if it does not mean the power to exert volition
in the direction indicated by the strongest group of motives ;
on. Xvit.] SOCIOLOGY AND FREE-WILL, 189
and since all control over character is impossible unless de-
sires and volitions occur in a determinate order of sequence ;
it is the doctrine of lawlessness and not the causationist
doctrine which is incompatible with liberty and destructive
of responsivility. The rhetoric which Mr. Goldwin Smith
lavishes, on the strength of a set of misapplied phrases, might
therefore be justly retorted upon him, on the strength of a
psychologic analysis. And this, which is the conclusion of
science, we have seen to be also the conclusion of common
sense. Whatever may be our official theories, we all practi-
cally ignore and discredit the doctrine that volition is lawless.
Whatever voice of tradition we may be in the habit of
echoing, we do equally, from the earliest to the latest day of
our self-conscious existence, act and calculate upon the
supposition that volition, alike in ourselves and in others,
follows invariably the strongest motive. And upon this
ineradicable belief are based all our methods of government,
of education, and of self-discipline. Finally, in turning our
attention to history, we have found that the aggregate of
thoughts, desires, and volitions in any epoch is so manifestly
dependent upon the aggregate of thoughts, desires, and
volitions in the preceding epoch, that even the assertors of
the lawlessness of volition are forced to commit logical suicide
by recognizing the sequence. Thus, whether we contemplate
volitions themselves, or compare their effects, whether we
resort to the testimony of psychology or to the testimony of
history, we are equally compelled to admit that Law is coex-
tensive with all orders of phenomena and with every species
of change,
It is hardly creditable to the character of the present age
for scientific enlightenment that such a statement should need
«o be made, or that twenty-six pages of critical argument
should be required to illustrate it. To many this chapter will
no doubt seem much like an elaborate attempt to prove the
truth of the multiplication table. Nevertheless where such
190 _ COSMIC PHILOSOPHY. [pr. 11.
a blinding metaphysical dust has been raised, a few drops of
the cold water of common-sense may be not only harmless
but useful. Having thus done somewhat to clear the air, we
may next proceed to point out the way in which social changes
conform to the Law of Evolution,
CHAPTER XVIIL
THE EVOLUTION OF SOCIETY,
Any attempt to discover the laws to which social changes
conform must run great risk of being frustrated by the mere
immensity of the mass of details which the investigator
strives to arrange in orderly sequence. Seemingly number-
less as are the phenomena dealt with by the physical sciences,
they bear no proportion, either in multitude or in variety, to
the facts upon which the student of sociology must build his
scientific theorems. Facts concerning man in his physical
relations to soil, climate, food, and the configuration of the
earth, blend with facts concerning the intellectual and moral
relations of men to each other and to the aspects of nature
by which they are surrounded, making up a problem of such
manifold complexity that it may well have long been deemed
incapable of satisfactory solution. The fit ground for wonder
is, indeed, not that we are as yet unable to arrive at accurate
prevision amid such a diversified throng of phenomena, but
that, considering the meagreness of our knowledge in many
other departments, we should have been able to detect any
uniformity whatever in human affairs, and having detected
.f, to explain it upon trustworthy scientific principles.
There is but one way to conduct such an intricate investiga-
tion securely to its final issue; and that is, to make extensive
192 COSMIC PHILOSOPBY. [er. 11
use of elimination as it is employed in the simpler sciences. |
“If without any previous investigation of the properties of
terrestrial matter, Newton had proceeded at once to study the
dynamics of the universe, and after years spent with the
telescope in ascertaining the distances, sizes, times of revolu-
tion, inclinations of axes, forms of orbits, perturbations, etc.,
of the celestial bodies, had set himself to tabulate this
accumulated mass of observations, and to educe from them
the fundamental laws of planetary and stellar equilibrium,
he might have cogitated to all eternity without arriving at a
result.” This lucid illustration, which I have cited from the
introduction to Mr. Spencer’s “Social Statics,” suggests the
proper method of approaching the investigation of complex
phenomena. Minor perturbing elements must for a time be
left out of consideration, just as the inequalities of motion
resulting from the mutual attractions of the planets were at
first passed over in the search for the general formula of
gravitation. The discussion of endless minute historical
details must be reserved until the law of social changes has
been deduced from the more constant phenomena, and is
ready for inductive verification. A law wide enough to form
a basis for sociology must needs be eminently abstract, and
can be found only by contemplating the most general and
prominent characteristics of social changes. The prime
requisite of the formula of which we are in quest is that it
should accurately designate such changes under their leading
aspect.
Now by far the most obvious and constant characteristic
common to a vast number of social changes is that they are
changes from a worse to a better state of things,—that they
constitute phases of Progress. It is not asserted that human
history has in all times and places been the history of
progress ; it is not denied that at various times and in many
places it has been the history of retrogression; but attention
is called to the fact-—made trite by long familiarity, yet none
OH. XVILI. | THE EVOLUTION OF SOCIET.. 193
the less habitually misconceived—that progress has been on
the whole the most constant and prominent feature of the
history of a considerable and important portion of mankind.
Around this cardinal fact have clustered, as I just hinted,
many serious misconceptions. The illustrious thinkers of
the last century, who endeavoured to study human history
from a scientific point of view, were unconsciously led into
an error from which contemporary writers have not as yet
entirely freed themselves. The followers of Turgot and
Condorcet were prone to regard progress as something neces-
sary and universal, They attempted to account for it, much
as Lamarck tried to explain organic development, as the
continuous and ubiquitous manifestation of an occult, in-
herent tendency toward perfection. Subsequent literature
exhibits many traces of this metaphysical conception. Thus
Dr. Whately, in his edition of Archbishop King’s discourses,
asserts that “civilization is the natural state of man, since
he has evidently a natural tendency toward it.” Upon which
it has been aptly remarked that, “by a parity of reasoning,
old age is the natural state of man, since he has evidently
a natural tendency towards it.” Indeed, as this comparison
is intended to show, it is difficult to use such expressions
as “natural state” and “natural tendency” without becoming
involved in a confusion of ideas. And to ascribe progress
to an inherent tendency, without taking into account the
complex set of conditions amid which alone that tendency
can be realized, is to give us an empty formula instead of
a scientific explanation. Whether the individual will die
young or reach old age, and whether the community will
remain barbarous or become civilized, depends, to a great
extent, upon environing circumstances; and no theory of
progress can have any value which omits the consideration
of this fact. Mr. William Adam labours under the confusion
of ideas here signalized, when he finds fault with Sir G. C.
Lewis for upholding the doctrine of progress while admitting
VOL. IL Oo
194 COSMIC PHILOSOPHY. (pr. 1,
that certain races have never advanced in civilization. For
this, Mr. Adam accuses him of virtually dividing mankind
into two differently-constituted races, of which the one
possesses, while the other lacks, the inherent tendency toward
perfection! He might as well maintain that because we
admit that certain men are stunted, while others grow tall,
we divide mankind into two differently-constituted races, of
which the one possesses while the other lacks, the inherent
tendency toward increase in size. Closely allied to this
fallacy is that which associates lateness in time with com-
pleteness in development, and requires us to assume that
nowhere at any time has there been a temporary retrogression.
Thus Mr. Goldwin Smith appears to be confused by the
impression that the temporary decline in the moral tone of
English society after the Restoration of Charles IL., is a fact
inconsistent with the doctrine of a general progress. And
Mr. Mansel still more preposterously declares that on the
theory of progression we ought to regard the polytheism of
imperial Rome as a higher form of religion than the earlier
Hebrew worship of Jehovah. While another form of the
same confusion is to be seen in the attempts which writers
imbued with the conception of progress often make, to coax
the annals of the past into affirming the uninterrupted
advance of civilization.
These examples show how vaguely the doctrine of progress
has hitherto been apprehended. The fallacy of supposing
civilization to have proceeded serially, or uniformly, or in
consequence of any universal tendency, is nearly akin to the
fallacy of classifying the animal kingdom in a series of ascend-
ing groups,—a fruitful source of delusion, which it was Cuvier's
great merit to have steadily avoided. The theological habit
of viewimg progressiveness as a divine gift to man,’ and the
2 W. Adam, Theories of History, p. 87.
* “It is impossible for mere savages to civilize themselves. . . . Come —
sequently men must at some period have received the rudiments of civilization
tH. XVIII.) THE EVOLUTION OF SOCIETY, 195
metaphysical habit of regarding it as a necessary attribute of
humanity, are equally unsound and equally fraught with
error. Until more accurate conceptions are acquired, no
secure advance can be made toward discerning the true
order of social changes. Far from being necessary and
universal, progress has been in an eminent degree contingent
and partial. Its career has been frequently interrupted by
periods of stagnation or declension, and wherever it has
gone on, it has been forwarded, not by an inexplicable ten-
dency or nisus, but by a concurrence of favourable con-
ditions, external and internal. We must remember more-
over, as Sir Henry Maine reminds us,’ that the communities
which have attained to a conspicuous degree of civilization
constitute a numerical minority of mankind. Contempora-
neous with the rapidly advancing nations of Europe exist
the sluggish nations of Asia, and the almost stationary tribes
of Africa and Polynesia.
“Better fifty years of Europe than a cycle of Cathay.”
So irregular, indeed, has been the march of civilization, that
most stages of progress may be made the subject of ocular
investigation at the present day.
In the science of history, therefore, old “means not old
in chronology, but in structure: that is most archaic which
lies nearest to the beginning of human progress considered
as a development, and that is most modern which is farthest
removed from that beginning.” ?
Nevertheless, in spite of the fact that the career of progress
has been neither universal nor unbroken, it remains entirely
true that the law of progress, when discovered, will be found
to be the law of history. The great fact to be explained is
from a superhuman instructor.” (!) Whately’s Rhetoric, p. 94. A statement
not altogether compatible with the one just quoted from the same author in
the text.
aero’ Law, p. 24; cf. Lewis, Mthods of Observation in Politics, vol. i.
02.
2M Lennan, Primitive Marriage, p. 9.
0 2
196 COSMIC PHILOSOPHY. (Pr. 11.
either the presence or the absence of progress. And when we
have formulated the character of progress, and the conditions
essential to it, we have the key to the history of the stationary
as well as of the progressive nations. When we are able to
show why the latter have advanced, the same general principle
will enable us to show why the former have not advanced.
Though in biogeny we habitually view the process of natural
selection as the process whereby higher organisms are slowly
originated, the principle loses none of its importance because
sundry species from time to time suffer deterioration, or
remain stationary, or become extinct. When we know how it
is that some species advance, we know how it is that other
species do not advance. So, in the science of language, which
is equally with sociogeny a science of development—being,
indeed, neither more nor less than a quite special province
of sociogeny—we rightly consider the main problem solved
when we have explained the process of phonetic integration,
by which languages ascend from the primary, through the
secondary, to the tertiary stage of structure. It matters not
that Chinese remains to this day a primary language, and
that the numerical majority of languages have not yet become
tertiary by completely fusing together the component roots
of their words. The process by which languages pass from a
lower stage to a higher remains none the less the fundamental
phenomenon to be investigated, and when we have generalized
the conditions under which this process takes place, we can
xplain its absence as well as its presence. Now the case is
the same with progress in society, that it is with progress.
in language or in organic life. Whether manifested or not
manifested in any particular community, progress is still
the all-important phenomenon to be investigated. It is the
one grand phenomenon, to explain the presence and the
absence of which, is to explain the phenomena of history
Just as the study of the languages which have advanced
furnishes us the key for understanding those which have
oh lat Ll ly Ek
#H. XVIII] THE EVOLUTION OF SOCIETY. 197
not advanced, ‘so the study of the progressive communities
furnishes us, as we shall see, the law of history ; a law which,
in its most general expression, covers the phenomena pre-
sented by the non-progressive communities likewise. Ccmte
was therefore right in restricting the main current of his
inquiry to the course of that civilization which began on the
eastern shores of the Mediterranean, and has extended over
Europe and a portion of America, The same plan will be
pursued in the present chapter. Although incidental con-
firmation will be sought in the history of the stationary
communities, our main problem will be to formulate the law
of progress from a comparison of the phenomena presented
by the progressive communities.
But before we can fairly enter upon our task, it will be
desirable for us to note the Factors of Progress with which
we shall chiefly have to deal.
The prime factors in social progress are the Community
and its Environment. The environment of a community
comprises all the circumstances, adjacent or remote, to which
the community may be in any way obliged to conform its
actions. It comprises not only the climate of the country,
its soil, its flora and fauna, its perpendicular elevation, its
relation to mountain-chains, the length of its coast-line, the
character of its scenery, and its geographical position with
reference to other countries ; but it includes also the ideas,
feelings, customs, and observances of past times, so far as
they are preserved by literature, traditions, or monuments;
_as well as foreign contemporary manners and opinions, so far
as they are known and regarded by the community in ques-
tion. Thus defined, the environment may be very limited or
very extensive. The environment of an Eskimo tribe consists
of the physical circumstances of Labrador, of adjoining
tribes, of a few traders or travellers, and of the sum-total of
the traditions received from ancestral Eskimos. These make
up the sum of the conditions affecting the social existence of
198 COSMIC PHILOSOPHY. fpr.
the Eskimos. The environment of the United States, on the
other hand, while it comprises the physical conditions of the
North American continent, comprises also all contemporary
nations with whom we have intercourse, and all the organized
tradition—political and ethical, scientific and religious—
which we possess in common with all the other commu
nities whose civilization originated in the Roman Empire.
The significance of this increase of size and diversity in the
environment will be explained presently.
Bearing in mind this definition of a social environment—
which I believe carries with it its own justification—let us
briefly notice the error committed by those writers who would
fain interpret all the most important social phenomena as due,
solely. or chiefly, to physical causes. This is an error fre-
quently committed by physiologists who try their hand at
the investigation of social affairs, and who attempt to treat
sociology as if it were a mere branch of biology. But this
is not the case. As we have seen psychology to be an off-
shoot from biology, specialized by the introduction of in
quiries concerning the relations of the percipient mind to it
environment; we must similarly regard sociology as an off-
shoot from psychology, specialized by the introduction of
inquiries concerning the relations of many percipient and
emotionally-incited minds to each other and to their common
environment. As in biogeny all attempts to discover the law
of organic development failed utterly so long as the relations
of the organism to physical environing agencies were alone
studied, and succeeded only when Mr, Darwin took into
account the relations of organisms to each other; so still
more inevitably in sociogeny must all our efforts fail so long
as we consider merely the physiologic relations of a commu-
nity to the country in which it dwells, and refuse to recognize
the extent to which communities influence each other by
means that are purely intellectual or moral. Doubtless the
character of the physical environment is of importance, more
cH. XVIII.] THE EVOLUTION OF SOCIETY. 199
especially, perhaps, in the earlier stages of civilization. No
doubt civilization will first arise, other things equal, in a
locality where food and shelter can be obtained with a
medium amount of exertion; where nature is neither too
niggard nor too lavish in the bestowal of her favours. No
doubt there is a physical significance in the fact that civiliza-
tion began, not in barren Siberia, or in luxuriant Brazil, but
in countries like Egypt and Mesopotamia, which were neither
so barren as io starve, nor so luxuriant as to spoil, the
labourer. No doubt the Greeks owed much to the extent of
their coast-line. No doubt—above all—the Mediterranean is
_ justly sacred to the student of history as partly the civilizer
of the peoples who upon its waves first courted adventure,
and conducted commerce, and imparted to each other cosmo-
politan sympathies which could never have been evoked but
for some such intercourse, All this may be granted. But as
civilization advances, the organized experience of past gene-
rations becomes to a greater and greater extent the all-
important factor of progress. As Comte expresses it, in one
of his profoundest aphorisms, the empire of the dead over
the living increases from age to age. If we contemplate,
from a lofty historical point of view, the relative importance
of the factors in the environment of our United States, I
believe we shall be forced to conclude that the victory of the
Greeks at Marathon, the conquest of Gaul by Cesar, the
founding of Christianity, the defeat of Attila at Chalons and
of the Arabs at Tours, the advent of the Normans in England,
the ecclesiastic reforms of Hildebrand, the Crusades, the
revolt of Luther, the overthrow of the Spanish Armada, and
the achievements of scientific inquirers from Archimedes to
Faraday, have influenced and are influencing our social con-
ition to a far greater extent than the direction of the Rocky
Mountains, or the position of the Great Lakes or the course
of the Gulf Stream. Or if we inquire why the Spaniards
are still so superstitious and bigoted, I believe we shall find
200 COSMIC PHILOSOPHY. [pr. 11.
little enlightenment in the fact that Spain is peculiarly
subject to earthquakes, but much enlightenment in the
fact that for eight centuries Spain was the arena of a life-
and-death struggle between orthodox Christians and Moorish
unbelievers. i
The mention of Spain and earthquakes brings me to Mr.
Buckle, a writer of marked ability, who, though he did not
explicitly countenance the error I am here criticizing, was
nevertheless sometimes betrayed into committing it, as may
be seen from the following passage :—“The Arabs in their
own country have, owing to the extreme aridity of their soil,
always been a rude and uncultivated people; for in their case,
as in all others, great ignorance is the fruit of great poverty.
But in the seventh century they conquered Persia; in the
eighth century they conquered the best part of Spain; in the
ninth century they conquered the Punjab, and eventually
nearly the whole of India. Scarcely were they established
in their fresh settlements, when their character seemed to
undergo a great change. They who in their original land
were little else than roving savages, were now for the first
‘ime able to accumulate wealth, and, therefore, for the first
‘ime did they make some progress in the arts of civilization.
Yn Arabia they had been a mere race of wandering shepherds;
in their new abodes they became the founders of mighty
empires, — they built cities, endowed schools, collected
libraries ; and the traces of their power are still to be seen
at Cordova, at Bagdad, and at Delhi.”1 To exhibit the utter
superficiality of this explanation, we have only to ask two
questions. First, if the Arabs became civilized only because
they exchanged their native deserts for Spain, Persia and
India, why did not the same hold true of the Turks, when
they exchanged their barren steppes for the rich empire
of Constantinople? Though they have held for four cen-
turies what is perhaps the finest geographical position on the
1 History of Civilization, vol. i. p. 42
Ps ne a ig
a eh
cH. XVIII.] THE EVOLUTION OF SOCIETY. 201
earth’s surface, the Turks have never directly aided the
progress of civilization. Secondly, how was it that the Arabs
ever came to leave their native deserts and to conquer the
region between the Pyrenees and the Ganges? Was it
because of a geologic convulsion? Was it because the soil,
the climate, the food, or the general aspect of nature, had
undergone any sudden change? One need not be a profound
student of history to see the absurdity of such a suggestion.
It was because their minds had been greatly wrought upon
by new ideas ; because their conceptions of life, its duties,
its aims, its possibilities, had been revolutionized by the
genius of Mohammed. The whole phenomenon requires a
psychological, not a physical, explanation.
The environment in our problem must, therefore, not only
include psychical as well as physical factors, but the former
are immeasurably the more important factors, and as civiliza-
tion/advances their relative importance steadily increases.
Bearing in mind these preliminary explanations, let us now
address ourselves to the problem of social evolution, applying
to the solution of it sundry biological principles established
in previous chapters. We have first to observe that itis a
corollary from the law of use and disuse, and the kindred
biologic laws which sum up the processes of direct and
indirect equilibration, that the fundamental characteristic of
social progress is the continuous weakening of selfishness and
the continuous strengthening of sympathy. Or—to use a mor
convenient and somewhat more accurate expression suggested
by Comte—it is a gradual supplanting of egoism by altruism.
In the course ux our inquiry into the causes of organic
evolution; it was shown that all the processes cooperating
in the development of higher from lower forms of life, are
in the widest and deepest sense processes of equilibration.
The all-important truth was there demonstrated, that the
progress of life on the earth has been the continuous equilibra-
1 See above, chapters xii. and xiii,
202 COSMIC PHILOSOPHY. . {Pr. 11.
tion of the organism with its environment. In the mainten-
ance of such an equilibrium life has been shown to consist.
Accordingly, as we have seen, if the environment is suddenly
and violently altered, the organism perishes; but when it is
altered slowly, the organism slowly adapts itself to it. If
the adaptation is not completed within a single generation,
nevertheless a sufficient number of generations will com-
plete it, just as the children and grandchildren of an emi-
grant become more and more thoroughly acclimated to their
new home. ?
It is now to be shown that civilization is a slow process
of breeding, of adaptation, of acclimatization—mental and
moral, as well as physical,—of equilibration between the
Community and the Environment. From age to age the
environment is slowly but incessantly changing, and to its
gradual changes the human race, embodied in communities,
is continually adapting itself. As just observed, I am not
referring to the physical environment alone; for in dealing
with society we have to take into the account those psycho-
logical factors which have been shown to be by far the most
considerable of all. Leaving out of the aecount all minor
considerations of climate, food, or other physical circum-
stances, and looking at the psychological factors alone, we
must admit that the environment is slowly but constantly
changing. Every city that is built, every generalization
that is reached, every invention that is made, every new
principle of action that is suggested, alters in some degree
the social environment,—alters the sum-total of external
relations to which the community must adjust itself by
instituting new internal relations. The entire organized
experience of each generation, so far as it is perpetuated by
literature or oral tradition, adds an item to the environment
of the next succeeding generation; so that the sum-total of
the circumstances to which each generation is required to
conform itself, is somewhat different from the sum-total of
2
Fore aes be i i Si ra BO is
0B, Xvit1.) THE EVOLUTION OF SOCIETY, 203
circumstances to which the immediately preceding genera-
tion was required to conform itself. Thus the community,
by the inevitable results of its own psychical activity, is
. gontinually modifying the environment; and to the environ-
ment, as thus continually modified, the community must
reciprocally conform itself.
Now in the primitive, isolated, savage condition of man-
kind, what was the environment of each family or petty
tribe, and what kind of emotional activity was it fitted to
awaken? The unanimous testimony of scientific expiorers,
and others who have carefully studied the primitive phases
of society, leaves us in little doubt as to this question. As
Mr. M’Lennan concisely expresses it, “ The state of hostility
is the normal state of the race in early times.”! The environ-
ment of each little tribe is a congeries of neighbouring hostile
tribes; and the necessity of escaping captivity or death
involves continual readiness for warfare, and the continual
manifestation of the entire class of warlike unsocial passions.
While, on the other hand, the tribe is so small and homo-
geneous, that the opportunity for the exercise of sympathetic
and social feelings is confined chiefly to the conjugal and
parental relations. Nevertheless in the exercise of these feelings
in these relations are contained the germs of all subsequent social
progress. While without the limited sphere of the tribe all
is hatred, revenge, and desire to domineer, within the limits
of the tribe there is room for the rudimentary display of
such feelings as loyalty, gratitude, equity, family affection,
personal friendship, and regard for the claims of others.
Since these feelings can be exercised only within family or
tribal limits, it follows that the sphere for their exercise is
relatively small; while as the hostile or egoistic feelings
are conformed to the whole environment outside of the tribe,
it follows that the sphere for their exercise is large. Hence,
in this primitive state of society, the egoistic feelings, being
2 Primitive Marriage, p. 184.
204 _ COSMIC PHILOSOPHY. | [pr. 11,
oftenest called into play in the habitual occupations of life,
will be most active and will overbalance the altruistic feel-
ings. While, on the other hand, as the kindlier sympathies
are but nascent, even the altruistic feelings, such as they are,
will be strongly tinged with egoism. The highest emotion
attainable will be clannishness, and the highest rule of duty
will be that which enjoins loyalty to the tribal patriarch,
This is actually found to be the emotional and ethical condi-
tion of primitively organized communities, wherever they
have been attentively studied by competent observers. Such,
for example, has been the state of things existing from time
immemorial among the American Indians, among the Poly-
nesians, and among the Arabs of the desert; and these
aspects of clan-society, in a somewhat later stage, among the
Scottish Highlanders, are well pourtrayed in several of the
Waverley Novels. :
Now what is it that chiefly determines the slow develop-
ment of the altruistic feelings and the gradual atrophy of the
egoistic feelings? Obviously it is the growth of the commu-
nity in size and complexity,—the gradual enlargement of the
area over which the altruistic feelings extend, and the gradual
increase in the number of social situations which demand
the exercise of those feelings. These conditions are partly
fulfilled when the tribal community grows to a vast size,
remaining structurally a tribe with a patriarchal head,—~—as
was the case in ancient Egypt, Assyria, Persia and India, and
as is still the case in China. But they are still better fulfilled
when the community increases in the complexity of its
internal relations, and, instead of remaining a tribe, hecomes
a federation of civic bodies, as in ancient Grecce, or a single
great civic body, uniting various tribal elements, as in ancient
Rome. In each of these cases, the increased power of’ self-
protection renders warfare less necessary and frequent, and
the partial supplanting of the primitive predatory life by the
occupations of agriculture and trade besins to make men
sae Se ee ee
cH, XVIt1.] THE EVOLUTION OF SOCIETY. 205
more and more dependent on one another over a wider and
wider area, and to create a whole class of interests to which
warfare and destructiveness are more and more inimical.
And in the latter case, where the community assumes a civic
character, the rise of a genuine political life begins to make
men operate on each other by indirect compulsion, or by
persuasion, rather than by direct and brutal compulsion ; and
_ the highest attainable ethical feeling is no longer clannishness
fo) fo) :
but patriotism, in the exalted sense in which that word wai
understood by the Greeks and Romans. Note also that under
the influence of this high ethical feeling, even military life
oses its primitive purely egoistic character, and becomes a
school of self-discipline and self-sacrifice, nourishing in no
slight degree the altruistic feelings. If we compare the cam-
paigns of Marathon and Thermopylai with the expedition of
a band of Highlanders in execution of a blood-feud, or
with the excursion of a party of Red Indians on the war-
path, we shall find no difficulty in realizing the force of these
considerations.
But, like other phenomena in nature, our ethical Shelitins
are not sharply marked off from each other. There is a
selfish as well as a sympathetic side to patriotism (under-
standing the word always as the Greeks and Romans under-
stood it.) At the one extreme, patriotism is akin to
clannishness ; at the other extreme, it becomes so wide as
to resemble cosmopolitanism. As long as the purely civic
structure of society lasted, the clannish element was dis-
tinctly present in patriotism. Greek history, after the
expulsion of the Persians, is the history of the struggle
between the higher and the lower patriotism,—between the
two feelings. eaeiven to the Greeks as Pan-Hellenism and
Autonomism, represented respectively by Athens and by
the Doric communities. The mournful history of Thuky-
dides tells us how autonomism won the day, entailing the
moral and political failure of Greek civilization,
208 | COSMIC PHILOSOPHY. (rr. 1.
_ But when Rome had extended her beneficent sway over
all the precincts of the Mediterranean, uniting communities
hitherto autononious and hostile by common interests of
culture and of commerce, and bringing aggressive warfare to an
end in the Pax Romana, then there became possible a cosmo<
politan spirit, a Christian feeling, which regarded all men as
legally and ethically equal,—equal before the Emperor, and
equal before God. To trace the slow growth of this feeling
in the annals of Roman law and of Stoic philosophy, and
to observe its culmination in the genesis of Christianity, is
to obtain the key to Roman history.
_. But great political changes were necessary before Rome
could carry to the end its great work,—partly because it had
increased in size so much faster than it increased in structure.
It crushed autonomism too rapidly. It developed imperialism
at tlie éxpense of nationality. And hence the time at last
arrived when the mutual cohesion of its provinces became
too slight to withstand those barbaric assaults from without,
which—as we should be careful to remember—had all along
been intermittently attempted from the days of Brennus to
those of Alaric. For a time, European society seemed likely
to disintegrate into a set of tribal communities. But the old
Empire had done its work too thoroughly for that. Roman
principles, embodied in the Catholie Church, and in the
renovated Empire of Charles the Great, exerted an organizing
power which prevailed over the spirit of elannish isolation,
and by effecting the grand series of compromises which we
vaguely designate as the feudal system, laid the basis of
_ modern society.
If now wé examine the ethical circumstances of that vast
modern fabric which has been reared upon material supplied
1 Of coursé it is Hot méant to imply that other elements were not at work
in the genesis of Christianity. The growth of what Matthew Arnold calls
the “spirit of Hebraism,” not in Judea merely, but throughout the Greco-
Roman World, is an intérésting phenomenon in this connection, but the
treatment of it does not fall within the scope of the present exposition.
Son,
Ee ot ee
CH, XVIII.) THE EVOLUTION OF SOCIETY, 207
in the older days of Rome—and which owes so much of its
permanent character to the labours of the great Catholic and
Imperial statesmen of the Middle Ages—we shall find that
the process here described has been continually going on.
For the primitive normal state of warfare there has been
eradually substituted a normal state of peace. While in
primitive times the interests of men were supposed to coin-
cide only throughout the limited area of a petty clan, they
are now seen to coincide throughout vast areas, and the
railway, the steamship, and the telegraph are daily bringing
communities into closer union, and, as George Eliot well
expresses it, “making self-interest a duct for sympathy.”
The spirit of Christianity, first rendered possible by Roman
cosmopolitanism, has made, and is ever making, wider and
deeper conquests as civilization advances, By the primitive
savage moral duties were imperfectly recognized, but only
within the limits of the clan. By the Greek the ethical
code was enlarged, but it was a code not applicable to bar-
barians. The medieval Christian had a.still longer list of
duties owed by him to all mankind, his brethren in the
sight of God; and to the ancient conception of justice thus
materially widened, he added, in elementary shape, the con-
ception of benevolence or the “enthusiasm of humanity ;”
but the familiar maxim that “no faith need be kept with
heretics” shows that even to his conception of duty there
were practical limits narrower than would now be admitted.
The modern, on the other hand, recognizes that he owes cer-
tain duties to all men with whom he may be brought into
contact, not because they are his kindred, or his neighbours,
ur his countrymen, or his fellow-Christians, but because they
are his fellow-men. Such is cur ethical standard, however
imperfectly conformed to; and neither ancient nor medieval
nad such an ethical standard. Compare also the ideal types of
perfect manhood at the two extremes of civilization within our
ken. The primitive type is the man of intense personality,
208 COSMIC PHILOSOPHY. [pr. 11
with an enormous sense of his own importance, easily roused
to paroxysms of anger, brooking no contradiction, disregardful
of the feelings of others, domineering over all within his
reach. The modern type is the man of mild personality,
shunning the appearance of self-assertion, slow to anger,
patient of contradiction, mindful of the feelings of those
about him, unwilling to “make trouble.” Such is the con-
trast between the typical ancient and the typical modern;
and it implies a prodigious alteration in the dominant ethical
feelings of the progressive portion of our race.
This change, as we now see, has been wrought by the slow
but incessant modification of the social environment to which
each generation of men has had to conform its actions. The
altruistic feelings, finding at each successive epoch a wider
scope for action, have become gradually strengthened by use;
while the egoistic feelings, being less and less imperatively
called into play, have become gradually weakened by disuse.
And this change in the environment we. perceive to have
been wrought by the continuous growth of the community
in size and complexity. Where, as among stationary tribes
of savages, there has been no such growth, there the moral
type of the primeval man is still to be found; and where,
as among the stationary communities of Asia, there has been
growth in size without corresponding growth in complexity,
there the moral type is intermediate between that of the
barbarian and that of the inheritor of Roman civilization.
Thus the progress of society is a mighty process of equili-
bration or adjustment, in the course of which men’s rules o
action and emotional incentives to action become ever more
and more perfectly fitted to the requirements arising from
the circumstance of their aggregation into communities.
Here we have arrived at a rudimentary conception of the
law of social progress, so far as it can be obtained from a >
comprehensive historical induction, aided and verified by
deduction from a few fundamental truths of biology. The
ae oct S
On, XVIII.) THE EVOLUTION OF SOCIETY. 209
foregoing discussion has brought out one point of funda-
mental importance, in which the development of social life
agrees with the development of organic life: both are con-
tinuous processes of adjustment or equilibration. But in all
this there 1s nothing more than might have been anticipated.
Since the phenomena of society are really but the phe-
nomena of life, specialized by the addition of new groups of
circumstances ; we must expect to find that the law of social
evolution will be identical with the law of organic evolution,
save only that it will require an all-important additional
clause to express the results of the action of the superadded
circumstances. Let us then seek to ascertain definitely,—
first, in what respects the two kinds of evolution agree, and
secondly, in what respects they differ,
' In the first place the evolution of society, no less than the
evolution of life, conforms to that universal law of evolution
discovered by Mr. Spencer, and illustrated at length in earlier
chapters. The brief survey just taken shows us that social
progress consists primarily in the integration of small and
simple communities into larger communities that are of higher
and higher orders of composition ; and in the more and more
complete subordination of the psychical forces which tend tc
maiutain isolation, to the psychical forces which tend to main-
tain aggregation. In these respects the prime features of social
progress are the prime features of evolution in general.
In the second place, the progress of society exhibits those
secondary features of differentiation and integration which
evolution universally exhibits. The advance from indefinite
homogeneity to definite heterogeneity in structure and
function is a leading characteristic of social progress. On
considering primitive societies, we find them affected by no
gauses of heterogeneity except those resulting from the
astablishment of the various family relationships. As Sir
denry Maine has shown, in early times the family and not
the individual was the social unit. In the absence of any-
VOL. II, P
210 COSMIC PHILOSOPHY. {pr 1
thing like national or even civic organization, each family
chief was a monarch in miniature, uniting in his own person
the functions of king, priest, judge, and parliament; yet he
was scarcely less a digger and hewer than his subject children,
wives, and brethren. Commercially, it is needless to say, all
primitive communities are homogeneous. In any barbarous
tribe the number of different employments is very limited,
and such as there are may be undertaken indiscriminately —
by everyone. Every man is his own butcher and baker, his
own tailor and carpenter, his own smith, and his own weapon
maker. Now the progress of such a society toward a civi-
lized condition begins with the differentiation and integration
of productive occupations. That each specialization of labour
entails increased efficiency of production, which reacting
brings out still greater specialization, is known to every tyro
in political eccnomy. Nor is it less obvious that, with the
advance of civilization, labour has been steadily increasing
in coherent heterogeneity, not only with regard to its division
among different sets of mutually-dependent labourers, but
also with regard to its processes, and even its instruments,
The distinguishing characteristic of modern machinery, as
compared with the rude tools of the Middle Ages or the
clumsy apparatus of the ancients, is its definite heterogeneity.
The contrast between the steam-engine of to-day and the
pulleys, screws, and levers of a thousand years ago assures us
that the growing complexity of the objects which labour aims
at is paralleled by the growing complexity of the modes of.
attaining them. Turning to government, we see that by dif-
ferentiation in the primeval community some families acquired
supreme power, while others sank, though in different degrees,
to the rank of subjects. The integration of allied families into
tribes, and of adjacent tribes into nations, as well as that kind
of integration exhibited at a later date in the closely-knit
diplomatic inter-relations of different countries, are marked
steps in social progress. Next may be mentioned the differs
om, xvitt.] THE EVOLUTION OF SOCIETY. 211
entiation of the governing power into the civil and the eccle-
siastical; while by the side of these ceremonial government
grows up insensibly as a third power, regulating the minor
details of social intercourse none the less potently because
not embodied in statutes and edicts. Comparing the priests
and augurs of antiquity with the dignitaries of the medizval
Church, the much greater heterogeneity of the latter system
becomes manifest. Civil government likewise has become
differentiated into executive, legislative, and judicial. Exe-
eutive government has been divided into many branches, and
diversely in different nations. A comparison of the Athenian
popular government with the representative systems o/ the
present day shows that the legislative function has no more
than any of the others preserved its original homogeneity.
While the contrast between the Aula Regis of the Norman
kings and the courts of common law, equity, and admiralty,
county courts, queen’s courts, state courts, and federal
courts,—which are lineally descended from it, tells us the
same story concerning the judicial power. Nor should it be
forgotten that the steady expansion of legal systems, to meet
the exigencies which civilization renders daily more complex,
is an advance from relatively indefinite humogeneity to
relatively definite heterogeneity.
Obviously, however, our task is not completed when we
have pointed out this general coincidence between the
development of society and the development of life. Nor
can the universal law here illustrated be the special law of
social progress for which we are seeking. By reason of its
very comprehensiveness, the law of universal evolution
cannot be regarded as supplying the precise kind of in-
formation we desire concerning the relations of social to
wganic phenomena. By its aid we have found it possible
to interpret not only the development of life, intelligence,
and society, but also the genesis of planetary systems and
he evolution of the earth. It is therefore the law not only
P 2
212 COSMIC PHILOSOPHY. (er. 11,
of social, psychical, and vital changes, but also of inorganic
changes. Underlying all the sciences of genesis, and fusing
them into one grand science of cosmogony, it utters no truth
concerning organic or social development which is not equally
true of aJl development. Thus while it is indeed, in the
deepest sense, the ultimate law to which organic and super-
organic changes conforin, it is silent respecting the differential
dhaxnotéristica by which these changes are distinguished from
inorganic changes. Already in treating of the evolution of
life we saw that the ultimate and general formula needed to
be supplemented by a derivative and special formula, which
should describe organic development in terms inapplicable to
inorganic phenomena. And this formula we found in the
detinition of life as the continuous adjustment of inner to
outer relations, upon which also was afterwards based our
entire theory of the evolution of intelligence.
‘Now the historic survey into which we were led a moment
ago, while inquiring into the progress of moral feelings,
showed us that, in this respect also, the evolution of society
agrees with the evolution of life in general. The progress of
a community, as of an organism, is a process of adaptation,
—a continuous establishment of inner relations in con-
formity to outer relations. If we contemplate material civi-
lization under its widest aspect, we discover its legitimate
aim to be the attainment and maintenance of an equilibrium
between the wants of men and the outward means of satis-
fying them. And while approaching this goal, society is
ever acquiring in its economic structure both greater hetero-
geneity dnd greater specialization. It is not only that agri-
culture, manufactures, commerce, legislation, the acts of the
ruler, the judge, and the physician, have since ancient times
grown immeasurably multiform, both in their processes and
in their appliances; butit is also that this specialization has
resulted in the greatly increased ability of society to adapt
:tself to the emergencies by which it is ever beset. The
CH. XVIII.] THE EVOLUTION OF SOCIETY, 213
history of scientific progress is in like manner the history of
an advance from a Jess complete toward a more complete
correspondence between the order of our conceptions and the
order of phenomena, Truath—the end of all honest and
successful research—is attained when subjective relations
are adjusted to objective relations. And what is the con-
summation of moral progress but the thorough adaptation
of the desires of each individual to the requirements arising
from the coexistent desires of all neighbouring individuals ?
Thus the phenomena of social and of organic progress are
seen to correspond to a degree not contemplated by those
thinkers who, from Plato to Hobbes, have instituted a com-
parison between them. The dominant characteristics of all
life are those in which social and individual life agree.
Let us now examine more closely the relations between
the Community and the Environment. From the twofold
circumstance that life is high according as the organism is
heterogeneous, and also according as it is adjusted to sur-
rounding conditions, may be derived the corollary that the
heterogeneity of the environment is the chief proximate deter-
mining cause of social progress. Thus we may understand
why civilization advances so much more rapidly in modern
than it did in ancient times. As Sir Charles Lyell observes;
“We see in our own times that the rate of progress in the
arts and sciences proceeds in a geometrical ratio as know-
ledge increases, and so, when we carry back our retrospect
into the past, we must be prepared to find the signs of re-
_tardation augmenting in a like geometrical ratio; so that the
progress of a thousand years at a remote period may cor-
respond to that of a century in modern times, and in ages
still more remote Man would more and more resemble tbe
brutes in that attribute which causes one generation exactly
to imitate in all its ways the generation which preceded
it.”* That the process is here the same in social and in
2 See above, p. 72. * Antiquity of Man, p. 377.
214 COSMIC PHILOSOPHY. {P. 0.
organic life, Sir Charles Lyell already suspects; for he else-
where observes that the lower the place of organi¢ beings
“in a graduated scale, or the simpler their structure, the
more persistent are they in form and organization. In what-
ever manner the changes have been brought about, the rate
of change is greater where the grade oi organization is
higher.” And this fact results from the more complex rela-
tions of the higher beings to their environment. Applying
these considerations to history, it will be seen that, owing to
the political isolation of ancient communities, the hetero-
geneity of their environments must have been inconsiderable.
Holding little intercourse with each other, and accommo-
dating their deeds and opinions mostly to the conditions
existing at home, their progress was usually feeble and halt-
ing. Owing to the enormous heterogeneity of the environ-
ment to which modern communities are forced to adjust
themselves, progress in later ages has been far more rapid
and far more stable than of old. The physical well-being
of an ancient Greek was not enhanced by an invention made
in China, nor could his philosophy derive useful hints from
theories propounded in India. But in these days searcely
anything can happen in one part of our planet which does
not speedily affect every other part. The physical environ-
ment of a modern European extends over a great part of the
earth’s surface, and his psychical environment is scarcely
limited in time or space. ‘His welfare is not unfrequently
affected by accidents occurring at the antipodes, while his
plans for the coming year are often shaped with conscious or
unconscious reference to events which happened centuries
ago. That the rapid and permanent character of modern
progress is in great measure due to this circumstance, will be
denied by no one. And thus is explained the wonderful
eivilizing effect of various events which have from time to
time brought together distant sections of mankind; among
which it will be sufficient merely to name the campaigns of
3H. XVIU.] THE EVOLUTION OF SOCIETY. 215
Alexander, the spread of Roman dominion, the Arabian con-
quests, the Crusades, and the voyages of Columbus, Magellan,
and De Gama. The invention of printing, increasing the
rapidity and the frequency with which the thoughts of
various minds are brought into contact, offers another illus-
tration ; and in a similar way is to be explained the civilizing
agency of railroads and telegraphs.
Comparing these deductions with the historical survey of
ethical development above taken, we arrive at a set oi
mutually harmonious conclusions. We see that the process
of intellectual and moral adaptation which constitutes social
progress is determined by the steadily increasing hetero-
geneity of the social environment. And we see that this
increased heterogeneity of the environment is caused by the
integration or growing interdependence of communities that
were originally isolated. We have now to examine this
process of integration somewhat more in detail. By insti-
tuting a novel comparison between the processes of organic
and of social life, we shall be led directly to the special law
of progress for which we are seeking.
Observe first that the living beings which are lowest, or
next to the lowest, in the scale of organization—as, for
example, the protococeus and the amceba—are nothing but
simple cells. It has heen shown, by Mr. Spencer, that
progress in morphological composition, both in the animal
and in the vegetable kingdoms, consists primarily in the
union of these simpie cells into aggregates of higher and
higher orders of complexity. Now in the study of social
evolution we are met by precisely similar phenomena. Let
us consider what is implied by the conclusions at which
Sir Henry Maine has arrived, in his profound treatise on
“Ancient Law,” by an elaborate inquiry into early ideas
of property, contract, and testamentary succession, and into
primitive criminal legislation. “Society in ancient times,”
says Sir Henry Maine, “ was not what it is assumed to be
216 COSMIC PHILOSOPHY. — (re. 1.
at present, a collection of individuals. In fact, and in the
view of the men who composed it, it was an aggregation of
The contrast may be most forcibly expressed ‘dy
saying that the wnit of an ancient society was the family,
of a modern society the individual.” But originally the ~
family-government excluded not only individual indepen-
dence, but also state supremacy. The sole government
actual or possible was that exercised by the male head of a
family-group. By slow stages various family-groups closely
akin in blood appear to have become integrated into tribes
or clans, community of descent being still the only con-
ceivable bond which could hold together a number of indi-
viduals in the same political aggregate. Ata later stage
the limits of the tribe were further enlarged by the impor-
tant legal fiction of “ adoption,” or the pretence that newly-
added members were descended from some conspicuous
common ancestor of the tribe. Vestiges of a time when
there were no aggregations of men more extensive than the
tribal community thus constituted, and when there was no
sovereign authority save that exercised by the head of the
tribe, may be found in every part of the world,? and among
totally-savage races this state of things still continues. Now
we shall find something more than an instructive analogy in
the comparison of the primitive family-group to a unicellular
organism, for such a comparison will enable us to realize
that in social and in organic evolution the process of integra-
tion has been substantially the same. The first well-marked
stage in coalescence is the formation of the tribe or clan,
1 Ancient Law, p. 126.
2 “The yévos of Athens, the gens of Rome, the mark or gemeinde of the
Teutonic nations, the village community of the East . . . the Irish clan, are
all essentially the same thing "—Freeman, Comparative Politics, p. 102.
See, among other authorities, Volney’s View of the United States, p. 397 ;
Phillipp on Jurisprudence, p. 207; Charles Comte, Traité de Législation,
liv. iii, chap. 28; Grote, History of Greece, vol. iii., pp. 49—69 ; Gibbon
(Paris edit.), vol. iii., p. 245; Vico, Scienza Nuova, Opere, tom. iv., pp. 23,
85, 40; Aristotle Zh. Nikom, viii. 14; Tacitus, Germania, vii. ; Caesar,
Bell. Gall. vi. 22, 23.
cH, XVIII.} THE EVOLUTION OF SOUIETY. 217
which may be compared to those lowly organisms made up
by. the union of ameeba-like units with but little specializa-
tion of structure or function. At this stage social organi-
zation is but one step removed from that absolute and
ferocious anarchy which characterizes the non-social life of
brutes. “ Mistrust, jealousy, secret ambushes, and implacable
vengeances ” characterize the mutnal relations of these social
“ agoregates of the first order.” Hostility is the rule, and
peace the exception. The repulsive forces are stronger and
the cohesive forces weaker than at any subsequent period.
As we have seen above, the selfish impulses which tend to
maintain savage isolation are as yet unchecked save by
instinctive loyalty within the tribal limits.
The coalescence of such tribes into civic communities is
the formation. of social “aggregates of the second order.”
For a long time these higher aggregates retain conspicuous
traces of their mode of composition, as in Greece and Rome,}
until increasing social heterogeneity obliterates the original
lines of demarcation; while new divisions spring up, result-
ing from the integration of like parts, as is seen in the guilds
of medisval Europe, and still better in the localization of
industries which marks the present time.
The coalescence of civic-and_tribal_ communities into the.
nation—an “ aggregate of the.third-.order ”—is well exem-
plified in the history of France, which, from a disorderly
collection of independent baronies, has passed by well-
defined transitions into a perfectly integral nation. The
attainment of this stage is indispensable to a career
of permanent progress. As hinted above, the premature
overthrow of the Hellenic political system is to be attributed
1 The structure of the Amphiktyonic union shows “that the system of
cities with which we are so familiar in Grecian history grew out cf an earlier
system of tribes.” Freeman, Comparative Politics, p. 88. Further evidence,
in abundance, may be found in the succeeding pages of that excellent book,
veh reads, from beginning to end, almost like a commentary upon this
pter. :
218 COSMIC PHILOSOPHY. fer. m
tu its very incomplete integration. An aggregate of the
national type was in process of formation by the extensive
coalescence of maritime cities under the leadership of Athens,
when the Peloponnesian war intervened, vindicating the
superiority of selfish autonomy, and showing by its result
that the civilizing spirit of nationality was as yet too feeble
to prevail.
It was first under Roman dominion that national agere-
gation and the feeling of national solidarity began to be
brought to something like completeness. By absorbing
nearly all the petty communities then existing within the
limits of the Mediterranean world, and by gradually extend-
ing to their members the privileges of citizenship, Rome
succeeded in dealing to the passion for autonomy a blow
from which it has never recovered; while the enormous
extent of the Empire, and its ethnic heterogeneity, imparted
to the national spirit thus evoked, a cosmopolitan character
destined to be of prodigious service to civilization. The
influence of these circumstances upon the attitude of Chris-
tianity I have already alluded to, and it cannot be too
strongly insisted upon. No human mind could have even
conceived, much less have carried into execution, the idea of
a universal religion, if the antique state of social isolation
had not previously been brovght to a close in universal
empire. If Christianity had appeated four centuries earlier
than it did, it would, like Buddhism, have assumed the garb
of a local religious reformation. Or if it could have aimed
at anything higher and more comprehensive than this, its
preaching would have fallen upon ears not ready to receive
it. All the Oriental enthusiasm, all the Hellenic subtlety, of
Panl, could have effected nothing, had he visited Athens in
the days of Plato and Diogenes. But the cosmopolitan
element in Roman civilization was just that which Chris-
tianity most readily assimilated, and which it intensified by
setting up a new principle of common action in place of the
— e, en ee
es
OH. XVIIL.] THE EVOLUTION OF SOCIETY. 219
primeval principle of community of race. From this hippy
concurrence of circumstances there” was formed, upon the
ruins of Paganism, that religious organization which alone,
of all churches that have existed, has earned the glorious
name of Catholic. Disgusted at some of her high-handed
proceedings in later times, Protestant historians haye too
generally forgotten that the Roman Church, by co-ordinating
the most vigorous and progressive elements of ancient life,
prepared the way both for the ubiquity and for the per-
manence of modern civilization. Had the ecclesiastical
system of the Empire perished, along with the breaking
up of its political system; had there been really that wreck
of ancient institutions in the fifth century which was
formerly supposed to have occurred, until Mr. Bryce and
Mr. Freeman dispelled the gross error; it is difficult to see
how medieval European history could have been politically
anything more than a repetition of Grecian history, save
only in the extent of its geographical range. Whoever is
disposed to doubt so emphatic an assertion will do well
duly to ponder the fact that the newly-arriving Teutonic
subjects of the Empire (who would, in such case, have come
as foreign conquerors) had not advanced beyond the stage of
tribal organization. On their further aggregation into rural
and civic bodies, the autonomous spirit would have acquired
an ascendency which it might well have taken another more
fortunate Athenian federation, or another all-absorbing
Roman domination, thoroughly to destroy. Even as it was,
it required all the immense power of the Church, unflinch-
ingly exercised through many generations, to prevent Euro-
pean society from disintegrating into a mere collection of
mutually repelling tribal communities, But the Church
not only preserved the best social results of Roman dominion,
by hastening the consolidation of each embryonic nation-
ality; it also, by its peculiar position as common arbiter
between the different states thus arising, assisted in the
220 COSMIC PHILOSOPHY. pr
formation of a new social aggregate of a yet higher order.
The modern system of independent nationalities held in
virtual federation—not by international codes, but by the
possession of guiding principles of conduct more or less
heartily reverenced by all—is chiefly the work of the Roman
Church. Here, finally, we have reached a system whose
structure bears in the highest degree the marks of perma-
nence. It is sustained by the ever-deepening sentiments
of cosmopolitan philanthropy and universal justice,—the
most cohesive cf social forces, as the spirit of local selfish-
ness was the most disruptive.
Here it might seem that we have obtained all the data
requisite for enunciating our law of social progress. But
something is still wanting. Our law of progress, if now
enunciated, would be too general. It would cover alike the
phenomena of social and of organie life. In both there is
an advance from indeterminate uniformity to determinate
multiformity ; in both there is a continuous adaptation of the
organism or the community to its environment; and in both
there is a continuous integration, entailing an advance from
incoherence to coherence of structure. We must now start
in search of that all-important clause which shall express the
essential difference between organic and social progress,
’ In the ancient family-community, as delineated by Sir
Henry Maine, the separate existence of the individuals was
almost submerged and lost in the corporate existence of the
ageregate. Personal freedom was entirely unrecognized. To
family duties all individual rights were subjected. By a tie,
religious no less than political, the members of the family
were all held in allegiance to its oldest male representative,
The father might abandon his son in infancy, and when
grown up might sell him as a slave, or put him to death
for disobedience. And the wife was to an equal extent in
the power of her husband, to whom she legally stood in the
relation of a daughter, so that marriage was but the ex-
+.
CH. XVIII.] THE EVOLUTION OF SOCIETY, 221
change of one form of servitude for another. No transfer of
property was valid, unless the persons conducting it swore
in the name of some ancestor,—dead ages ago, it might be;
for so absolute was the authority of the paterfamilias that it
could not be conceived as departing from him at death, but
must be exercised by him, through the medium of prescrip-
tive ceremoniai, over whole generations to come. Nothing,
in short, was regulated by contract, but everything was deter-
mined by status." And this is the fact which irretrievably
demolishes Rousseau’s theory that social aggregation is due to
@ primitive compact. That theory is merely an illegitimate
attempt to explain an ancient phenomenon by causes which
have had only a modern existence.2, The member of a pri-
mitive tribal community had no conception of contract; what
he was born to do, belonged to his status; and that he must
do. The prevalence of this state of things in the empires of
the East is chief among many converging proofs that those
nations are nothing but immense tribes, or aggregates of the
. first order.
With the rise of higher aggregates, such as states, civic or
imperial, this sinking of the individual in the corporate
existence still for some time continued. The rights and
duties of the individual were still unrecognized, save in so far
as they followed froin the status in which he happened to be
placed. In republican Rome, and in the Hellenic commu-
nities, the welfare of the citizen was universally postponed
to the welfare of the state. But circumstances too compli-
cated to be here detailed, of which the chief symptom was
the iicreasing importance assigned by Roman jurisprudence
to contracts, resulted, at an advanced period of the empire,
1 This term is well defined by Heineccius :—“ Status est qualitas cujus
ratione homines diverso jure utuntur. .. Aliojure utitur liber homo ; alio
servus ; alio civis ; alio peregrinus.” Recitationes, lib. i. tit. 3.
2 See the discussion of the doctrine in Austin, Province of Jurisprudence,
pp. 331—371 ; Kant, Rechtslehre, Th. ii., Abschn, L3 Stahl, Philosuphde des
Rechts, ii, 142; Maine, Ancient Law, chap. iv
4
222 COSMIC PHILOSOPHY, [Pr. 11,
in the more or less complete recognition of individual rights
and obligations. On the rise of the feudal system, the rela-
tions of vassal to suzerain were, through the influence of
Roman conceptions, extensively regulated by contract; and
it is in this respect that the feudal institutions are most
widely distinguished “from the unadulterated usages of pri-
mitive races.”* It was, I believe, mainly owing to this that
the integration of feudal lordships into nations was accom-
panied by the enlargement of individual liberty to a much
greater extent than the integration of ancient clans, gentes,
and phratries into civic communities. The Roman Church
also aided in promoting the freedom of individuals, as well
as in facilitating the consolidation of states. By the more
or less strict enforcement of clerical celibacy, it maintained
in the midst of hereditary aristocracy a comparatively demo-
cratic organization, where advancement largely depended
upon moral excellence or intellectual ability. And preserv-
ing, by the same admirable institution, its independence of
feudal patronage, it was often enabled successfully to inter-
pose between the tyranny of kings and the helplessness of
subjects. To ecclesiastical celibacy, more than to almost any
other assignable institution, we owe our emancipation from
ancient patriarchal conceptions of social duty. The develop-
ment of industry, crossing in various ways the antique
divisions of society, has contributed to the same result;
until, in modern times, the primitive mode of organization is
almost entirely effaced, leaving but few barely traceable
vestiges. Individual rights and obligations, from being no-
thing, have come to be all in all. While originally the indi-
vidual was thought to exist only for the sake of the state,
the state is now regarded as existing only for the sake of the
individual. |
It will thus be seen that the very same process, which has
resulted in the formation of social aggregates of a higher and
1 Maine, op. cit. p. 365.
on, XVIII] THE EVOLUTION OF SOCIETY. 223
higher order, has also resulted in the more and more complete
subordination of the requirements of the aggregate to the
requirements of the individual. And be it further noticed,
that the relative strength of the altruistic feelings which
maintain the stability of the highest social aggregation, main-
tains also to the fullest extent the independence of its inu-
vidual members; while the relative strength of the egoistic
feelings which in early times prevented the exisvence of any
higher organization than the family or tribe, was also in-
compatible with individual freedom of action, Now this is
precisely the reverse of the state of things which we find in
organic evolution. In organic development, the individual
life of the parts is more and more submerged in the cor-
porate life of the whole. In social development, corporate
life is more and more subordinated to individual life. The
highest organic life is that in which the units have the least
possible freedom. The highest social life is that in which
the units have the greatest possible freedom. This feature of
social evolution is most conveniently described by Schelling’s
term individuation, which is employed in a kindred sense
both in Mr. Spencer’s and in other modern works on biology.
Thus we have at last reached the conclusion in quest of
which we set out. Supplementing our previous results,
according to which organic and social evolution were seen to
agree, by our present result, according to which they are seen
to differ, we obtain a formula for social evolution which may
be regarded as fundamentally accurate. We obtain the Law
of Progress, which may be provisionally stated as follows :—
“ The Evolution of Society is a continuous establishment of
psychical relations within the Community, in conformity to
physical and psychical relations arising in the Environment ;
during which, both the Community and the Environment pass
from @ state of relatively indefinite, incoherent homogeneity to
a state of relatively definite, coherent heterogeneity; and during
224 COSMIC PHILOSOPHY, ~— (er. 11.
which, the constituent Units of the Community become ever
more distinctly individuated.”
In the next chapter I shall proceed to show how this ex-
ceedingly general and technical formula includes and justifies
whatever is defensible in sundry less abstract generalizations,
expressed in more popular language, by Comte and Buckle.
We shall be called upon to pass in review certain phases of
social evolution, and to criticize, with the aid of the theorems
now at our disposal, the claims of Comte to be regarded as
the founder of sociology.
CHAPTER XIX,
ILLUSTRATIONS AND CRITICISMS,
THE discussion contained in the foregoing chapter has shown
to what a notable extent the phenomena of social evolution
may be expressed, with the strictest accuracy, by formulas
originally invented to describe the evolution of life in
general, Let us briefly review the results which we heve
already obtained.
_ First, we saw that social as well as orga’e evolution
consists in the continuous adaptation of the community, or
organism, to the environment. Or, expressing the same thing
in other words, social progress is a continuous establishment
of inner relations in conformity to outer relations.
Secondly, we saw that in the course of this adeptation
the community, like the organism, continually incresses in
definite heterogeneity, through successive differentiations and
integrations.
Thirdly, we saw that in the community, as in the orgavism,
the increase in internal heterogeneity is determined by the
continuous increase of heterogeneity in the environment.
Fourthly, we saw that the increase of heterogeneity in the
environment is determined by the successive integration of
communities into more and more complex and coherent
ageregates. And this law also holds of organic progress.
VOL, II. Q
226 COSMIC PHILOSOPHY. (pr. 1
These four generalizations, expressing the points in which
social and organic development coincide, were summed up in
the two first clauses of our law of progress. They are imme-
diate corollaries of the law of universal evolution and of the
definition of life as adjustment. They are not to be under-
stood as mere expressions of striking analogies. They are
to be understood as implying that the evolution of life and
the evolution of society are, to a certain extent and in
the most abstract sense, identical processes. Such a con-
clusion, indeed, became inevitable the moment we were
brought to admit that the phenomena of society constitute
but a specialized division of the phenomena of psychical life.
Nevertheless it would be a grave error to infer, from this
necessary coincidence in development, that a community is
nothing more than a kind of organism, as Plato imagined in
his “ Republic,” and Hobbes in his “ Leviathan.” When we
go so far as to compare the metropolis of a community to
the heart of an organism, its roads to blood-vessels, its cir-
culating commodities to circulating nutritive materials, its
money to blood-corpuscles, its channels for transmitting
intelligence to nerve-axes, and the individuals of which it is
composed to physiologic units; we are instituting a series of
analogies, which are no doubt of considerable value in the
study both of history and of political economy. In his essay
on the “Social Organism,” Mr. Spencer has traced a great
number of such analogies, which are no less instructive than
curious, but they are after all analogies and not homologies,
So when M. Littré points out that the study of political
economy stands in the same relation to the science of
sociology as the study of the nutritive functions to the
science of biology, he reveals an analogy of great philoso-
phical value. But we nevertheless feel that there is a wide
distinction between an organism and a community, which it
would be absurd to ignore; and Hobbes’s conception of
society as a vast Leviathan strikes us as grotesque.
AE ee
en, x1x.] ILLUSTRATIONS AND CRITICISMS, 227
This insuperable distinction is the fact that in a community
the psychical life is all in the parts, while in an organism the
psychical life is all in the whole. The living units of society
“do not and cannot lose individual consciousness,” while
“the community as a whole has no corporate consciousness.”
“The corporate life must here be subservient to the lives
of the parts; instead of the lives of the parts being sub-
servient to the corporate life.” The historical induction at
the close of the preceding chapter showed us that such has
been the case. While during the advance toward greater
heterogeneity and coherence, the original lines of demarcation
between communities have been ever becoming effaced as the
communities have become integrated into higher and higher
ageregates, we saw that as a part of the very same process
the individualities of the members of society have been ever
increasing in definiteness and ever acquiring a wider scope
for activity. And we saw that this process not only has ever
gone on, but must continue to go on; since, by the law of
use and disuse, the sympathetic or social feelings must con-
tinue to grow at the expense of the selfish or anti-social
feelings ; and since this slow emotional modification, which
makes possible the higher integration of society, ensures also
the higher individuation of its members. “ Progress, there-
fore, is not an accident, but a necessity. Instead of civiliza-
tion being artificial, it is a part of nature; all of a piece with
the development of the embryo or the unfolding of a flower.
The modifications mankind have undergone, and are still
undergoing, result from a law underlying the whole organic
creation ; and provided the human race continues, and the
constitution of things remains the same, those modifications
must end in completeness.”* As surely as the astronomer
can predict the future state of the heavens, the sociologist
can foresee that the process of adaptation must go on until
1 Spencer’s Essays, 2nd series, p. 154,
* Spencer, Social Statics, p. 65.
Q 2
228 COSMIC PHILOSOPHY. [rr. 1.
in a remote future it comes to an end in rroximate equili-
brium. The increasing interdependence of human interests
must eventually go far to realize the dream of the philosophic
poet, of a Parliament of Man, a Federation of the World,
“When the kindly earth shall slumber, lapt in universal law,”
and when the desires of each individual shall be in proximate
equilibrium with the means of satisfying them and with the
simultaneous desires of all surrounding individuals. Such a
state implies at once the highest possible individuation and
the highest possible integration among the units of the com-
munity; and it is the ideal goal of intellectual and moral
progress,
Thus the fundamental law of progress, as formulated at the
close of the last chapter, contains all the provisions requisite
in such a formula. It describes, in a single grand generaliza-
tion, all the phenomena of social evolution, both in so far as
they result from the general laws of life, and in so far as they
result from the operation of circumstances peculiar to the
ageregation of intelligent organisms in a community. And
it includes and justifies all the minor generalizations which
may be reached by a direct induction from historical pheno-
mena solely.
This law of progress we find to be exceedingly abstract: it
expresses a general truth quite completely disengaged from the
incidents of particular cases. Such, as we were led to anti-
cipate, must be the character of a law which generalizes a
vast number of complex phenomena. A formula which is
to include in one expression phenomena so different as the
rise of Christianity and the invention of the steam-engine
must needs be eminently abstract. To attempt to make it
concrete, so as to appeal directly to the historical imagina-
tion, would be to deprive it of its universality, to increase its
power of expressing some one set of phenomena by render-
ing it powerless to express some other equally important set,
Se oem ee
510 On ee ae
. = Soa
cu, x1x.] ILLUSTRATIONS AND CRITICISMS. 229
This consideration explains the manifest failure of all the
attempts which have been made to determine the general law
of progress by a simple historical induction. Take, for ex-
ample, the two crude generalizations which pretty nearly
sum up the philosophy of history as it is contained in the
work of Mr. Buckle; that “scepticism” is uniformly favour-
able to progress, while the “protective spirit ” (or, the spirit
of over-legislation) is uniformly detrimental to it. These, in
the first place, are generalizations drawn from a peculiar and
temporary phase of society and illegitimately extended to all
phases of society ; and, in the second place, even so far as
they go, they have but a limited applicability,—expressing
at best certain aspects of intellectual and industrial progress,
but leaving quite out of sight, that slow moral evolution
which underlies the whole. Whatever of truth is contained
in these statements is also contained in the formula which I
am here expounding, and is much more accurately expressed
in the terms of that formula. Scepticism, for instance, in
the best sense of the word, is the attitude of mind which is
‘caused by the perception that certain inner psychical rela-
tions—say, a given set of beliefs or institutions—have ceased
to be adapted to outer relations. The medieval conception
of the world, as presented in Dante’s treatise on “The
Monarchy,” was very closely adapted both to the know-
ledge and to the social needs of the time. The conception
of man as the centre of a universe made solely for his use
and behoof, with a sun to give him light by day and a
moon and stars to give him light by night, with an Em-
peror and a Pope divinely appointed to rule him in this
life, and an Autocrat in heaven uniting in himself the
functions of these two, and ruling nature according to his
arbitrary will; this conception, I say, was in harmony both
with the best science and with the most urgent social
requirements of the time, and the fact of its long duration
shows how profound was the harmony, While this state of
230 COSMIC PHILOSOPHY, [PT. IL
‘things lasted, there was but little room for scepticism. But
after a while the psychical environment had so far altered
as to be out of balance with this conception of the world.
The Copernican revolution unseated Man from his throne in
the centre of the universe, and advancing physical generali-
zation cast discredit upon the theory of providential govern-
ment, and so arose the long line of “infidels” from Bruno
and Varini to Voltaire and Diderot. While, on the other
hand, the increasing power of monarchy, especially in France,
gradually undermined the moral independence of the Papacy,
converting it from an upholder of equity and a friend of the
people into an unscrupulous ally of regal usurpation and
iniquity; and thus arose the Great Schism, followed by the
Protestant revolt and the grand democratic movement which
culminated in the French Revolution. Now what is all this
infidel rebellion against dogma and democratic rebellion
against authority, but the intellectual and moral turbulence
caused by the growing cenviction that the psychical relations
comprised in the authorized conception of the world were
out of balance with the new aggregate of relations formed
by the discoveries of science and the altered requirements
of social existence? And this painful attitude of the mind,
prompting men to fresh investigation of the order of nature
and to new social re-arrangements, is the stimulus to a new
and closer adaptation.
Such is the function of scepticism in the community, and
such also is its function in the individual. A person, for
instance, is educated in an environment of Presbyterian
theology, accepting without question all the doctrines of
Calvinism. By and by his environment enlarges. Facts in
science or in history, methods of induction, canons of criti-
cism present themselves to his mind as things irreconcilable
_ with his old creed. Hence painful doubt, entailing efforts
to escape by modifying the creed to suit new mental
exigencies. Hence eager study and further enlargement of
cu. x1x.} ILLUSTRATIONS AND CRITICISMS. 231
the environment, causing fresh disturbance of equilibrium >
and renewed doubt resulting in further adaptation. And so
the process continues until, if the person in question be
sufficiently earnest and sufficiently fortunate, the environ-
ment enlarges so far as to comprehend the most advanced
science of the day, and the process of adaptation goes on
until an approximate equilibrium is attained between the
order of conceptions and the order of phenomena, and
scepticism, having discharged its function, exists no longer,
save in so far as it may be said to survive in the engrained
habit of weighing evidence and testing one’s hypotheses.
Now to say that scepticism is one of the causes of
progress is to make a historical induction which is valuable
as far as it goes; but it is at best an empirical generalization.
To make it a scientific law, we need to express the function
of scepticism in terms of some formula which covers all the
phenomena of progress. And who does not see that in so
expressing it we are obtaining a far more definite and ac-
curate and serviceable notion than when we merely state
vaguely that scepticism is a cause of progress?
Just so with the statement that the protective spirit is a
hindrance to progress. By the colloquial phrase “ protective
spirit,” Mr. Buckle means the control, or at least the undue
control, of the community over its individual members,
Now in estimating the effect of this circumstance upon pro-
gress, everything depends upon the precise amount of such
control which we are to regard as excessive. But this varies
with each epoch of civilization. What would now be in-
tolerable despotism was once needful restraint. You cannot
have a constitutional democracy of Vandals or Moguls. So
long as men’s altruistic feelings are not powerful enough to
make them spontaneously respect the claims of their fellows,
the only force which can make society hold together is that
hero-worship which enjoins implicit obedience to the head
of the tribe or state. But, as we have already seen, the
233 COSMIC PHILOSOPHY, [pr. 1
steady growth of altruism at the expense of egoism, which
renders possible a more complete social aggregation, renders
possible also a more complete development of individual
liberty. So that what in one age is a needful control
exercised by the community over its members becomes in
the next age an undue control. All this is expressed in the
law of progress, as here formulated; but it is not expressed,
with any approach to accuracy, in the crude statement that
the protective spirit is an obstacle to civilization.
Indeed the longer we study this general formula, the more
we shall be convinced that it includes and justifies all sound
inductions which can be derived from a survey of historical
phenomena. As we apply it to the facts of history one after
another, we shall see ever more clearly that its very abstract-
ness is its excellence, and that the initial difficulty in
thoroughly realizing its import arises from its very fulness of
meaning. And we shall become ever more deeply impressed
with the belief that no amount of mere historic induction
can give us a universally applicable law of social progress,
unless our results be deductively interpreted as corollaries
from the general laws of life.
We are now in a position to examine the claims of Comte
to be regarded as the founder of sociology. And first let us
note that a law of social progress answering so many require-
ments as are met by the law above expounded could not
have been obtained earlier than the present generation or
even than the present decade.
To conceive of sociogeny as a specialized branch of psy-
chogeny, itself a specialized branch of biogeny, was not pos-
sible until a general science of genesis had been at least
partially instituted. The very idea of a science of genesis
as applied to organic phenomena was not elaborated until
the appearance of Von Baer’s great treatise in 1829,
And the conception was then altogether too novel to be
worked into the web of philosophy which Comte was weav-
cu. x1x.] ILLUSTRATIONS AND CRITICISMS. 233
ing. Considering how, throughout the latter part of his life,
he steadfastly refrained from the study of contemporary scien-
tific literature, I do not think it likely that Comte ever
became aware of the growing prominence of this conception
of genesis; and if he had become aware of it he would
doubtless have scornfully repudiated it, as he repudiated
almost every new conception which was distinctly in advance
of the limited scientific knowledge of 1830. The knowledge
which Comte was not prepared to utilize at that date, he
was certainly not in a condition to utilize at any later period
of his life. It was in 1857, the year of Comte’s death, that
Mr. Spencer, in an essay entitled “ Progress: its Law and
Cause,” first definitely extended the law of organic develop-
ment to historic phenomena; although he had ever since
1851 been visibly working toward that result, and had in
1855 reached that grand generalization of the development
of both life and intelligence, regarded as processes of adjust-
ment, which underlies the law of social progress here ex-
pounded. It was this splendid series of researches, culmi-
nating in the announcement of the universal law of evolution,
in 1861, which supplied a new basis for all the sciences
which treat of genesis, and rendered possible the discovery of
the special, laws of sociogeny. And finally, in 1861, the
further clue to these special laws was given by Sir Henry
Maine, whose immortal treatise on “ Ancient Law” threw an
entirely new light upon the primitive structure of society,
and demonstrated—what before could only have been sur-
mised—that human society, as earliest organized, consisted
of a congeries of tribal communities by the integration of
which have arisen the various orders of states and federations
known to history.
When, therefore, we inquire whether Comte did or did not
create a science of sociology, we need not be surprised if it
appears that he did not create such a science. For in socio-
logy, even more than in any other science, the prime requisite
234 COSMIC PHILOSOPHY. [pr. 1
is tv formulate the law of evolution—in this case, the crder
of sequence of historic events from epoch to epoch. So far
as a science of society could be founded upon purely statical
considerations, the work had already been performed; by
Adam Smith, as regards political economy, by Bentham, as
regards jurisprudence, and by both these great thinkers, as re-
gards ethics. But ethics, jurisprudence, and political economy,
put together, do not make up a science of society, as Comte
clearly saw. For in sociology the historical element—the
question whence we started and whither we are bound—is
the element which takes precedence of all others. Even
ethics, jurisprudence, and political economy cannot be placed
upon a truly rational basis until we understand the order of
intellectual ‘and moral change from epoch to epoch. To
understand the “tendencies of the age” is an indispensable
pre-requisite for sound sociological thinking as well as for
sound political acting. Thus that portion of sociology which
treats of genesis is, relatively to the whole science, even
more important than the corresponding portions of biology
and psychology. In biology pure and simple, we can, as we
have seen, obtain a tolerably complete notion of the order of
changes in the organism, with but occasional reference to the
comparatively stable and unchanging environment. In psy-
chology we have to take the environment into account at
every step; but unless we are studying the quite special
problem of the growth of the mental faculties, we do not
need to refer to a definite and persistent succession of changes
in the environment. But in sociology we cannot work in
this way. As M. Littré has well pointed out, when we come
to study humanity we are met by a new phenomenon un-
known in biology or in psychology pure and simple. That
new phenomenon is Tradition, or the bequeathing of all its
organized intellectual and moral experience by each genera-
tion to its successor. Here for the first time we have an
environment which is rapidly changing in a definite order
cu. x1x.] ILLUSTRATIONS AND CRITICISMS. o&
of sequence, and changing by the very activity of the com-
munity itself. The organized experience of each generation
becomes a part of the environment of its successor, and
since in each successive age “the empire of the dead over
the living increases,” the environment of each generation
consists to a greater and greater extent of the sum-total of
traditions bequeathed hy all past generations. Hence we
cannot hope scientifically to comprehend the simplest feature
in any given state of the community without reference to
ancestral states. The religious phenomena of the present
day, for example, cannot be understood without previous
knowledge of the whole history of Christianity, and indeed
of human speculative thought since men began to be aware
of the universe about them. Our political organization can
be scientifically interpreted only as the offspring of ances-
tral political organizations in a series reaching back to the
primitive tribal community.’ And so with all the aspects
of society. Whether we are studying a creed, a code of laws,
a dialect, a system of philosophy, a congeries of myths, or
a set of manners and customs, we can arrive at the rational
solution of our problem only through a historical inquiry.
Hence the doctrine of genesis, indispensable as it is in the
_ other two organic sciences, becomes, if one may say so, even
more indispensable in sociology. Here the whole science
rests upon sociogeny, and until we have reached a scientific
conception of progress we cannot stir a step.
Thus, in addition to the unparalleled complexity of its
phenomena, and to its general dependence both for doctrine
und for method upon the simpler sciences, we perceive still
another reason why the science of sociology has been the last
to be constituted. Resting as it does upon the law of pro-
gress, it has had to wait not only until the preceding sciences
1 See’ Mr. Freeman’s book, Comparative Politics,--the work of a great
roaraeetl dag inherits the gift of Midas, and makes gold of every subject that
@ touches.
1236 COSMIC PHILOSOPHY, [er. 11.
were founded, but until they were sufficiently advanced to
supply it with the general formula of organic development,
from which alone the law of social progress could be deduced.
It was not enough that Bichat had laid the foundations for a
general theory of nutrition, reproduction and innervation, or
that James Mill had established the fundamental laws of
association ; though this was indeed much. The new science
had to wait until Von Baer had traced the order in which
organisms develope, until Mr. Darwin had shown how through
heredity and natural selection organisms become adapted to
their environments, and until Mr. Spencer had shown how
associated ideas and emotions are slowly generated and modi-
fied in conformity to surrounding circumstances.
All this, of course, could not be foreseen by Comte. But
he nevertheless clearly saw—and it does honour to his philo-
sophic acumen—that a comprehensive theory of social changes
can be obtained only by studying them in the order of their
historical dependence. He saw that the laws of sociology
are at bottom the laws of history. And especially, from the
practical point of view, he saw that no general theory fit to
serve as a basis for the amelioration of society could be de-
duced from mere abstract reasonings about human nature, or
obtained inductively from the mere observation of contem-
porary social phenomena. All theories formed in this way,
without reference to the order of historic progression, are in
danger of being stated too absolutely, and are wont to give
birth only to utopian projects. Comte was never weary of
pointing out the errors of those political economists who
ieduce general laws of accumulation and distribution from
the industrial phenomena presented by a single country at a
particular epoch ; or of those moralists who base their theories
upon that absurdest of aphorisms, that “human nature is
always and everywhere the same”; or of those legislators
who, in ignorance of the fact that humanity is travelling in
a definite and partially ascertainable direction, fondly hope to
De et ee
pa. x1x.] ILLUSTRATIONS AND CRITICISMS. 237
turn it hither and thither by shrewdly-concocted acts of par-
liament. Nor, in maintaining this last position, did he ever
fall into the opposite error—characteristic of superficial
writers like Macaulay and Buckle—that individual genius
and exertion is of little or no account in modifying the course
of history. He did not forget that history is made by indi-
vidual men, as much as a coral reef is made by individual
polyps. Each contributes his infinitesimal share of effort:
nor is the share of effort always so trifling. Considering the
course of history merely as the resultant of the play of moral
forces, is there not in a Julius Cesar or a Themistokles as
large a manifestation of the forces which go to make history
as in thousands of common men? Nevertheless the fact
remains that civilization runs in a definite path, that the
sum-total of ideas and feelings dominant in the next genera-
tion will be the offspring of the sum-total of ideas and feel-
ings dominant in this, and that only by understanding the
general course of the movement of humanity can we hope to
make our volitions count for much as an item in the resulting
ageregate of effects.
Holding such views as these, Comte saw that the first aim
of the sociological inquirer must be to ascertain the law of
progress. And accordingly he set himself to work to perform
this task, with the only instrument then at his command,—
that of historical induction. I have already remarked upon
his wonderful skill in the use of that instrument of research.
~I doubt if anyone has ever lived who had a keener sense of
the significance of historic events, so far as such significance
could be perceived without the aid of conceptions furnished
by the sciences of organic development. The fifth volume of
the “ Philosophie Positive” is certainly a marvellous tableau
of the progress of society. I know of no concrete presenta-
tion of universal history which can be compared with it.
The general excellence of the conception is matched by the
excellence of the execution even to the smallest details. And
238 COSMIC PHILOSOPHY. (Pr. 1,
amid the host of pregnant suggestions concerning Greek and
Roman, and especially concerning medieval, history, the
great fact that there has been and is a determinate order
of sequence in human affairs is placed quite beyond cavil
on the highest plane of inductive demonstration.
To achieve so much as this was to show that a science of
sociology is possible, and to prepare the way very thoroughly
for the creation of such a science. But Comte professed to
have done more than this. He regarded himself as the
founder of sociology, and is so regarded by his disciples.
It is part of our business to determine, if we can, whether
the claim is a valid one; and in order to do this, we must
examine the theorems which Comte propounded as the
fundamental laws of progress. :
These theorems are two in number,—the first relating to
the intellectual, the second to what we may call the material,
development of mankind, The first is an old acquaintance,
being nothing else than the generalization that all human
conceptions must pass through three stages—the theological,
the metaphysical, and the positive. We have already (Part I.
chapter vii.) examined this theory upon its own merits.
Tried by a psychological analysis, we have found it to be
only partially true. We saw it to be correct in so far as it
asserts that the prevailing conception of the world becomes
less and less anthropomorphic from age to age; but incorrect
_in so far that it asserts that in this deanthropomorphizing
process there are three radically distinguishable stages, and
also, in so far as it asserts that the process must end in Posi-
tivism, We saw that, although without doubt men began by
seeing volition everywhere and must end by seeing an in-
scrutable Power everywhere, nevertheless the mental process
has throughout been one and the same, and any appearance
of definite stages can be only superficial. Nevertheless,
between the primeval savage who prays to his fetish and the
modern philosopher who recognizes that he must shape his
eS ST a ed
> i
ew. x1x.] ILLUSTRATIONS AND CRITICISMS. 239
conduct according to invariable laws or pay the penalty in
some form of inevitable suffering, the difference in mental
attitude is so vast that we may well have a distinction in
terms to correspond to it. It is for this reason that I have
frequently contrasted Anthropomorphism and Cosmism as
the initial and final terms of a continuous progression. This,
however, is not the Comtean doctrine. Again, metaphysics,
as Comte understands it, being merely imperfect scientific
inquiry conducted by the aid of the subjective method be-
queathed by anthropomorphism, cannot be regarded as the
peculiar possession of any particular stage.
But while Comte’s theorem, in spite of these radical
defects, contains a germ of truth and has been found to be
eminently useful as a formula for intellectual development, I
cannot but be surprised that Comte should have regarded it
as the fundamental law of social progress, and still more that
such able writers as Mr. Mill and Mr. Lewes should at the
present day be found countenancing such an opinion. Does
this “law” explain how it was that Greek civilization pre-
maturely failed ? Does it throw any light upon the causal
connection between Roman universal dominion and the
Christian sentiment of the brotherhood of men? Does it
recognize the distinction between the growth of a community
in size and its growth in structure, or hint to us that the
differences between Chinese and European civilization may
be summed up in the statement that China is only a stupen-
dous tribal community, while Romanized Europe is virtually
a federation of exceedingly heterogeneous national aggre-
gates? And while, as we shall presently see, it uncon-
sciously recognizes that intellectual development is a con-
tinous process of adaptation, does it say anything about that
slow process of emotional change by which the more har-
monious co-operation of societies and the more perfect
freedom of individuals are alike rendered possible? Indeed
it says nothing about any of these things; and I must think
240 COSMIC PHILOSOPHY, : ee
that these are very extensive lacune in a theorem which
professes to be the fundamental law of social progress.
But this formula, as it stands, is not the whole of Comte’s
fundamental law of history. With the advance from theolo-
gical, through metaphysical, to positive conceptions of the
world, Comte couples an advance from military to industrial
life, through an ill-defined intermediate stage—inserted,
doubtless, to complete the threefold parallelismm—which he
calls the “legal” stage. Thoroughly to explain what he
means by this “legal” stage of society, would require more
detail than I can here well indulge in. We must be content
with observing that he means to designate that epoch, which
indeed we have not yet left behind us, in which parlia-
mentary legislation is thought competent to renovate society
artificially—in which it is supposed that legislatures can
make men rich by giving them paper-money, intellectual by
pa‘ronizing literature, temperate by closing dram-shops. As
this phase of opinion was very conspicuous in the eighteenth
century, coupled with metaphysical systems of political
ethics deduced from revolutionary theories of the “inherent
rights of man,” Comte links this whole set of doctrines
together, and makes a so-called metaphysico-legal stage in
social progress. But I cannot think this a happy generali-
zation. This “legal” stage is, at the best, a phase of intel-
zectual development, and to introduce it into the midst of a
purely social progress from military to industrial life, seems
too much like committing the logical fallacy known as cross-
division. Omitting this stage, then, and reducing Comte’s
double formula to its lowest terms,—the only ones, I think,
upon which he himself would invariably have insisted,—we
have the following, as the Comtean law of progress :—
The progress of society is a gradual change from anthro-
pomorphic to positive conceptions of the world, and from
military to industrial modes of life; and the latter kind af
change 1s determined by the former.
cH. x1x.] ILLUSTRATIONS AND ORITICISMS. 241
Such is the form of statement most favourable for Comte,
and at the same time I believe it to be the one which best
represents his permanent opinion, We shall presently see
that the generalization of the change from military to in-
dustrial modes of life is one of great value, and it is to the
thorough elaboration of it that much of the merit of Comte’s
social philosophy is due. But I must first call attention to
the fatal defect in the above formula, the defect which
destroys its claim to be regarded as the law of progress.
That fatal defect is its total omission of moral feeling as a
factor in social evolution. Though he is far from committing
Mr. Buckle’s absurdity of denying that there has been any
improvement in moral feeling, Comte nevertheless falls into
substantially the same error with Mr. Buckle, in attempting
to explain all social progress as due simply to a progressive
alteration of opinion. The error is one which seems to be
shared by two other eminent writers——Mr. Mill and Mr.
Lewes. Here are the statements of the four: Mr. Mill says,
“We are justified in concluding that the order of human
progression in all respects will mainly depend on the order
of progression in the intellectual convictions of mankind.” !
Mr. Lewes says, somewhat more vaguely, “The evolutions
of Humanity correspond with the evolutions of Thought.” ?
Mr. Buckle says, “ The progress of mankind depends on the
success wiih which the laws of phenomena are investigated,
and on the extent to which a knowledge of those laws is
diffused.”* Comte says, “It is not to the readers of this
work that I think it necessary to prove that ideas govern
the world, and that the social mechanism reposes ultimately
upon opinions.” 4 |
Now it is not so much because of what these propositions
assert as because of what they omit, that they must be pro-
1 System of Logic, 4th edit., vol. ii. p. 517.
2 Philosophy of the Sciences, p. 23.
8 History of Civilization, vol. ii. p. 1.
4 Philosophie Positive, tom. i. p. 48.
VOL. II. R
242 COSMIC PHILOSOPHY. [rr. 1,
nounced unsatisfactory and misleading. It is beyond ques-
tion that the progress of mankind does depend upon the
progressive conformity of the order of their conceptions to
the order of phenomena; but, after the inquiry contained in
the preceding chapter, I believe no further proof is necessary
to convince us that the progress of mankind also depends
upon the progressive conformity of their desires to the
requirements arising from their aggregation in communities.
If civilization is a process of intellectual adaptation, it is
also a process of moral adaptation; and the latter I believe
to be the more fundamental of the two. The case is well
stated by Mr. Spencer, in the following passage: “Ideas do
not govern the world; the world is governed by feelings, to
which ideas serve only as guides. The social mechanism
does not rest finally upon opinions; but almost wholly
upon character..... All social phenomena are produced
by the totality of human emotions and beliefs: of which
the emotions are mainly predetermined, while the beliefs are:
mainly post-determined. Men’s desires are chiefly inherited ;
but their beliefs are chiefly acquired, and depend on
surrounding conditions; and the most important surround-
ing conditions depend on the social state which the prevalent
desires have produced. The social state at any time existing
is the resultant of all the ambitions, self-interests, fears,
reverences, indignations, sympathies, etc., of ancestral citizens
and existing citizens. The ideas current in this social state
must on the average be congruous with the feelings of citizens ;
and therefore, on the average, with the social state these
feelings have produced. Ideas wholly foreign to this social
state cannot be evolved, and, if introduced from without,
cannot get accepted—or, if accepted, die out when the
temporary phase of feeling which caused their acceptance
ends.” This statement, I may observe in passing, is well
iliustrated by the abortive attempts of missionaries to civilize
the lower races of mankind by converting them to Christi-
tH. xix.) ILLUSTRATIONS AND CRITICISMS. 243
anity. Though they sometimes succeed in procuring temporary
verbal acceptance for Christian ideas, they almost always fail
in effecting a genesis of Christian feeling, and such civiliza-
tion as they are able to produce is apt to be both supcrficial
and transient, This is simply because civilization is not a
mere process of external acquirement, but is a process of slow
adaptation or breeding, which requires many generations to
effect a permanent, modification of character. The Fiji, whose
language contains no words expressive of the higher emotions
or the more exalted principles of action, cannot be made
into a Christian. You may cover him with a very little of
the external varnish of civilization; you may astonish him
into accepting a few formulas, to him quite unintelligible,
concerning the relations of man to his Creator; but, after all,
he remains a savage still, in feelings and in habits of thought,
bloodthirsty, treacherous and superstitious, with a keen
appetite for human flesh. Or suppose you could resuscitate
a medizval baron—one of those innumerable freebooters
who lived entrenched in the romantic castles of the Rhine
and levied blackmail on every luckless wayfarer—suppose
you could resuscitate such a man, and were to endeavour to
expound to him in the simplest language a few of the most
self-evident modern axioms concerning political rights and
the interdependence of human interests: would he under-
stand you? By nomeans. So vast would be the difference
in mental habit, that in all probability he could not even
argue with you. “ Hence ”—to continue with Mr. Spencer—
‘though advanced ideas when once established act upon
society and aid its further advance; yet the establishment of
such ideas depends on the fitness of the society for receiving
them. Practically, the popular character and the secial
state determine what ideas shall be current; instead of the
current ideas determining the social state and the character.
The modification of men’s moral natures, caused by the
r 2
244 COSMIC PHILOSOPHY, [er. 11.
continuous discipline of social life, is therefore the chief
proximate cause of social progress.”
It is worthy of note that Comte, in his later period, comes
partly around to this very point of view. At the becinning
of the “ Politique Positive,” we find him announcing that
the increasing tendency in the altruistic impulses to prevail
over the egovistic impulses is the best measure by which
to judge of the progress of society. Yet the unsteadiness
with which he grasped this principle is revealed by the
somewhat misty statement, a few pages further on, that “the
co-ordination of human nature as a whole depends ultimately
upon the coordination of intellectual conceptions.” A
similar fluctuation in opinion may be noticed in Mr. Buckle;
and it was indeed hardly possible for the function of moral
feeling as a factor of progress to be thoroughly understood
by writers unacquainted with the laws of adaptation upon
which the scientific interpretation of that function is based.
But whatever Comte’s latest opinions may have been, since
he never formulated any law to include the action of moral
feeling as a factor of progress, his claims to be regarded as
the founder of sociology must rest entirely upon his theory
of progress as announced and ny illustrated in the
“ Philosophie Positive.”
That theory, as we now see, is much too incomplete to
serve as the foundation for a scientific study of history.
Civilization cannot be summed up in the correct formula
that men’s occupations begin by being military and end by
being industrial, or in the incorrect formula that men’s con-
ceptions of the world begin by being anthropomorphic and
end by being positive; nor is it true that the former change
is determined by the latter. We need to add the formula
that men’s feelings begin by being almost purely egoistic and
" must end by being altruistic to a considerably greater extent
than will suffice to prevent individual interests from clashing.
4 Politique Positive, tom. i. p. 16,
cH. x1x.] ILLUSTRATIONS AND CRITICISMS, 245
And even with all three formulas before us, we need some-
thing more before we can say that we have obtained the Law
of Progress. These formulas are historical generalizations of
great value; but as thus announced, they are too isolated
with respect to each other. The progress of society is not
moral progress, or intellectual progress, or material progress ;
but it is the combination of all the three, Our three for-
mulas, therefore, must be integrated in a single formula. And
this is done, and satisfactorily done, when it is shown that
they are all involved in that law of adaptation or adjustment
which underlies sociology, as well as psychology and biology.
That the progress from egoism to altruism is involved in
that fundamental law, was proved in the preceding chapter,
and has been illustrated throughout the whole of this dis-
cussion. But the law of adaptation equally involves the
progress from Anthropomorphism, not to Positivism, but to
Cosmism, as a necessary corollary. For what does that
progress depend upon? What is the underlying process of
which it is the necessary symptom and result? Why is it
that men begin by investing the unknown causes of pheno-
mena with quasi-human attributes and end by recognizing a
single Cause which is inscrutable? In treating of deanthro-
pomorphization (Part I. chap. vii.) we examined this point.
We perceived the primitive anthropomorphism to be a corol-
lary from the relativity of all knowledge. We saw that, to
interpret phenomena at all, men must interpret them in
terms of their own consciousness, We saw that before the
dawn of science, when events seemed isolated and capri-
cious, the phenomenon itself was by a natural inference-—
which only the progress of science has taught us to correct—
endowed with a quasi-human personality. We traced the
manner in which, as phenomena become generalized in wider
und wider groups, the causes of phenomena become con-
veived as more and more abstract, and become stripped by
slow degie:s of their anthropomorphic vestments. Until
246 COSMIC PHILOSOPHY. (pr. 1
finally, when generalization has proceeded to such an extent
as to give us a single grand science of Cosmology, dealing
with the Universe as an integral whole, there comes to be
recognized a single Cause of phenomena, which, as being
infinite, cannot be in any anthropomorphic sense personal,
and which, as being absolute, must be inscrutable.
Thus we see that Comte’s formula is not fundamental,
even as a formula for intellectual development. The pro-
cess of deanthropomorphization is not the fundamental fact.
The continuous organization of knowledge and generaliza-
tion of phenomena is the fundamental fact, of which the con-
tinuous deanthropomorphization is the necessary symptom
and result. Now in Part I. chap. ii, we traced the out-
lines of this continuous organization of knowledge; and we
found that the advance from incomplete to complete know-
ledge consists in the continuous establishment of groups of
notions which are ever more coherent within themselves,
while they are ever more clearly demarcated from one
another. Now what is all this but a continuous process
of differentiation and integration? When we say that from
first to last, from the simplest cognitions of infancy to the
widest generalizations of science, we cognize phenomena
invariably through difference and likeness, we mean that we
are continually differentiating notions answering to unlike
phenomena and continually integrating notions answering to
like phenomena. Or, to express the same thing in other
words, we are continually establishing relations of likeness
and unlikeness among our conceptions, that in some way or
other definitely correspond to relations of lfkeness and un-
likeness among phenomena. Thus our intellectual progress
is at bottom a process of adaptation. And, when treating of
the Test of Truth (Part I. chap. iii), it was shown that
Truth, the goal of intellectual progress, is nothing else than
the complete adaptation of the order of conceptions to the
order of phenomena,—the establishment of inner relations
en. xix.) IZLUSTRATIONS AND CRITICISMS. 247
that are in equilibrium with outer relations. Thus we
obtain a ~eritable law of intellectual progress; whereas to
say that men’s conceptions pass from Anthropomorphism to
Positivism is merely to enunciate an empirical generalization,
which, besides being empirical, is also radically imperfect.
The gradual change from a military to an industrial life
must also seek its rational explanation in the law of progress
as above formulated. The diminution of warfare and the
concomitant increase of devotion to industrial pursuits are
entailed by the growth of communities in size and structure.
Among the primitive tribal societies there is no industrial
life save that implied in hunting and fishing, and at a some-
what. later date in the rearing of domestic animals. Settled
agricultural pursuits require a greater power of continuous
application and a more developed ability to subordinate
present enjoyment to the anticipation of future needs than
is to be found in the primitive savage. It is only the mental
habit produced by long-continued social discipline which
enables us to work to-day that we may enjoy the fruits of
our labour at a distant period. The primeval tribe wanders
from spot to spot, seeking ever a better hunting-ground or
richer pasturage, leading a predatory life which differs in
little save in its family organization from that led by the
lower animals. In this stage of society constant warfare is
inevitable, since each tribe must fight or be erushed out of
existence by neighbouring tribes. Over a large part of the
earth’s surface, such has been the monotonous career of
savage man from the earliest times until the present day.
Such appears to have Leen, in its main features, the ancient
history of our own country before its conquest by Europeans,
as it is admirably delineated in the writings of that acute
observer Mr. Parkman.
The exigencies of warfare, however, of themselves facili-
tate that integration of tribal communities which we have
seen to be the indispensable condition of progress, A con+
248 COSMIC PHILOSOPHY, (Pr. um.
siderable step toward civilization is taken when tribes begin
to aggrecate for mutual defence over a wide tract of country.
When America was discovered, an aggregation of this sort
had apparently begun to be formed among the Iroqaois; and
such was the highest organization reached by the ancient
Turanian tribes of Central Asia. A far more important step
is taken when warfare ceases to be purely destructive and
becomes acquisitive; or, in other words, when the victors,
instead of massacreing the vanquished, begin to make slaves
of them. By this step agricultural industry is fairly brought
into existence, and the tribal confederacy becomes fixed in
location and enabled to increase indefinitely in size at the
expense of the less highly organized communities in the
neighbourhood. Under these conditions the tribal con-
federacy may grow until it takes on the semblance of an
“agoregate of the third order,’ as in China,! or in ancient
Egypt, Assyria, Media, Lydia, and Persia. I am expressing
something more than an analogy: -I am describing a real
homology as far as concerns the process of development—
when I say that these communities simulated modern Euro-
pean nations much in the same way that a tree-fern of the
carboniferous period simulated the exogenous trees of the
present time. The vast growth and the considerable civi-
lization obtained by such communities were rendered possible
only through the institution of industrial slavery in place of
the primeval indiscriminate slaughter of captives. Only
through enforced labour did the continuous culture of the
soil and the consequent stability of society become possible ;
1 “In every respect the Chinese constitution of society may be regarded as
a gigantic amplification of the constitution of the family. The family is no
doubt the constituent element of which all societies are composed ; just as, in
the body, all tissues, nervous or muscular, are generated from the primitive
cellular tissue ; but whereas in other societies we find differentiation into
classes and institutions which have no direct analogue in the family, in China
we find far less of this, far more of adherence to the primitive social tissue,
to the patriarchal type. On this type the village and the empire are alike
moulded.” Bridges, in Lssays on International Polity, p. 401.
on. x1x.]} ILLUSTRATIONS AND CRITICISMS, 249
a point which Comte clearly saw, and has brilliantly
illustrated.
Thus we see how the exigencies of self-protection entailed
by the primitive state of universal warfare furnished of
themselves the conditions for the rise of industry. We need
not trace in detail the slow growth of the industrial spirit
at the expense of the military spirit in the ancient civic
communities, in the ancient and medieval Empire, and in
modern times, That has been done, with a masterly hand,
by Comte. We may only note briefly how industry—the
offspring of slavery, itself the offspring of warfare—has all
along, by aiding the differentiation and integration of society,
been draining the vitality out of its primeval parent. Let
us note, then, that the kind of differentiation, known as
“division of labour,” by rendering the various portions of
the community more and more dependent on each otlier,
renders a state of warfare ever less easy to sustain, and
therefore continually, though slowly, diminishes the frequency
and shortens the continuance of wars. The statement that
in early times a community is, on the whole, better able to
endure protracted warfare than in later times, may be illus-
trated by a comparison between the Punic Wars of Rome
and the War of Secession in our own country. The horrible
destruction of life and property occasioned by the first and
second Punic wars is minutely described in Mommsen’s
“Kouun History.” The first of these desperate struggles
lasted twenty-three years, during the five severest of which
the vensus of Roman patricians was diminished by one-sixth
of the whole number,—a fact terrible to contemplate when its
full significance is realized. After twenty-three years of com-
parative quiet began the still more deadly struggie against
Hannibal, which lasted seventeen years. During this war, the
total loss of life in all the communities engaged—‘talian,
Spanish, Sicilian, and African—cannot be estimated at less
than 600,000 persons actually slain; a loss which I believe
250 COSMIC PHILOSOPHY, [pr. 11.
somewhat exceeds that of the Northern and Southern States
in the American war. But to make a fair comparison, we
must include the circumstance that the population of these
ancient communities was not more than one-sixth as great
as the population of the United States; and that in ancier
times the normal rate of increase of population was very
much slower than in such a community as ours. The second
Punic war was, therefore, relatively as murderous as our
civil war would have been had it continued until between ©
three and four million lives were destroyed. And if we
would appreciate the direct damage to industry which it
entailed, we have a sufficient datum in the fact that during
those seventeen years more than four hundred flourishing
towns and villages in Italy alone were blotted out of
existence.!
Now opinions may differ as to the possibility of our
carrying on for seventeen years a war which should drain
our resources as the Hannibalic war drained the resources of
Italy. Probably no country could so well sustain such a trial
as the United States, owing to the favourableness of our
social conditions for exceedingly rapid growth in wealth and
population. Nevertheless, even omitting foreign interference
from the account, I do not believe the thing would be possible.
I believe it perfectly safe to assert that a war like the one
we have lately passed through would, if prolonged to seven-
teen years, entail social disintegration throughout the com-
munity. Yet the absolute military power of the United
States is incomparably greater than that of ancient Rome:
wherein, then, lies the difference ?
The explanation will be found, and the particular conclu-
sion reinforced, when we consider the enormous increase of
heterogeneity and interdependence in the modern as con-
trasted with the ancient community. In ancient Italy there
was but little division of labour: it required but a few simple
4 Mommsen, Réimische Geschichte, tom. i, p. 671 5 see also p. 536.
cn. x1x.] ILLUSTRATIONS AND CRITICISMS. 251
occupations to supply the wants of the whole community.
In the United States considered as a whole, the division ot
labour is perhaps not quite so extreme as in western Europe,
owing to the sparseness of population and the purely agricul-
tural activity of large sections of the country: still, the
inlustrial differentiation is very great, and to supply the
wants of each portion of the community a vast number of
mutually dependent and highly complicated occupations is
indispensably necessary. Obviously the heterogeneous com-
munity cannot so well bear the abstraction of units from its
mutually dependent parts, as the homogeneous community
could bear the abstraction of units from its relatively in-
dependent and self-sufficing parts. The difference is much
the same as the difference between cutting off portions of
‘a worm and cutting off portions of a vertebrate animal.
You may take one of the lower worms and slice away at
it for some time without destroying it, but in the case
of the vertebrate a comparatively small loss of parts entails
destruction. In society the principle is the same. The
Romans could lose army after army, while the few who
remained at home could carry on all the agricultural
and commercial operations necessary to the maintenance of
the community. There were no great organized industries,
manufacturing or commercial, so linked together that the
destruction of any one might cause general financial
disaster. But in any large modern community industry has
yecome so heterogeneous that it is difficult for one part to
take on the functions of another part, and so completely
integrated that a sudden and considerable withdrawal of men
from the ordinary pursuits of life can hardly take place
without causing widespread suffering, And the contrast is
made still greater by the industrial federation of modern
communities as compared with the industrial isolation of
ancient states. Though the time has perhaps never been,
since Mediterranean civilization began, when a war could
252 COSMIC PHILOSOPHY, [PT. 11
continue very long in one community without tending to set
up disturbance in some other, yet this interaction of different
states was far less conspicuous in ancient than it is in
modern times. The Hannibalic war might go on for seven-
teen years, and Athens or Alexandria not be much the worse
off for it. But before the war of secession had continued
twelve months, the consequent suffering in Lancashire was
manifesting itself in riots, and England for a time seemed
willing at all hazards to interfere and check the contest.
This single example—out of hundreds that might be taken
—must suffice to illustrate the way in which the ever-
increasing interdependence of human interests, itself both
the cause and the effect of industrial progress, is ever making -
warfare less and less endurable. To this it must be added
that both moral and intellectual factors contribute to bring
about the general result. As human interests in various
parts of the world become more and more inextricably
wrought together, and as communities which lie apart from
each other come ever into closer contact, the ancient an-
tagonisms of sentiment between them slowly disappear, and
international friendship grows at the expense of the old
hostility or distrust. Thus the moral adaptation due to long-
continued social discipline diminishes the warlike feelings
and strengthens the feelings which maintain an industrial
régime; while on the other hand, intellectual adaptation,
ever adding new complication to industry, arrays the opinion
of society more and more decidedly against war, as against
un intolerable source of disturbance. Besides which, the
very heterogeneity of the military art, the increasing cecm-
plication both of the implements and of the methods of war-
fare, due to scientific and industrial progress, renders war ever
more costly, and makes the community less willing to engage
in it. And these cooperating processes must go on until]
—probably at no very distant period—warfare shall have
become extinct in all the civilized portions of the globe,
cu. x1x.) ILLUSTRATIONS AND CRITICISMS. 253
In so far as the present chapter has dealt with the claims
of Comte to be regarded as the founder of Sociology, I believe
it is sufficiently proved that these claims cannot be sustained,
though in many ways he did more than anyone else to pre-
pare the way forsuch an achievement, Ifa man can ever be
properly said to create or found a science, it is only when he
discovers some fundamental principle which underlies the
phenomena with which the science has to deal, and which
thus serves to organize into a coherent ratiocinative body of
knowledge that which has hitherto been an incoherent em-
pirical body of knowledge. It was in this way that Newton
may be said to have created a science of celestial dynamics,
and that Bichat is sometimes, and more loosely, said to have
been the founder of modern biology. In no such sense can
Comte be said to have created sociology. Standing on the
vantage-ground of contemporary science, which enables us to
discern in outline the law of progress, we can see not only
that Comte was far from detecting that law, but that,
with the limited appliances at his command, he could not
have been expected to discover it. Nevertheless his
contributions to sociology were exceedingly brilliant and
valuable, and he did perhaps all that the greatest thinker
could have done forty years ago. He arrived at a double
generalization of the phenomena of intellectual and material
progress, as wide as could then be reached by unaided
historical induction; and he verified this double generaliza-
tion by an elaborate survey of ancient and modern history,
which, even had he written nothing else, would alone suffice
to make his name immortal. It entitles him, I think, to be
ranked first among those sociologists who have proceeded
solely on the historical method,—on a somewhat higher
plane, perhaps, than Vico or Montesquieu, Turgot or Con-
dorcet. That generalization, in both its branches, and in so
far as it is correct, we have here seen to be a corollary from
the fundamental law of social evolution obtained in the pre-
254 COSMIC PHILOSOPHY. (PT. 11,
ceding chapter. We have seen that the continuous adapta-
tion, both moral and intellectual, of the community to its
environment, involves, as necessary concomitants, both the
progressive deanthropomorphization of men’s conceptions of
Cause, and the gradual change from military to industrial
habits of life. And the harmony between the results thus
obtained by pursuing two wholly independent lines of
inquiry, adds fresh support both to the fundamental law and
to its historic ccrollaries, In the very act of proving that
Comte did not achieve the whole, we do but place what he
did achive upon a deeper and firmer basis,
CHAPTER XX.
CONDITIONS OF PROGRESS
At the beginning of the chapter on the Evolution of Society
we remarked upon the error of those metaphysical writers
who have gone so far as to ascribe progressiveness to an
occult tendency inherent in human nature. It need not
take a very long survey of human societies, past and present,
to assure us that beyond a certain point stagnation has been
the rule and progress the exception. Over a large part of the
earth’s surface the slow progress painfully achieved during
thousands of prehistoric ages has stopped short with the
savage state,as exemplified by those African, Polynesian, and
American tribes which can neither work out a civilization
for themselves, nor appropriate the civilization of higher
races with whom they are brought into contact. Half the
human race, having surmounted savagery, have been arrested
in an immobile type of civilization, as in China, in ancient
Eeypt, and in the East generally. It is only in the Aryan
and some of the Seinitic races, together with the Hungarians
and other Finnic tribes subjected to Aryan influences, that
we can find evidences of a persistent tendency to progress.
And that there is no inherent race-tendency at work in this
is shown by the fact that some of the Aryaus, as the Hindus
and Persians, are among the most unprogressive of men. It
256 COSMIC PHILOSOPHY. [er. 1.
becomes apparent, therefore, that the progress of the European
Aryans, and of such other races as have from time to time
arisen from an immobile condition, can have been due only
to a concurrence of favourable circumstances. In order to
complete our outline-sketch of the Evolution of Society, we
must consider some of these circumstances, and thus, so far
as possible, redeem the promise which was implied at the
beginning of the discussion. By pointing out some of the
conditions essential to progress in civilization, we must en-
deavour to throw a glimmer of light upon the fact that so
small a portion of the human rece has attained to per-
manent progressiveness. A faint glimmer of enlightenment
is indeed the most we can hope for, and even this will
perhaps be thought to have been obtained by a mere re-
statement of the problem in other words. Nevertheless, in
other departments of study as well as in algebra, much good
is often done by reducing a problem from one form of ex-
pression to another. For if such a reduction ends in classi-
fying the problem, the first and most important step is taken
toward a solution. Let us deal in this way with the pro-
blem before us, which is one of the most complex and
difficult that the history of the world presents.
It will be obvious to everyone that there is a close kin-
ship between this question in sociology and the biological
question why certain species remain unchanged through
countless ages. The latter fact has been urged as an obstacle
in the way of the development theory, and has been felt to
be such by Dr. Bastian, who has endeavoured to dispose of
it by an extraordinary application of his favourite theories
of archebiosis and heterogenesis But indeed those who
urge this fact as an obstacle, and those who seek to explain
it away, show that they have not thoroughly comprehended
the Doctrine of Evolution. For example, it is not implied
in the general law of evolution, as above expounded in
1 Bastian, Beginnings of Life, vol. ii. pp. 584—640.
cH. Xx.] CONDITIONS OF PROGRESS. 257
Chapter IV., that wherever the integration of. matter and
concomitant dissipation of motion are going on, there must
always ensue a change from indefinite uniformity to definite
multiformity of structure. As has already been shown, such
- a change can be expected to take place only when a number
of specified circumstances concur in forwarding it. So it is
one of the peculiar merits of Mr. Darwin’s theory of natural
selection, that it does not allege an unceasing or ubiquitous
alteration of animal and vegetal forms, but includes, in a
general way, all cases of persistence of type, as well as all
eases of proyress or retrogression. One and the same general
theory accounts for the fact that, while some species thrive
in the struggle for life and acquire new capacities, others
dwindle in numbers or deteriorate in structure, while others
again maintain themselves unchanged throughout immense
periods. Throughout all these cases, the general truth is
easily discerned that the total result will depend upon a very
complex combination of circumstances: the difficulty is in
applying the general truth to the special cases that arise.
Probably no naturalist could point out all the specific circum-
stances which have caused any one race of animals to prevail
over another in the struggle for life. Such a task would
probably demand a more vast and minute knowledge of the
details of the organic world than it is as yet possible for the
most unremitting industry, inspired by the highest genius,
to acquire. Yet no one doubts the general principle that it
is natural selection which determines, not only which races
shall prevail, but also which races shall vary and which shall
remain unmodified. Soin dealing with human societies, in
the primitive era with which the present discussion is chiefly
concerned, the historic data are insufficient to enable us to
ascertain the precise circumstances to which the prevalenze
and the improvahility of certain races are to be attributed.
Nevertheless we can here, too, point out sundry general
VOL, II. 8
258 COSMIC PHILOSOPAY. [vr. 1
principles in accordance with which natural selection has
determined the course of events.
In considering the action of natural selection upon the
human race, we must first note how that action is, in some
respects, materially modified by social conditions. Among
inferior animals, even those which are gregarious, as the
ruminants and sundry smaller carnivora, the preservation
of any individual requires his almost complete adaptation
to surrounding circumstances. There is so little division
of labour, and consequently so little mutual assistance, that
all must be capable who would survive. With the earliest
manifestations of true sociality this state of things must
be somewhat altered. Even in the rudest actual or ima-
ginable society there is some division of labour, and some
mutual assistance. Those who are less swift for hunting
or less strong for fighting may at least perform services for
the hunters and warriors, and in return will be more or
less efficiently fed and protected; so that those who fall
below the average capability of the race are no longer sure
to be prematurely cut off, and thus the agency of natural
selection in keeping up a nearly uniform standard of fit-
ness is to some extent checked. In the highly complex
societies which we call civilized, division of labour and co-
operation have done much to obscure the effects of this
agency. From the cooperation which goes on to a greater
or less extent in all societies, and from the enormous hetero-
genelty of man’s psychical organization, it follows that there
are innumerable circumstances which may enable individual
men to survive, in spite of their falling considerably short of
the normal standard of the community and the age to which
thev belong. This fact, as will hereafter appear, renders it
possible for man to have an ideal standard of excellence or
successfulness in life, and is closely associated with the
genesis of the ethical feelings of approval and disapproval.
But while natural selection among individuals grows some.
cH, Xx.] CONDITIONS OF PROGRESS. 259
what less rigorous, its effects upon rival or antagonist societies
are in nowise diminished in their beneficent severity. The
attributes which tend to make a society strong and durable
with reference to surrounding societies, are the attributes
which natural selection will chiefly preserve. As Mr. Wal-
lace has pointed out: “Capacity for acting in concert for
protection, and for the acquisition of food and shelter; sym-
pathy, which leads all in turn to assist each other; the
sense of right, which checks depredations upon our fellows ;
. .. self-restraint in present appetites; and that intelligent
foresight which prepares for the future, are all qualities that
from their earliest appearance must have been for the benefit
of each community, and would therefore have become the
subjects of natural selection. Tribes in which such mental
and moral qualities were predominant, would have an ad-
vantage in the struggle for existence over other tribes in
which they were less developed, and would live and main-
tain their numbers, while the others would decrease and
finally succumb,” ?
The most conspicuous result of this unceasing operation
of natural selection upon rival communities, has been the
continuous increase of the aggregate military strength of
the human race, and the more and more complete segre-
gation of this military strength into those portions of the
race which are most civilized. As Mr. Bagehot has ably
shown,” however broken or discontinuous the provressive
career of the European family of nations may seem to have
been in other respects, there can hardly be a doubt that
the increase of their aggregate military force has been un-
interrupted. There can hardly be a doubt that the total
fighting power of the Mediterranean communities was greater
1 Wallace, Natural Selection, p. 812.
2 See his Physics and Politics, London, 1872,—a little book so excellent
both in thought and in expression that one cannot but wish there were much
more of it,
& 2
260 COSMIC PHILOSOPHY. [pr. 11
under Trajan than in the time of Polybios; that the sum of
Latx and Teutonic strength in the days of Charles Martel
was greater than in the days of Marcus Aurelius; that the
united Europe of Pope Gregory VII. could have vanquished
the united Europe of Charles the Great, but would have
been no match for the united Europe of Plilip, Elizabeth,
and Henry; or that the existing generation of Aryans in
Europe and America represents a greater quantity of mili-
tary power than any previous generation. This result is
partly due to the mere increase of the civilized communities
in size and industrial complexity, and partly to the integra-
tion, over wider and wider areas, of communities previously
isolated. But while there have been periods of intermittence
in the operation of these social and political circumstances,
as during the Teutonic reconstruction of the Roman Empire,
the increase in total fighting power appears to have gone on
without intermittence, showing that it has been in great
degree due to a cause unremitting in its operation. That
cause has been natural selection. In the earlier and ruder
times it has operated through the actual conquest of the
weaker tribes, provinces, or cities, by the stronger. In later
and more refined ages, the quieter but equally stringent com-
petition of nation with nation, involving the possible conquest
or relative humiliation of one by another, has caused a con-
siderable proportion of the ever-accumulating intellectual
and industrial acquirements of each nation to be expended
(or, as Mr. Bagehot more happily says, “invested”) in an
increase of military strength.
From the cooperation of these circumstances the aggregate
physical strength of civilized society has increased so enor-
mously that in comparison with the military events of our
time, the military events of antiquity seem like mere child’s
play, if we look at physical dimensions alone, and not at
world-historie significance. Ignoring the latter point of view,
Mr. Robert Lowe has maintained that the battle of Marathon
CH. Xx. ] CONDITIONS OF PROGRESS. 261
was an event of less importance than “a good colliery
accident,” because forsooth only 192 lives were lost on the
side of the Greeks!!_ To him, however, who has acquired
the habit of looking at European history as one connected
whole, it will not seem extravagant to say that contemporary
English civilization is indebted to the victory of Marathon
in a far higher degree than to the victories of Crecy or
Agincourt, or even of Waterloo. The immense relative
importance of some of these ancient military events of small
dimensions, is due to the fact that military strength was not
then concentrated in the most highly civilized communities,
as it is in modern times. In antiquity there was a real
danger that the nascent civilization of higher type might be
extinguished by the long-established civilization of far lower
type, or even by barbarism, through mere disparity of
numbers. We do not know how often in prehistoric times
some little gleam of civilization may have been put out by
an overwhelming wave of barbarism, though by reason of
the great military superiority which even a little civilization
gives, such occurrences are likely to have been on the whole
exceptional This great superiority is well exemplified in
the ease with which the Greeks defeated ten times their own
number of Asiatics at Marathon, and afterwards at Kynaxa.
Nevertheless it cannot be questioned that the invasions ot
B.c. 490 and 480 were fraught with serious danger to Grecian
independence, and if Datis or Mardonios had happened to
possess the military talent of Cyrus or of Timour, the danger
would have been alarming indeed. Now if little Greece had
thus been swallowed up by giant Persia, and the nascent
political ana intellectual freedom extinguished in Athens as
it was in the Ionic cities of Asia Minor, the entire future
history of Macedonia, of Rome, and of Europe, would have
been altered in a way that is not pleasant to contemplate.
When we reflect upon the enormous place in human history
1 See Freeman, Comparative Politics, p. 498.
262 COSMIC PHILOSOPHY. [pT 11
which is filled by the products of Athenian intellectual
activity during the two centuries succeeding the victory
of Marathon; when we remember that the foundations of
philosophy, of exact science, of esthetic art in all its
branches, of historic and literary criticism, and of free
political discussion, were then and there for ever securely
laid; when we consider the widely ramifying influcnces, now
obvious and now more subtle, of all this intense productivity
upon Roman ethics and jurisprudence, upon the genesis of
Christianity, upon the lesser Renaissance of the thirteenth
century, and the greater Renaissance of the fifteenth; when
we see how inseparably the life of Athens runs as a woof
through the entire web of European life down to our own
times ;—when we come to realize all this, we shall begin to
realize how frightful was the danger from which we were
rescued at Marathon and at Salamis,
Probably at no subsequent time has European civilization
been in a position of such imminent peril. In the life-and-
death struggle between Rome and Carthage, the military
superiority belonged so decidedly to the more highly-evolved
community that even the unrivalled genius of Hannibal was
powerless to turn the scale. One of the most conspicuous
features in Roman history, from the conquest of Spain by -
Scipio to the conquest of the Saxons by Charles the Great,
was the continual taming of the brute force of barbarism,
and the enlisting it on the side of civilization. In the
earlier times there seems to have been real danger in the
invasions of Brennus and of the Cimbri, and perhaps in that
of Ariovistus. But with the conquest of Gaul and the
more subtle process of Romanization which the Teutons
underwent, the danger from these sources disappeared, until,
when the great struggle with outer barbarism came in the
fifth century, we see the Empire saved on a Gaulish field by
the prowess of the West-Goth. The battle of Chalons seems
1 See Arnold, History of Rome, vol. iii. p. 68,
cH. Xx.] CONDITIONS OF PROGRESS. 263
to me to liave been the last of the great fights in which the
further continuance of European civilization was really
imperilled. Though the victory of Attila could hardly have
entailed the rebarbarizing of the whole Empire, it might well
have caused such a temporary “solution of continuity” between
ancient and modern history as the old historians supposed to
have been wrought afew years later by the comparatively
insignificant intrigues of Odoacer. Many hard-working years
might have been needed to recover the ground thus lost.
But in passing to the eighth century, I think we may well
doubt the soundness of Gibbon’s suggestion that the victory
of Abderahman at Tours might have led to the Moham-
medanization of Europe; for while one great defeat forced the
Arab to retire behind the Pyrenees, on the other hand the
complete overthrow of the Frankish power would probably
have required many battles as fierce as this one. This
increased toughness of civilization is still more plainly seen
five centuries later, when the overwhelming victory of the
Mongols at Liegnitz produced no effect at all beyond a
temporary scare. It was not that the invasion under Batu
was intrinsically less forinidable than the invasion of Attila,
but that the physical strength of civilized Europe had been
growing throughout the long interval, so that the blow which
might once have proved fatal was no longer dangerous,
Since the fruitless sieges of Vienna by the Turks, the mere
dread of barbaric or semi-.arbaric invasion has passed away
for ever. Tribally-organized barbarism is henceforth out of
the lists entirely, and even the civilization of lower type has
ceased to compete, in a military way, with the civilization of
higher type.
Thus we see how natural selection, facilitating and co-
operating with the integration of the more civilized communi-
ties and their increase in size and complexity, has gradually
removed one of the dangers to which the earlier civilizations
were exposed, and has concentrated the power of making
264 COSMIC PHILOSOPHY. [prt
war on a grand scale into the hands of those communities in
which predatory activity is at the minimum and industrial
activity at the maximum. We are thus again reminded of
the curiously cooperating processes, partially illustrated in
the preceding chapter, through which warfare or destructive
competition, once ubiquitous, is becoming evanescent, and
giving place to a competition that is industrial or productive
in character. But what now more especially concerns us is
to look back to the earlier stages of the struge¢le for life
between communities, and to observe some of the circurn-
stances which must have tended to make some communities
prevail over others.
The illustrations just cited show well enough the tendency
of the higher type of civilization to prevail, in the long run,
over the lower type. They are illustrations of the military
advantages of civilization, And Mr. Bagehot has incidentally
shown how thoroughly this fact disposes of the old-fashioned
doctrine that modern savages are the degraded descendants
of civilized ancestors. It was formerly assumed that, in-
stead of mankind having arisen out of primeval savagery,
modern savages have fallen from a primeval state of civili-
zation, having lost the arts, the morality, and the intelligence
which they once possessed; and of late years some such
thesis as this has been overtly maintained by the Duke of
Argyll. Such a falling off, upon any extensive scale, is in
every way incompatible with the principle of natural selec-
tion. Take, for example, the ability to anticipate future
contingencies,—to abstain to-day that we may enjoy to-
morrow. In the next chapter it will be shown that this is
the most prominent symptom of the deepest of all the intei-
lectual differences between civilization and savagery. Now,
obviously, the ability to postpone present to future enjoy-
ment is, in a mere economic or military aspect, such an im-
portant acquisition to any race or group of men, that when
enve acquired it could never be lost. The race possessing
cH, xx.] CONDITIONS OF PROGRESS. 265
this capacity could by no possibility yield ground to the
races lacking it, unless overwhelmed by sheer weight of
vastly superior numbers,—a case which the hypothesis of a
universal primitive civilization does not leave room for. Or
take the ready belief in omens by which the life of the
savage is so terribly hampered. Could a single tribe in old
Australia have surmounted the necessity of searching for
omens before undertaking any serious business, it would
inevitably, says Mr. Bagehot, have subjugated all the other
tribes on the continent. In like manner it is obvious that
such implements as the bow and arrow and the iron swords
or hatchets could never have given place to the boomerang
and the knives and hatchets of stone or bronze; and
the intellectual capacity implied in monotheism and the
discovery of elementary geometry could never have been
conquered out of existence by the intellectual capacity im-
plied in fetishism and the inability to count above three or
four. So, because the men who possess the attributes of
civilization must necessarily prevail, in the long run, over
the men who lack these attributes, it follows that there
cannot have been, in prehistoric times, a general loss of the
attributes, external and internal, of civilization.
Now one of the attributes which will most surely give to
any group of men an advantage in the competition with
neighbouring groups, is the presence of a powerful bond of
union between its members. Our entire survey of social
evolution shows uncat one of the most distinctive character-
istics of civilized men is their capacity for acting in concert
with one another over wider and wider areas. The next
chapter will enable us more fully to understand that the
acquirement of this capacity is simply a further prolonging
of the extension of correspondences in time and space which
has been shown to be a leading characteristic of psychical
progress throughout the organic world. The growth of this
capacity, during historic times, has been a complex result of
266 COSMIC PHILOSOPHY. (ev. 11,
the increase of progressive communities, in size, in hetero-
geneity, and in reciprocity of intercourse. For this many-sided
development has uot only entailed a relative weakening of
the more anti-social impulses and a complicated interlacing
of the interests of communities and individuals, but it has
also entailed a general widening and diversifying of intellec-
tual experiences, enabling men to realize the desirableness of
those remoter ends which are indirectly secured by concerted
action over wide areas. Thus in a high state of civilization
a large amount of concerted action is ensured by the opera-
tion of the ordinary incentives to individual activity, without
the aid of extraordinary incentives especially embodied in
eovernmental edicts, political, sacerdotal, or ceremonial. But
in a primitive state of society it is quite otherwise. It is
notorious that uncivilized men cannot be made to act in
concert save under the stimulus of loyalty to a chief, or of
reverence for some superstition, or of slavish obedience to
time-honoured custom. Hence in early times those commu-
nities are most likely to prevail, in which loyalty, reverence,
and obedience are most strongly developed. From a military
point of view there are hardly any other advantages which can
outweigh these. Rigidity in family-relationships is one in-
stance in which these advantages are manifested. A commu-
nity in which the patria potestas is thoroughly established must
inevitably subjugate those rival communities in which kin-
ship is reckoned through females only. The common-sense
of the old historians perceived and insisted upon the fact
that much of the marvellous success of the Roman common-
wealth was traceable to strictness of family-discipline. In
like manner, as Mr. Bagehot has suggested, we may discern
the true social function perfurmed by those dreadful religions
of early times which so naturally awakened lvathing and
horror in such thinkers as Lucretius: they enforced, with
tremendous sanctions, such lines of conduct as were pre-
scribed by the uecessities of the primitive community; they
cH. Xx.] CONDITIONS OF PROGRESS, 267
rend-red it easier to ensure concerted action among men by
compelling all to act in conformity to some unchangeable
rule.
In short, among numerous tribal groups of primitive men,
those will prevail in the struggle for existence in which
the lawless tendencies of individuals are most thoroughly
subordinated by the yoke of tyrannical eustom,—the only
yoke which uncivilized men can be made to wear. Such
communities will grow at the expense of tribes that are
less law-abiding. It matters comparatively little, as Mr.
Bagehot says, whether the tyrant custom be intrinsically
good or bad: the great thing, at first, is to subject men’s
individualities to a system of common habits. Mr. Mill has
complained, in his work on “ Liberty” and elsewhere, that
one of the characteristics of modern civilization is the dis-
appearance of strongly-marked individualities, such as we
find in medieval and in ancient civilization. But surely
he is quite mistaken in this,—and his mistake arises
partly from neglect of the circumstance that in ancient
and in feudal times the full manifestation of one powerful
individuality was achieved only through the utter sinking
of many weaker individualities, and partly from the fallacy
of taking the unparalleled community of Athens as a type
of ancient communities in general, Surely in no previous
age has there been anything like so wide a scope for the
manifestation of strongly-marked individuality of thought
or character as in the present age. It would, indeed, be
hardly too much to say that this is the first age in human
history which has given us a realizing foretaste of the
time when freedom of thought and freedom of action shall
not only be acknowledged as a right but insisted upon as
a duty for all men. But this is due to the fact that men’s
natures have, through long ages of social discipline, be-
come in some degree adapted to the social state. This
relatively free recogniticn of idiosyncrasies in thought or
268 COSMIC PHILOSOPHY. [rr. m
demeanour shows that modern society can count upon an
organic or instinctive conformity to law on the part of
individuals, upon which ancient society could not count,
In early times, freedom from the yoke of custom meant
simple lawlessness ; and against such disintegrating lawless-
ness all the most formidable sanctions which society could
devise were brought to bear. Hence the feeling of corporate
responsibility is universal among primitive societies. “ Not
only the mutilators of the Hermai, but all the Athenians—
not only the violator of the rites of the Bona Dea, but all
the Romans—are liable to the curse engendered; and so
all through ancient history.” In such a stage of mental
development, the community as a whole is beset with
perpetual anxiety concerning the words and deeds of its
members; and it is to a great extent from this sense of
corporate responsibility that persecution for heresy in opinion
or eccentricity in behaviour is ultimately derived,
The inference from all these considerations is obvious.
Tribes with the strongest sense of corporate responsibility,
with the most rigid family-relationships, the most despotic
yoke of custom, go on growing through long ages at the ex-
pense of rival tribes in which the means for securing con-
certed action over wide areas are less perfect. Age after age
some competing tribes are exterminated or enslaved, while
nthers are absorbed by the victorious tribe and assimilated to
it; and thus age after age the bond of tyrannical custom
becomes stronger and more rigid, while it extends over wider
areas and constrains a larger number of people to uniformity
of behaviour. Such a process will naturally result in the
formation of a huge social “ aggregate of the first order,” as
in Egypt, Assyria, China, Mexico, and Peru. The common
sharacteristic of these civilizations of lower type is that
their growth in size has been out of all proportion to their
increase in structural heterogeneity. Though they may
contain many cities, they contain nothing like the civic type
a air:
oH. XX.] CONDITIONS OF PROGRESS, 269
of social organization, as seen in Greece and Italy; and
though they have taken on the semblance of nations, yet
they lack the fundamental conception of true Nationality,—
the union of individuals through community of interests,
rather than through physical community of descent.t In
all these half-civilized societies, we find that the prim‘tive
tribal or patriarchal mode of structure is simply expanded
without being essentially altered. The family is still the
unit of society, the sense of corporate responsibility is still
powerful, individual careers are still determined by status
and not by contract, originality in opinion or in demeanour
is still prohibited by the most formidable legal or social
penalties ; the tyranny of custom, in short, is still paramount,
and—to crown all—the three kinds of governmental agency,
political, ecclesiastical, and ceremonial, are still concentrated
in the person of the patriarchal ruler, who is at once king,
chief-priest or vice-deity, and master of ceremonies.
Observe, now, the dilemma which seems to confront us.
In the operation of natural selection upon primitive tribes,
we seem to have found a satisfactory explanation of the
erowth of such social “ aguregates of the first order”
as China or old Mexico. But now, how are we going to
get past this stage? How shall we account for the forma-
tion of social aggregates of a higher type? The problem now
1 In antiquity the only conceivable bond of social union was community of
descent, actual or fictitious, Even the conception of territorial proximity as
a source of common action did not gain currency in Europe till towards the
tenth century of the Christian era. Theodoric the East-Goth, whom the old
historians called “ King of Italy,” would not have understood the meaning of
the phrase. In those days a man could be king of a group of kindred
people, without reference to locality, but such a thing as kingship of a geo-
graphical area was unintelligible. The modern nationality (of which the
United States is perhaps the most perfect type) is founded upon the thorough
subordination of the patriarchal theory of community in blood to the modern
theory of community in interests. The so-called “doctrine of nationalities,”
about which so much sentimental nonsense has been written, ought rather to
be called the “doctrine of races,” since it is virtually a revival of the patri-
archal theory. It may be truly said that, in spite of greater ethnic diversity,
Switzerland, for example, is in many respects more completely a nationality
than Spain.
270 COSMIC PHILOSOPHY. [pr. 11.
before us is how to relax the tyranny of custom, and thus
afford a chance for social reorganization, without entailing a
retrogression toward primeval lawlessness. It is one of the
puzzles of sociology that the very state of things which is
pre-eminently useful in bringing men out of savagery is
also likely to be pre-eminently in the way of their attaining
to a persistently progressive civilization. ‘No one,” says
Mr. Bagehot, “will ever comprehend the arrested civiliza-
tions unless he sees the strict dilemma of early society. —
Either men had no law at all, and lived in confused tribes,
hardly hanging together, or they had to obtain a fixed law
by processes of incredible difficulty. Those who surmounted
that difficulty soon destroyed all those that lay in their way
who did not. And then they themselves were caught in
their own yoke. The customary discipline, which could only
be imposed on any early men by terrible sanctions, con-
tinued with those sanctions, and killed out of the whole
society the propensities to variation which are the principle
of progress.” *
Mr. Bagehot shows that this problem has never been
successfully solved except where a race, rendered organically
law-abiding through some discipline of the foregoing kind, has
been thrown into emulative conflict with other races simi-
larly disciplined,—a condition which has been completely
fulfilled only in the case of the migrating Aryans who settled
Europe. But before we can extricate ourselves from our
‘seeming dilemma, we need to point out, more distinctly
than Mr. Bagehot has done, that in all probability none of
the progressive Aryan races has ever passed through any-
thing corresponding to the Chinese or Egyptian stage, and that
when a community has once got into such a state of fixity, it
is really questionable whether it can ever get out of it, unless
under the direct tuition of other communities. It would at
present be premature to speculate upon the results which
1 Physics and Politics, p. 57. |
cH. xx. ] CONDITIONS OF PROGRESS, 271
are likely to flow from British dominion in Hindustan, or
from the intrusion of European ideas into Japan and China.
Looking to the past only, it is safe to Say that when the
“cake of custom” has become so firmly cemented, and on
such a great scale, as in these primitively-organized commu-
nities, there is but little likelihood of its getting broken. The
Oriental stage—if one may so call it—is not a stage through
which progressive nations pass, but it is a stage in which
further progress is impossible, save through the occurrence
of some deep-reaching social revolution. The progressive
races are just those which have in some way avoided this
dilemma,—which have succeeded in securing concerted action
among individuals without going so far as to kill out the
tendency to individual variations. Historically we find no
traces of primitive political despotism among the European
Aryans. Alike among Greeks, Italians, Teutons, and Slaves,
we find the elements of a free constitution at hand, and the
“age of discussion” inaugurated, at the very beginnings of
recorded history. Though society is still constructed on the
patriarchal type, there is nevertheless an amount of relative
mobility among the social units such as is not witnessed
eitler in Oriental despotisms or among modern savayes.
I believe, tlierefore, that the character of the dilemma is
somewhat inadequately represented by Mr. Bagehot. It is not
quite true that in a progressive society the “cake of custom”
must first be cemented as firmly as possible, and then after-
wards broken. For when the cementing passes beyond a
certain point, the breaking becomes impracticable. The
dilemma consists rather in the fact that in a progressive
society the cementing and the breaking of the “cake of
custom” must go on simultaneously. Observe the seeming
contradiction.
While it is perfectly true that the power of concerted
action on a large scale gives to the community possessing it
a decided military advantage, and while it is true that in
272 COSMIC PHILOSOPHY. (er. m.
early times this power of cooperation can hardly be gained
save through the uniformity of discipline prescribed by
tyrannical custom, it is also true that a considerable amount
of individual variability is, even in early times, a source of
military strength to the community. For in all stages of
progress the law holds good that, in order to ensure a per-
manent supply of first-rate individual excellence, whether in
intellect or in character, there must be perpetual variation,—
the members of the community must not all conform to
precisely the same standard of belief or action. It is not
simply that out of the conflict of opinions there comes an
increase of mental power, but it is that where absolute
uniformity of opinion is enforced, the very individuals most
capable of serving the community by reason of superior
mental power are neglected, thwarted, or killed off. The
truth is not yet wholly trite that the most valuable men of
every age are its heretics. For this truth is obscured by the
kindred truth that the heresy of one age is the orthodoxy.
of the next,—so that complacent orthodoxy, ignoring the
historical point of view, is wont to claim as its allies to-day.
the very men whom it burnt or crucified in days gone by.
Obviously it is in the nature of things that this should
be so. If old-established ideas were never to be unsettled,
new truths would cease to find recognition, and progress
would be at an end. But in any age the discoverers and
promulgators of new truths are to be found only among
those who possess the superior mental flexibility requisite
for shaking themselves loose from the network of old-
established ideas. And wherever there is such mental
flexibility, there is sure to*be heresy. Above all is this true
in early communities, for in these later times we have
become so far accustomed to variations in belief and practice,
and have so far substituted individual for corporate responsi-
bility, that there is a great deal of variation which we do
not count as heresy, but which formerly would have been
oH. xx.] CONDITIONS OF PROGRESS. 273
regarded as such. Hence in an early community, the enforce-
ment of absolute uniformity of belief and practice must
establish a kind of natural selection tending to weed out all
superior flexibility of mind. As a direct result the community
closes up a prolific source of military superiority in the
shape of individual political and military genius; for men
of the Themistokles type are not produced, as a rule, in such
states of society. The indirect result will be more fully
appreciated when the next chapter has shown us how closely
mental flexibility is implicated with that power of represent-
ing objects and relations remote from sense which also
underlies the invaluable power of anticipating future emer-
gencies. To weed out superior flexibility of mind is to
check further development in forethought or longheadedness,
—a truth of which the entire history of the Oriental com-
munities, so unlike each other in many respects, is one long
and reiterated confirmation. Still further, when we recall
the patent fact that the efficiency of any community is
measured by the efficiency of its individual members, and
that this efficiency is kept up by a kind of natural selection
which is none the less potent for not working with the death:
penalty as among lower animals, we shall realize how great
is the military advantage entailed by free variation and com-
petition. In illustration of all this we may recur to a
historical event already cited for other purposes. When the
Mede, whose laws were quoted as the very type of unchange-
ableness, sought to add to his overgrown dominions the
modest patrimony of the Athenian, of whom it was said
that he was ever curious after new and unheard-of things,
the wager of battle resulted in no doubtful verdict. When
it is asked how Miltiades, with his ten thousand, could so
quickly put to flight Datis, with his hundred thousand, the
unhesitating reply is that the result was due to the superior
social organization under which the ten thousand were reared.
But this superiority of organization consisted mainly in the
VOL. IT, T
4
274 COSMIC PHILOSOPHY. [pr. 1
fact that the individual career of the Mede wats prescribed
by unvarying tradition, while the maxim upon which the
Athenian implicitly acted was La carriére ouverte aux talents,
These are some of the military advantages of Mr. Bagehot’s
“age of discussion.” But in truth they are advantages which
do not belong exclusively to any age or to any epoch of
development, but are operative at all times, though in dif-
ferent ages and communities their action is diversely com-
plicated with the action of the opposite advantages previously ©
considered. Mr. Bagehot’s error—if it be real and not mcrely
apparent—lies in describing as purely successive circum-
stances which must have been in great degree simultaneous.
The “strict dilemma of early society” is not that the fetters
of tyrannical custom must first be riveted and afterwards
unriveted, but that they must be riveted and unriveted at
the same time in communities which are destined to attain
to permanent progressiveness. On the one hand we have
seen that primitive societies in which uniformity of belief
and practice is most sternly enforced, will prevail in the
struggle for life. On the other hand we have seen that
primitive societies in which flexibility of mind is most
encouraged, will come out uppermost. And herein lies the
seeming dilemma or contradiction.
In reality, however, as the whole question is one of war-
fare, so it is practically a struggle for life between these two
principles. Into the numberless combinations of circum-
stances which have given the victory now to one side and
now to the other, we cannot inquire, from lack of historical
data. On general grounds we may admit that, at the outset,
uniformity must have been a more important possession than
flexibility ; we can plainly see how those communities that
conquered by means of uniformity became caught, as it
were, in their own toils, and were estopped from further
progression; and we can see how those communities that
won the day by preserving a modicum of flexibility have
on. xx. | CONDITIONS OF PROGRESS. 275
been rewarded by unlimited progressiveness. We can thus
dimly discern the way in which China kas become immobile,
while Europe has become ever more and more mobile. But
beyond these most general indications of what has happened,
we can discern but little. We cannot tell precisely, for
example, why the European Aryans won the day by preserv-
ing a modicum of flexibility, rather than by enforcing such a
monotony of disposition as would kill out all flexibility. At
the earliest dawn of history the European portion of the
Aryan race already surpasses all other races, both in individual
variety of character and in longheadedness. The details of
the process by which this superiority was gained are hidden
from us in the night of time. Upon one point, however, we
may profitably speculate. Among all the historic civiliza-
tions, the European is the one of which we can most de-
cidedly assert that it is not autochthonous. The Aryans
who conquered Europe in successive Keltic, Italo-Hellenic,
Teutonic, and Slavonic swarms, were not the quiet, conser-
vative, stay-at-home people of prehistoric antiquity, but
were rather the elect of all the most adventurous and
flexible-minded portions of the tribally-organized population
of Central Asia. Their invasion of Europe was in this
respect like the subsequent invasion of England by the mis-
cellaneous hordes roughly described as Angles and Saxons,
Danes and Norinans, and like the still later colonization of
North America by the most mobile and adventurous elements
of West-European society. We may fairly suppose that the
Aryan. invaders of Europe were the most supple-minded of
their race,—che “ come-outers,” perhaps, for whom the cake
of custom at home was getting too firmly cemented, but who
had undergone sufficient social discipline to enable them to
get along with a less solid cake in future. However this
may be, the main point is that they were not aborigines but
colonizers, and as such were subjected to a great hetero
geneity of environing circumstances from the time when we
tT 2
276 COSMIC PHILOSOPHY, (PT. 11
first catch sight of them. They were the pioncers or Yankees
of prehistoric antiquity, in whom unusual flexibleness of
mind was the natural result of continual change in the sets
of relations to which they were obliged to make their theories
and actions conform. Prehistoric antiquity presents no other
case like this. The great immobile civilizations appear to
have grown up in comparatively well-protected regions,
where competition with outlying communities was checked
at an early date. Screened in this way from intercourse
with the outside world, and adapting themselves to an en-
vironment which altered. but little, there was nothing which
could serve to shake them loose from their monotony of
discipline. A more extreme instance of a kindred pheno-
menon is seen in the fact that in those protected corners of
the world where competition has always been at a mini-
mum; we find the smallest conceivable amount of progress
from utter bestial savagery. That same isolation which has
kept the flora and fauna of Australia in such a backward
state that they are now melting away before the imported
plants and animals of Europe as snow melts under a vernal
sun,—that same isolation has retained the Australian man
until this day at the lowest level of humanity. Similar
things might be said of the Fuegians, the Andaman Islanders,
and some of thie hill-tribes of aboriginal non-Aryan Hindus.
Where there has been least competition and least natural
selection, there has been least progress from savagery. Now
returning to the immobile civilizations, when we bear in mind
that of the two conflicting elements of military advantage,
uniformity was likely to be of most importance at first and
flexibility afterwards, we may begin to discern, I think, that
where competition ceased at an early date, uniformity may
well have carried the day and crushed out flexibility alto-
gether. Herein we have an excellent explanation of the
immobility of Egypt, China, Peru, and Mexico; and with
some further qualiticatious an analogous case might be made
a le
ou. XXx.] CONDITIONS OF PROGRESS. 277
out for Assyria and Northern India, But no such early
cessation of competition could have oceurred in the case of
our Aryan forefathers. Little as we know concerning the
circumstances of their prehistoric development, we know at
least that it took place on the great highway between the
teeming mainland of Asia and the coveted peninsula of Europe.
In this swarming region there was kept up until quite recent
times that intense competition of tribe with tribe which had
all but died out in Evypt and China before the dawn of
history. All this entailed for each winning tribe a greater
heterogeneity of environment than in any other instance.
Under such circumstances uniformity could hardly have
carried the day so far as to crush out flexibility. Continual
change of foes to be overcome, and of natural obstacles to
be surmounted, must have given the advantage at last to
those tribes which had gained enough uniformity to ensure
concerted action, without sacrificing their versatility of mind
in the process.
To some such considerations as these we must look for
the partial explanation of the fact that at the beginnings
of recorded history we find in the European Aryans all the
essential elements of progressiveness. The continuance of
this progressiveness during the historic period is a fact which
need not long detain us. Since the beginnings of Mediter-
ranean Civilization, the heterogeneity of the environment has
been too gréat, and the changes in the environment too rapid,
to allow of general staguation; while the assaults of outer
barbarism have been for the most part warded off by the
military superiority which this higner civilization has en-
tailed. At times there has been an appearance of danger
that much of this hard-won advantage might be lost, not
merely through assaults from without, but through causes
internally operating, After the earlier incentives to noble
and varied activity connected with the autonomous spirit
had been destroyed by the universal hegemony of Rome, the
278 COSMIC PHILOSOPHY. (pr. a,
need for protection from the threatening barbarian began to
bring about a retrogression, in which for a time uniformity
seemed likely to flourish at the expense of individuality. It
is instructive, from this point of view, to observe the gradual
change toward an Oriental type of government which went
on from the time of Augustus to that of Diocletian. In the
eastern half of the Empire, after its final political severance
from the western half at the end of the eighth century, this
change became really consummated, and after a while de-
feated itself by culminating in a social stagnation and mili-
tary feebleness which invited the sharp scimitar of the
Mussulman. But in the West this fatal growth of patri-
archal despotism was early checked by the rise of Chris-
tianity as an independent spiritual power, by the immigration
of the German tribes, and by the union of these two circum-
stances. Iurope was in no immediate danger of lapsing into
an Oriental condition when an Ambrose could say to a
Theodosius, “ Thus far shalt thou go and no farther.” The
German tribes, by their direct coalescence into national
ageregates, without passing through the civic stage of organi-
zation, furnished, in various degrees of completeness, the
principles of representation and federation, thus adding im-
portant elements of new life to the Empire. While finally
the Christianization of these tribes, leading to the famous
compact by which the Head of the Church transferred the
lordship of the western world from the degenerate Byzantine
to the strong-armed Frank, inaugurated a balance of powers
which preserved Europe henceforth from any danger of be- ©
coming either a sultanate or a caliphate. In this twofold
supremacy of Church and Empire during the Middle Ages,
we have one of the most remarkable compromises be-
tween antagonist forces known to history ; for while the ten-
dency of either set of forces acting alone would have been
‘toward absolute despotism, either in the spiritual or in the
temporal form, on the other hand their joint action and
ci, xx.] CONDITIONS OF PROGRESS. 279
counter-action was in a high degree conducive to the develop-
ment of individual liberty of thought and behaviour.
The various hints here given thus combine to show how,
both in historic and in prehistoric times, the European
Aryans would seem to have profited by circumstances tend-
ing to encourage individuality without weakening concentra-
tion. Hence the peculiarly plastic consistency—the flexibility
combined with toughness—of West-Aryan civilization. Hence
the European races all possess the capacity of innovating
without revolution. The English and the old Romaus have
exhibited this capacity in the highest degree; the Spaniards
and the French, in recent times, owing to previous reversion
toward a despotic réime, have shown themselves partially
deprived of it. But while it is thus manifested in quite
various degrees, all alike possess it in a high degree as
compared with those races which have been arrested in the
Oriental stage of civilization.
The successful achievement of innovation without revo-
lution depends mainly upon an artifice which derives its
validity from one of the most deep-seated tendencies of the
human mind, and which has unquestionably been one of the
chief agencies in forwarding social progress. I refer to the
artifice of “ legal fiction,” as shown in the pretence that the
novelty of belief or practice just inaugurated has its warrant
in time-honoured precedent. The disposition to justify all
innovation by means of this artifice is so strongly rooted in
human nature that it is likely to be manifested for a long time
to come,—probably until the millennial victory of that “ pure
reason ’ chout which sentimental philosophers have prated,
but which hitherto has played a very subordinate part in
shaping human affairs, It is this disposition which leads the
orthodox, after resisting some scientific heresy until resistance
is no longer possible, to discover all at once that the heresy
was really taught by Suarez, or St. Augustine, or Moses. It is
this which enables changes to be made “ constitutionally,” or
280 COSMIC PHILOSOPHY. [wr. 11,
in accordance with a system of edicts framed in an age when
the changes in question could not possibly have been con-
templated or proviced for. Yet among ourselves, where the
dread of novelty is comparatively slight, there is some
difficulty in realizing how all-essential is this kind of artifice
in early times. “To this day many semi-civilized races have
great difficulty in regarding any arrangement as binding and
conclusive unless they can also manage to look at it as an
inherited usage. Sir Henry Maine, in his last work, gives a
most curious case. The English Government in India has in
many cases made new and great works of irrigation, of which
no ancient Indian Government ever thought; and it has
generally left it to the native village community to say what
share each man of the village should have in the water; and
the village authorities have accordingly laid down a series of
most minute rules about it. But the peculiarity is, that in
no case do these rules ‘ purport to emanate from the personal
authority of their author or authors, which rests on grounds
of reason, not on grounds of innocence and sanctity ; nor do
they assume to be dictated by a sense of equity; there is
always, I am assured, a sort of fiction under which some
customs as to the distribution of water are supposed to have
emanated from a remote antiquity, although, in fact, no such
artificial supply had ever been so much as thought of’ So
difficult does this ancient race—like, probably, in this respect
so much of the ancient world—tind it to imagine a rule
which is obligatory, but not traditional,” ?
Now among the European Aryans, within historic times,
this species of artifice assumed a form which made it in a
very high degree conducive to the permanent progressiveness
of the race. If we look into the great writers who in the
seventeenth century illustrated with exquisite beauty and
clearness the doctrines of Public Law, we find their heads
filled with the notion of a primitive natural code, fit for
1 Bagehot, Physics and Politics, p. 142
cH. Xx. ] CONDITIONS OF PROGRESS. 281
regulating international concerns, and for supplying every-
where the shortcomings of civil legislation, its degenerate
offspring, whose worth must be rated according to the degree
in which it approaches the perfection of its parent. The
influence of this conception may be best appreciated by
reflecting on the extent to which contemporary legal literature,
whether embodied in expository treatises or in judicial deci-
_ sions, is impregnated by it. The appeals to “:zight reason”
and “natural reason” which since Blackstone’s time have
filled a considerable place in juristic dissertation, bear un-
_ equivocal marks of their origin. Nowhere better than here
can we see exemplified the mighty influence of the ideas of
Roman jurisprudence upon modern thought. Sir Henry
Maine has well delineated the process by which, from the
constantly felt want of a system of principles fit for settling
disputes between Roman citizens and aliens or foreigners,
there gradually arose in the Preetorian courts an equitable
body of law founded upon customs common (or assumed as
common) to all peoples alike. But far from comprehending
the really progressive character of the noble juristic system
steadily growing up under their own supervision—daily
attaining grander proportions as the grotesque and barbarous
elements hallowed by local usage were one-by one eliminated
from the body of equitable ideas which formed their common
substratum—the Pretors of the Republic and the great
Antonine jurisconsults, under the immediate influence of
Stoic conceptions, supposed themselves to be merely restoring
to their original integrity the disfigured and partially
obliterated ordinances of a primeval state of nature. The
state of faultless morality and unimpeachable equity which
constituted the ideal goal of their labours, they mistook for
the shadow of a real though unseen past.
But this form of the unconscious artifice—due in general
to the great heterogeneity of the Roman environment, and in
particular to the continual interaction between Greek and
282 | COSMIC PHILOSOPHY. (pr. 1
Roman ideas—was very different from the form of it ex-
emplified by the Hindu who refers his modern edicts about
water-supply to some remote era of primitive legislation.
Between the two there is a world-wide difference,—all the
difference between stagnation and progress. For the abstract
and impersonal form in which the Roman conceived his Jus
Nature made it possible for him to appeal to it, not simply
in justification of particular departures from ancient custom,
but in justification of the general principle of departure
from ancient custom. It constituted, as it were, a court of
appeal before which time-honoured customs must be called
upon to establish their validity. It opened men’s minds to
the distinction between mala prohibita and mala in se. It
prepared the way for the recognition of a “higher law ” of
God as distinct from the local and temporary laws of man.
And in this way it no doubt contributed largely toward the
establishment of Christianity as an independent spiritual
power in the Empire. :
To deal adequately with these interesting illustrations
would require us to extend this part of our discussion to
disproportionate length, Our purpose is sufficiently sub-
served by the foregoing fragmentary statement, in which the
problem of human progressiveness, though not fully solved,
is at least so far classified that the solution of it is facili-
tated. We have seen that permanent progressiveness is
found where the social aggregate is characterized by a cohe- |
sion among its parts which is neither too little nor too great.
An excess and a deficiency of individual mobility have been
shown to be alike incompatible with that persistent tendency
toward internal rearrangement which we call progressiveness.
The sociological puzzle to which Mr. Bagehot has called
attention, and with which we have been concerned in the
present chapter, is substantially the same thing as the
dynamic paradox which confronted us when, in the fourth
chapter, we were secking to determine the conditions which’
- OH. XX.] CONDITIONS OF PROGRESS. 283
enable Evolution in general to result in continuous increase
of structural and functional complexity. The present case
is, indeed, but a special form of the more general case.
How to secure a compromise between fluidity and rigidity is
in both cases the essential desideratum. Where the units
which make up the aggreeate have too much individual
freedom of motion, the result is a fluid state in which there
is no chance for stable structural arrangements. Where they
have too little freedom of motion, the result is a solid state
in which there is no chance for structural rearrangements.
In the first case, where there is so little dissipation of motion,
there is little or no Evolution. In the second case, where so
little internal motion is retained, the Evolution which occurs
is simply or chiefly a process of consolidation, unattended by
any considerable advance from indeterminate uniformity
toward determinate muitiformity.
Bearing in mind that we are dealing, not with a mere
series of striking analogies, but with a group of real resem-
blances which result from a fundamental. homology between
the special process here considered and the more general
process which includes it, let us observe that one chief cir-
cumstance which secures mobility without loss of coherence
is a he'erogeneous and ever-changing social environment, to
the heterogeneous changes of which the community is con-
tinually required to adjust itself. The illustrations above
given unite in showing that where circumstances have
afforded such a heterojeneous environment (as a perpetual
external excitant of internal rearrangements), the commu-
nities which have survived through relatively-complete ad-
,ustment have manifested a permanent capacity for progress.
Thus is our problem completely connected with the more
general problem of natural selection, and with the most
general problem of Evolution as manifested in all orders of
phenomena. And thus the essential continuity of the pro-
cesses of Nature is again strikingly illustrated,
284 COSMIC PHILOSOFAY,. [Pr. 11.
In the following chapter we shall have frequent oveasion
to refer to this circumstance of heterogeneity of the social
environment as manifested psychologically, in its effects
upon the intellectual mobility of men regarded as indi-
viduals. To pursue the problem of progressiveness into this
psychological region is the way in which to obtain a basis
for the explanation of the progress from Brute to Man; and
to this crowning inquiry we must now address ourselves
;
;
’
j
Py
:
CHAPTER XXL
GENESIS OF MAN, INTELLEC-UALLY.
Tur chief difficulty which most persons find in accepting the
Doctrine of Evolution as applied to the origin of the human
race, is the difficulty of realizing in imagination the kinship
between the higher and the lower forms of intelligence and
emotion. And this difficulty is enhanced by a tendency of
which our daily associations make it hard to rid ourselves.
There is a tendency to exaggerate the contrasts which really
exist, by leaving out of mind the intermediate phenomena and
considering only the extremes. Many critics, both among those
who are hostile to the development theory and among those
who regard it with favour, habitually argue as if the intel-
ligence and morality of the human race might be fairly
represented by the intelligence and morality of a minority
of highly organized and highly educated people in the most
civilized communities. "When speaking of mankind they are
speaking of that which is represented to their imagination
by the small number of upright, cultivated, and well-bred
people with whom they are directly acquainted, and also to some
extent by a few of those quite exceptional men and womer
who have left names recorded in history. Though other
elements are admitted into the conception, these are never-
theless the ones whicn chiefly give to it its character.
Employing then this conception of mankind, abstracted from
286 COSMIC PHILOSOPHY, [pr. 1.
these inadequate instances, our critics ask us how it is
possible to imagine that a race possessed of such a godlike
intellect, such a keen wsthetic sense, and such a lofty soul,
should ever have descended from a race of mere brutes.
And again they ask us how can a race endowed with such a
capacity for progress be genetically akin to those lower races
of which even the highest show no advance from one genera-
tion to another. Confronted thus by difficulties which reason*
and imagination seem alike incompetent to overcome, they
too often either give up the problem as insoluble, or else—
which amounts to nearly the same thing—have recourse to
the deus ex machind as an aid in solving it.
Influenced, no doubt, by some such mental habit as this
Mr. St. George Mivart declares that, while thoroughly agree-
ing with Mr. Darwin as to man’s zoological position, he
nevertheless regards the difference between ape and mush-
room as less important than the difference between ape and
man, so soon as we take into the account “the totality of
man’s being.”! In this emphatic statement there is a certain
amount of truth, though Mr. Mivart is not justified in imply-
ing that it is a truth which the Darwinian is bound not to
recognize. The enormous difference between civilized man
and the highest of brute animals is by no one more emphati-
cally recognized than by the evolutionist, who holds that to
the process of organic development there has been super-
added a stupendous process of social development, and who
must therefore admit that with the beginning of human
civilization there was opened a new chapter in the history of
the universe, so far as we know it. From the human point
of view we may contentedly grant that, for all practical
purposes, the difference between an ape and a mushroom is
of less consequence than the difference between an ape and
an educated European of the nineteenth century. But to
take this educated European as a typical sample of mankind
1 Nature, April 20, 1871.
on. xx1.] GENESIS OF MAN, INTELLECTUALLY, 287
and to contrast him directly with chimpanzees and gibbons,
is in the highest degree fallacious; since the proceeding
involves the omission of a host of facts which, when taken
into the account, must essentially modify the aspect of the
whole case.
When we take the refined and intellectual Teuton, with his
one hundred and fourteen cubic inches of brain, and set him
alongside of the chimpanzee with his thirty-five cubic inches
of brain, the difference seems so enormous as to be incom-
patible with any original kinship. But when we interpose
the Australian, whose brain, measuring seventy cubic inches,
comes considerably nearer to that of the chimpanzee than
to that of the Teuton, the case is entirely altered, and we
are no longer inclined to admit sweeping statements about
the immeasurable superiority of man, which we may still
admit, provided they are restricted to civilized man. If
we examine the anatomical composition of these brains, the
discovery that in structural complexity the Teutonic cere-
brum surpasses the Australian even more than the latter
surpasses that of the chimpanzee, serves to strengthen us
in our position. And when we pass from facts of anatomy
to facts of psychology, we obtain still further confirmation ;
for we find that the difference in structure is fully paralleled
by the difference in functional manifestation. If the English-
man shows such wonderful command of relations of space,
time, and number, as to be able to tell us that to an observer
stauioned at Greenwich on the 7th of June, a.p. 2004, at
precisely nine minutes and fifty-six seconds after five o’clock
in the morning, Venus will begin to cross the sun’s disc; on
the other hand, the Australian is able to count only up to
five or six, and cannot tell us the number of fingers on his
two hands, since so large a number as ten excites in him
only an indefinite impression of plurality. Our conception of
1 The Dammaras, according to Mr. Galton, are even worse off than this.
“When they wish to express four, they take to th:ir fingers, which are to
2388 COSMIC PHILOSOPHY. [pr. 1h
the godlike intellect evidently will not apply here. If the
emotions of the German and his intellectual perceptions of
the fitness of harmonious sounds for expressing emotion are
so deep and subtle and varied as to result in the production
of choruses like those of Handel and symphonies like those
of Beethoven, on the other hand the crude emotions of the
Australian are quite adequately expressed by the discordant
yells and howls which constitute the sole kind of music ap-
preciable by his undeveloped ears. We look in vain here for
traces of the keen esthetic sense which in a measure links
together our intellectual and moral natures. Again, if the
American student has been known to be actuated by such
noble ethical impulses and guided by such lofty conceptions
of morality as to leave his comfortable home and his
them as formidable instruments of calculation asa sliding rule is to an
English school-boy. They puzzle very much after five, because no spare hand
reinains to grasp and secure the fingers that are required for units. Yet they
seldom lose oxen; the way in which they discover the loss of one is not by
the number of the herd being diminished, but by the absence of a face they
know. When bartering is going on, each sheep must be paid for separately.
Thus, suppose two sticks of tobacco to be the rate of exchafige for one sheep,
it would sorely puzzle a Dammara to take two sheepand give him four sticks.
I have done so, and seen a man put two of the sticks apart, and take a sight
over them at one of the sheep he was about to sell. Having satisfied himself
that that one was honestly paid for, and finding to his surprise that exactly two
sticks remained in hand to settle the account for the other sheep, he would
be aiflicted with doubts; the transaction seemed to come out too ‘pat’ to be
correct, and he would refer back to the first couple of sticks; and then his ©
mind got hazy and confused, and wandered from one sheep to the other, and
he broke off the transaction until two sticks were put into his hand, and one
sheep driven away, and then the other two sticks given him, and the second
sheep driven away. . . . Once while I watched a Dammara floundering
hopelessly in a caleulation on one side of me, I observed Dinah, my spaniel,
equally embarrassed on the other. She was overlooking half-a-dozen of her
new-born puppies, which had been removed two or three times from her, and
her anxiety was excessive, as she tried to find out if they were all present, or
if any were still missing. She kept puzzling and running her eyes over them,
backwards and forwards, but could not satisfy herself. She evidently had a
vague notion of countiug, but the figure was too large for her brain. Taking
the two as they stood, dog and Dammara, the comparison reflected no great
honour on the man.”—Galton, Tropical South Africa, p. 132, cited in Lub-
bock, Origin of Civilization, Amer. ed., p. 294. See also Tylor, Primitive
Culture, vol. i. pp. 218—246. Probably the dual number, in grammar,
“preserves the memorial of that stage of thought when all beyond two was
an idea of indefinite number.” Id. p. 240. fs.
cH. xx1.] GHNESIS OF MAN, INTELLECTUALLY. 289
favourite pursuits, and engage in rough warfare, at the risk
of life and limb, solely or chiefly that he might assist in
relieving the miseries of far inferior men, whose direct
claim upon his personal sympathies could never be other
than slight, on the other hand the Australian has no words
in his language to express the ideas of justice and benevo-
lence, aud no amount of teaching can make him compre-
hend these ideas. For although, like some brute animals,
he is not wholly destitute of the primary feelings which
underlie them, yet these feelings have been so seldom re-
peated in his own experience, and that of his ancestors,
that he is unable to generalize from them. The lofty soul,
which is too sweepingly attributed to man in distinction
from other animals, is here as difficult to discover as the
godlike intellect or the keen esthetic sense.
In similar wise is made to disappear the sharp contrast
between human and brute animals in capability of progress.
Hardly any fact is more imposing to the imagination than
the fact that each generation of civilized men is perceptibly
more enlightened than the preceding one, while each genera-
_ tion of brutes exactly resembles those which have come
before it. But the contrast is obtained only by comparing
the civilized European of to-day directly with the brute
animals known to us through the short period of recorded
human history. The capability of progress, however, is by no
means shared alike by all races of men. Of the numerous races
historically known to us, it has been manifested in a marked
degree only by two,—the Aryan and Semitic. To a much
less conspicuous extent it has been exhibited by the Chinese
and Japanese, the Copts of Egypt, and a few of the highest
American races. On the other hand, the small-brained races
—the Australians and Papuans, the Hottentots, and the
majority of tribes constituting the widespread Malay and
American families—appear almost wholly incapable of pro-
gress, even under the guidance of higher races. The most
VOL, IL v
220 COSMIC PHILOSOPHY. [rr 1
that can be said for them is, that they are somewhat more
imitative and somewhat more teachable than any brute
animals. In the presence of the Aryan, even under the
most favourable circumstances, they tend to become extin-
guished, rather than to appropriate the results of a civiliza-
tion which there is no reason to suppose they could ever
have originated. The two great races of Middle Africa, the
Negroes and the Kaffirs,! have shown, by their ability to
endure slave labour, their superiority to those above men-
tioned; but their career, where it has not been interfered
with by white men, has been but little less monotonous than
the career of a brute species. Of all these barbarian races,
we commonly say that they have no history; and by this
we mean that throughout long ages they have made no
appreciable progress. In a similar sense we should say of
a race of monkeys or elephants, that it has no history.
Of like import is the fact, that as we go backward in time
we find the progressiveness of the civilized races continually
diminishing. No previous century ever saw anything ap-
proaching to the increase in social complexity which has
been wrought in America and Europe since 1789. In science
and in the industrial arts the change has been greater than
in the ten preceding centuries taken together. Contrast the
seventeen centuries which it took to remodel the astronomy
of Iipparchos with the forty years which it has taken to
remodel the chemistry of Berzelius and the biology of Cuvier.
Note how the law of gravitation was nearly a century in
getting generally accepted by foreign astronomers,? while
1 Tt is Haeckel who asserts a distinction of race between the Negroes and
Saffirs. It is not necessary, however, to insist upon the distinction.
2 It was still on trial in France in 1749, when Clairaut and Lalande mag-
nificently verified it by calculating the retardation of Halley’s comet. It
may be said that the French are notoriously slow in adopting ideas which
have originated in other countries, and that they now ignore natural selection
much as they formerly ignored gravitation. Nevertheless, in spite of the
Academy and M. Flourens, there are plain indications that the doctrine of
special creations is doomed speedily to suffer the fate in France which it has
ready suffered in Germany, England, and America.
it ae
on. xx1.] GENESIS OF MAN, INTELLECTUALLY. 291
within half a dozen years from its promulgation, the theory
of natural selection was accepted by the great majority of
naturalists. How small the difference between the clumsy
wavvons of the Tudor period and the mail-coach in which
our grandfathers rode, compared to the difference between
the mail-coach and the railway train! How rapid the
changes in philosophic thinking since the time oz the Hncy-
' ¢elopédistes, in comparison with the slow though important
changes which occurred between the epoch of Aristotle and
the epoch of Descartes! In morality, both individual and
national, and in genera] humanity of disposition and refine-
ment of manners, the increased rapidity of change has been
no less marked.
& But these-considerations are immensely increased i in force
when we take into account those epochs which, in the light
of our present knowledge, can alone properly be termed
ancient, Far beyond the comparatively recent period at
which human history began on the eastern shores of the
Mediterranean, extend the ages during which, as palzon-
tology shows us, both the eastern and the western hemi-
spheres were peopled by races of men. Ten thousand cen-
turies before the time of Homer and the Vedic poets, wild
men, with brute-like crania, carried on the struggle for
existence with mainmoths, tigers, and gigantic bears, Jong
since extinct. And recent researches make it probable that
even this enormous period must be multiplied six- or eight-
fold before we can arrive at the time when men first ap-
peared upon the earth as creatures zoologically distinct from
apes. The significance of these conclusions, even when we
take into account only the shorter epoch of a single million
of years, cannot be too strongly insisted upon, They show
us that it is only in recent times that man has become
widely distinguished from other animals by his capability of
-progress. If, as evidence of our present progressiveness, we
city the superiority of our Whitworth guns and Chassepot
U 2
Z92 COSMIC PHILOSOPHY. (Pr. 11
rifles over the howitzers and flintlocks used by our grand-
fathers, we must also remember that more than twenty
thousand generations lived and died before the primitive
stone hatchets and stone-pointed arrows were superseded
by battle-axes and javelins headed with bronze. During
these long ages, each generation must have imitated its
predecessor almost as closely as is the case with brute
animals. The godlike intellect, of whose achievements we
are now so justly proud, was then being acquired by almost ©
infinitely minute increments. In the face of the proved
fact of man’s immense antiquity, no other conclusion is
admissible.
I have introduced these considerations, not so much to
confirm the theory of the descent of man from an ape-like
animal,—which I regard as already sufficiently proved by the
evidence presented in the ninth chapter,—as to illustrate the
true point of view from which the evolution of humanity
should be regarded. In treating of the Doctrine of Evolution
in general, we saw it to be a corollary from the persistence of
force that the process of evolution, which at first goes on
with comparative slowness, must, owing to the multiplication
of effects, go on with increasing rapidity.1 We have seen,
besides, that those most conspicuous aspects of evolution
which consist in increase of definite complexity in structure
and function must be much more conspicuous in the more
compound than in the more simple kinds of evolution. In
illustration of these closely allied truths, we may note that
in all cases a long period of time elapses before any lower
order of evolution gives rise to a distinctly higher order.
Long ages must have passed before the slow integration of
our solar nebula into a planetary system resulted in the
appearance of distinctly geologic phenomena upon the
several planets, Again, it was a long time before geologic
1 See above, vol. i. p. 854. This was also hinted st the close of the
enapter on Life as Adjustment,
cn, xx1.]} GENESIS OF MAN, INTELLECTUALLY. 293
evolution had proceeded sufficiently far to admit of the
evolution of life: upon Saturn and Jupiter, as we have seen,
the genesis of anything like what we know as life would
appear still to be impossible. Again, after the first appear-
ance of life upon our earth, a long time must have elapsed
before protists, simple plants, and nerveless animals, were
succeeded by animals sufficiently complex to manifest even
the most rudimentary phases of psychical life. And again,
as we can now see, the evolution of physical and psychical
life to the very high degree exemplified in the primeval
ape-like man, was ‘followed by a somewhat long period,
during which the still higher psychical changes constituting
social evolution ‘were slowly assuming their distinctive
characteristics.
Social evolution, therefore, Rabie as a complicated
series of intellectual and emotional changes determined by
the aggregation of men into communities, is a new order of
evolution, more highly compounded than any that had gone
before it. When, in the course of the struggle for existence,
men began to unite in family groups of comparatively per-
manent organization, a new era was begun in the progress
of things upon the earth’s surface. A new set of structural
and functional changes began, which for a long while pro-
ceeding with the slowness characteristic of the | early stages
of every order of evolution, are at last proceeding with a
rapidity only to be slackened when some penultimate stage
of equilibrium is approached. Hence it is in the highest
degree unphilosophical to attempt to explain the present
position of civilized man solely by reference to the laws of
organic and psychicai evolution as obtained by the study of
life in general. It is for biology to explain the differences
between the human hand and foot and the hands and feet
cf the other primates;+ but the chief differences between
civilized man and the other members of the order to which
2 See Prof. Huxley’s admirable monograph on Man’s Place in Nature.
294 COSMIC PHILOSOPHY. {rr. “t
he belongs are psychological differences, and the immense
series of psychical changes to which they are due has been
all along determined by social conditions.
The all-important contrast. therefore—for our present pur-
pose—is not between man ant other primates, extinet and
contemporary, but between civilized man and primitive man.
Already we have found that the lowest contemporary man,
whose social organization has never reached any higher form
than that of the simplest tribal community, exhibits but
scanty traces of the godlike intellect, the refined tastes, or the
lofty soul which we are accustomed to ascribe to humanity
in general as its distinctive attributes. Humanity, zoolo-
gically considered, exists to-day, to which these attributes
cannot be ascribed without a considerable strain upon the
accepted meanings of our words. Zoologically, the Australian
belongs to the genus Hoino, and is therefore nearer to us than
to the gorilla or gibbon; psychologically, he is in many
respects further removed from us than from these man-like
apes. No one will deny that the intellectual progress implied
in counting up to five or six, though equally important, is
immeasurably inferior in quantity to the subsequent progress
implied in the solution of dynamical problems by means of
the integral caleulus,—an achievement to which the average
modern engineer is competent. But im going back to the
primeval man, we must descend to a lower grade of intelli-
gence than that which is oceupied by the Australian. We
must traverse the immensely long period during which the
average human skull was enlarging from a capacity of thirty-.
five inches, like that of the highest apes, to a capacity of
seventy inches, like those post-glacial European skulls, of
which the one found at Neanderthal is a specimen, and which
are about on a par with the skulls of Australians. And
when we have reached the beginning of this period—possibly
in the Miocene epoch—we may fairly represent. to ourselves
the individuals of the human genus as animals differing in
cn. xxi.) GHNESIS OF MAN, INTELLECTUALLY, 295
little save a more marked sociality from the dryopithecus and
other extinct half-human apes. We may represent primitive
man as an animal in whom, physical and psychical changes
having hitherto proceeded pari passu, intelligence had at
length arrived at a point where variations in it would sooner
be seized on by natural selection than variations in physical
structure. When among primates possessed of such an intel-
ligence, the family groups temporarily formed among all
mammals began to become permanent, then we must say that
there began the career of humanity as distinguished from
animality. For countless ages our ancestors probably were
still but slightly distinguished from other primates, save that
their increasing intelligence, their use of weapons, and their
habits of combination, rendered them more than a match for
much larger and stronger animals. In the later Pliocene times
these primitive men may have come to bear some resem-
blance to the lowest contemporary savages. Human remains
and relies of the still later glacial period supply clear proof of
such a resemblance ; yet the absence of any improvement in
weapons and implements for many ages longer shows that as
yet there was but little capability of progress. Of the career
of mankind during the eight hundred thousand years which
would seem to have elapsed since the era of the cave bear
and woolly rhinoceros,! we possess many vestiges. But every-
1 In assigning this conjectural date, I follow the theory which connects the
great glacial epoch with that notable increase in the eccentricity of the earth’s
orbit which, as calculated by Mr. Croll, began about 950,0C0 years B.c., and
lasted 200,000 years. But while the fact of this great increase of eccen-
tricity is, I presume, well established, and while it can hardly fail to have
wrought marked climatic changes, it is by no means proved that the glaciation
of Europe and North America was produced. solely or chiefly by this circum-
stance ; and accordingly I dv not care to insist upon the chronology which I
have adopted in the text. Nor is it necessary for the validity of my argu-
ment that. it should be insisted on. What we do know is, that men existed
both in Europe and in North America at the beginning of the ylacial period ;
that this extensive dispersal implies the existence of the human race for a
long time previous to this epoch ; and that thus we obtain a dumb antiquity
im comparison with which the whole duration of the voice of historic tradition
shrinks to a mere point of time, And this is all that my argument requires.
296 COSMIC PHILOSOPAY, [rr. 1
thing indicates the most extreme barbarism; nowhere does
there appear a trace of anything like even the rudest civiliza-
tion, until we reach that comparatively recent epoch ante-
cedent to the dawn of history, but accessible to philology,
The partial restoration of the Aryan mother-tongue enables
us to go back perhaps a dozen or fifteen centuries beyond the
age of Homer and the Vedas, and catch a few glimpses’ of
the prehistoric Aryans,—an agricultural race completely
tribal in organization, but acquainted with the use of metals,
and showing marks of an intelligence decidedly above that
of high contemporary barbarians like the Kaffirs. At the
same time the deciphering of hieroglyphics on Egyptian
monuments reveals to us the existence in the valley of the
Nile of an old and immobile civilization, organized on a
tribal basis, like that of China, already sinking in political
decrepitude at the ill-defined era at which we first catch
sight of it. Of the beginnings of civilization on the Nile,
and also, indeed, on the Euphrates, and of the stages by
which the Aryans arrived at the intellectual pre-eminence to
which their recovered language bears witness, we know abso-
lutely nothing. But even if we were to allow twenty
thousand years for these proceedings,—an interval nearly
seven times as long as that which separates the Homeric age
from our own time—we should obtain but a brief period
compared with the countless ages of unmitigated barbarism
which preceded it. The progress of mankind is like a geo-
metrical progression. For a good while the repeated doubling
produces quite unobtrusive results ; but as we begin to reach
the large numbers the increase suddenly becomes astonishing.
Since the beginning of recorded history we have been mov-
ing among the large numbers, and each decade now witnesses
a greater amount of psychical achievement than could have
been witnessed in thousands of years among pre-glacial men,
Such a.result is just what the Doctrine of Evolution teaches
usto anticipate ; and it thoroughly confirms our statement
on. xx1.] GENESIS OF MAN, INTELLECTUALLY. 297
that, in point of intelligence and capacity for progress, the
real contrast is not between all mankind and other primates,
but between civilized and primeval man.
Let us now consider some of the leading characteristics
of this gradual but increasingly rapid intellectual progress,
reparded as a growing correspondence betaten the human
mind and its environment.
In the second chapter of our Prolegomena it was shown
that the highest kinds of scientific knowledge differ only in
fleeree from the lowest kinds of what is called ordinary
knowledge. In spite of their great differences in mental
capacity, it is obvious that the antelope who on hearing a
roar from the neighbouring thicket infers that it is high time
to run for his life, the Bushman who on seeing the torn
carcass of the antelope infers that a lion has recently been
present, and the astronomer who on witnessing certain unfore-
seen irregularities in the motions of Uranus infers that an
unknown planet is attracting it, perform one and all the same
kind of mental operation. : In the three cases the processes
are fundamentally the same, though differing in complexity.
according to the number and remoteness of the past and
present relations which are compared. In each case the.
process is at bottom a grouping of objects and of relations:
according to their likenesses and unlikenesses. It was
similarly shown that all knowledge is a classification of:
experiences, and that every act of knowledge is an act of.
classification ; that. an act of inference, such as: is involved
in simple cases of perception, is “ the attributing to a body, in
consequence of some of. its properties, all those properties by
virtue of which it is referred to a particular class”; that the
“forming of a generalization is the putting together in one
class all those cases which present like relations”; and that
“the drawing a deduction is essentially the perception thata
particular case belongs to a certain class of cases previously
generalized. So that, as ordinary classification is a grouping
298 COSMIC PHILOSOPHY. [er 1
together of like things ; reasoning is a grouping together of
like relations among things.”+ In this fundamental doctrine
the two different schools of modern psychology, represented
respectively by Mr. Bain and Mr. Mansel, will thoroughly
agree. But from this it inevitably follows that the highest and
the lowest manifestations of intelligence consist: respectively
of processes which differ only in heterogeneity and definite-.
ness and in the extent, to whicl: they are compounded.
But while proving that science is but an extension of or-
dinary knowledge, it was also proved that: the higher orders
of knowledge differ from the lower in the greater remoteness,
generality, and abstractness of the relations which they for-
mulate, in the greater definiteness of their: formulas, and in
their more complete organization, Our inquiry into the
mutual relations of life and intelligence® elicited an exactly
p'rallel set of conclusions. It was there shown that psychical
life consists in the continuous establishment of subjective rela-
tions answering to objective relations ; and that, as we advance
through the animal kingdom from the lowest to the highest
forms, this correspondence between the mind and the environ-
ment extends to relations which are continually more remote
in space and time, more clearly defined, but at the same time
more general; and finally we also traced a progressive orga-
nization of correspondences. Continually; while passing in
review. the various aspects of the progress of intelligence
in the animal kingdom, we found ourselves: ending with
illustrations drawn from that progress of human: intelligence:
which is determined by social conditions. Let us now: illus-
trate this subject somewhat further by tracing out the. intel-
lectual correspondence between man and his environment, as
increasing: in remoteness, in speciality and generality, in
complexity, in definiteness, and in coherent organization.
1 Spencer’s Essays, 1st series, p. 189; see above, part i. chap. ii.; pars %&
chap. xv.
® See.above, part ii, chap. xiv.
on. xx] GUNESIS OF MAN, INTELLECTUALLY, 299
The extension of the correspondence in space is a marked
characteristic of intellectual progress, which we have already
traced through the ascending groups of the animal kingdom,
but which is carried much further by man than by any lower
animal. It is no doubt true that the direct adjustments of
psychical relations to distant objective relations, effected by
unaided perception, have a narrower range in civilized men
than in uncivilized men or in several of the higher mammals
and birds. It is a familiar fact that the senses of civilized
man—or at least the three senses which have a considerable
range in space—are less acute and less extensive in range
than those of the barbarian. It is said that a Bushman can
see as far with the naked eye as a European can see with a
field-glass ; arid certain wild and domestic birds and mammals,
as the falcon, the vulture, and perhaps the greyhound, have
still longer vision. Among the different classes of civilized
men, those who, by living on the fruits of brain-work done
indoors, are most widely differentiated from primeval men,
have as a general rule the shortest vision, And the rapid
increase of indoor life, which is one of the marked symptoms
of modern civilization, tends not only to make myopia more
frequent, but also to diminish the average range of vision in
persons who are not myopic. There may very likely have
been a similar, though less conspicuous and less carefully
observed, decrease in the range of hearing. And the sense
of smell, which is so marvellously efficient in the majority of
mammals and in many savages, is to us of little use as an
aid in effecting correspondences in space.
In the case also of those simpler indirect adjustments
which would seem, perhaps, to involve the use of the
cerebellum chiefly, we have partially lost certain powers
possessed by savages and lower animals. There are few
things in which civilized men differ among themselves more
conspicuously than the recollection of places, the identifica-
lion of landmarks, and the ability to reach a distant: point
300 COSMIC PHILOSOPHY. [enim
through crooked streets without losing the way. But in
these respects the most sagacious of us are but bunglers
compared with primitive men or with dogs and foxes. Few
things are more striking than the unerring instinct with
which the Indian makes his way through utterly trackless
forests, seldom stopping to make up his mind, and taking in
at a single glance whole groups of signs which to his civilized
companion are inappreciable, The loss of this power of co-
ordination, like the decrease in the range of the senses, is
undoubtedly due to disuse, the circumstances of civilized
life affording little or no occasion for the exercise of these
faculties,
But although in these respects the correspondence in space
does not seem to have been extended with the progress of
civilization, yet in those far more indirect and complicated
adjustments which, as involving time-relations of force and
cause, depend largely on the aid of the cerebrum, the civil-
ized man surpasses the savage to a much greater extent
than the savage surpasses the wolf or lion. “ By combin-
ing his own perceptions with the perceptions of others as
registered in maps,” the modern “can reach special places
lying thousands of miles away over the earth’s surface. A
ship, guided by compass and stars and chronometer, brings
him from the antipodes information by which his purchases
here are adapted to prices there. From the characters of
exposed strata he infers the presence of coal below; and
thereupon adjusts the sequences of his actions to coexist-
ences a thousand feet beneath. Nor is the environment
1 In the course of the recent interesting discussion and correspondence in
Nature concerning the “ sense of direction” exhibited in barbarians and lower
animals, it was observed that a party of Samoyeds will travel in a direct line
fron. yne point to another over trackless fields of ice, even on cloudy nights,
when there is accordingly nothing whatever that is visible to guide their
course. It would be too much to assert that this faculty is utterly lost in
civilizzd man, so that a temporary recurrence to the conditions of barbaric
life might not revive it; but even if retained at all, it is certainly kept quite
in abeyanc>
ou. xx1.] GENESIS OF MAN, INTELLECTUALLY. 301
through which his correspondences reach limited to the sur-
face and the substance of the earth. It stretches into the
surrounding sphere of infinity.” In all these respects, the
extension of the correspondence achieved during the progress
of civilization has been much greater than that achieved
during the immediately preceding stages of the evolution of
man from an inferior primate, “ From early races acquainted
only with neighbouring localities, up to modern geographers
who specify the latitude end longitude of every place on the
globe; from the ancient builders and metallurgists, knowing
but surface deposits, up to the geologists of our day whose
data in some cases enable them to describe the material
existing at a depth never yet reached by the miner; from
the savage barely able to say in how many days a full moon
will return, up to the astronomer who ascertains the period
of revolution of a double star ;—there has been ” an enormous
“widening of the surrounding region throughout which the
adjustment of inner to outer relations extends.”! It only
remains to add that the later and more conspicuous stages of
this progress have been determined by that increase in. the
size and heterogeneity of the social environment which
results from the growing interdependence of communities
once isolated, and which we have already seen to be the
fundamental element of progress in general. For this inte-
gration of communities has not only directly enlarged the
area throughout which adjustments are required to be made,
but it has indirectly aided the advances in scientific know-
ledge requisite for making the adjustments.
Great, however, as has been the extension of the corre-
spondence in space which has characterized the progress of
the favoured portion of humanity from barbarism to civiliza-
tion, the extension of the correspondence in time is a much
more conspicuous and more distinctly human phenomenon,
As we trace this kind of mental evolution through sundry
1 Spencer, Princ‘ples of Psychology, vol. i. pp. 317, 319,
308 COSMIC PHILOSOPHY. [pr.
classes and orders of the animal kingdom in an ascending
series, it is to be observed that until we reach the higher
mammals the two kinds of correspondence advance together,
—the distance at which outer relations are cognized forming
a measure of the interval by which their effects may be
anticipated. But among the higher mammals there is
observed a higher order of adjustments to future emer-
gencies, which advances more rapidly than the extension of
the correspondence in space, and which in the human race |
first acquires a notable development. ‘“ Not that the transi-
tion is sudden,” observes Mr. Spencer. “ During the first
stages of human progress, the method of estimating epochs
does not differ in nature from that employed by the more
intelligent animals. There are historical traces of the
fact that originally the civilized races adjusted their actions
to the lonver sequences in the environment just as Aus-
tralians and Bushmen do now, by observing their coincidence
with the migrations of birds, the floodings of rivers, the
flowerings of plants. And it is obvious that the savages
who, after the ripening of a certain berry, travel to the sea-
shore, knowing that they will then find a particular shell-fish
in se.son, are guided by much the same process as the dog
who, on seeing the cloth laid for dinner, goes to the window
to watch for his master, But when these phenomena of the
seasons are observed to coincide with recurring phenomena
in the heavens,—when, as was the case with the aboriginal
THlottentots, periods come to be measured partly by astro-
nomical and partly by terrestrial changes,—then we see
making its appearance a means whereby the correspondence
in time may be indefinitely extended. The sun’s daily
movements and the monthly phases of the moon having once
been generalized, and some small power of counting having
been reached, it becomes possible to recognize the interval
between antecedents and consequents that are long apart,
and to adjust the actions to them. Multitudes of sequences
on. xx1.] GENESIS OF MAN, INTELLECTUALLY. 303
in the environment which, in the absence of answering func-
tional periods, cannot be directly responded to by the or-
ganism, may be discerned and indirectly responded to when
there arises this ability of numbering days and lunations.”?
In the advance to high stages of civilization, the extension
of the correspondence in time is most conspicuously exempli-
fie] in the habitual adjustment of our theories and actions to
sequences more or le3s »emote in the future. In no other
respect is civilized man more strikingly distinguished from
the barbarian than in his power to adapt his conduct te
future events, whether contingent or certain to occur. The
ability to forego present enjoyment in order to avoid the risk
of future disaster is what we call prudence or providence ;
and the barbarian is above all things imprudent and impro-
vident. Doubtless the superior prudence of the civilized
man is due in great part to his superior power of self
restraint ; so that this class of phenomena may be regarded
as illustrating one of the phases of moral progress. Never-
theless there are several purely intellectual elements which
enter as important factors into the case. The power of
economizing in harvest-time or in youth, in order to retain
something upon which to live comfortably in winter or in
old age, is obviously dependent upon the vividness with
which distant sets of circumstances can be pictured in the
imagination. The direction of the volitions involved in
the power of self-restraint must be to a great extent deter-
mined by the comparative vividness with which the distant
circumstances and the present circumstances are mentally
realized. And the power of distinctly imagining objective
relations not present to sense is probably the most fundamen-
tal of the many intellectual differences between the civilized
man and the barbarian, since it underlies both the class of
phenomena which we are now considering. and the class of
phenomena comprised in artistic, scientitic, and philosophic
1 Spencer, op. cit. i. 326,
304: COSMIC PHILOSOPHY. [pr. 1
progress. The savage, with his small and undeveloped cere-
brum, plays all summer, like the grasshopper in the fable, eat-
ing and wasting whatever he can get; for although he knows
that the dreaded winter is coming, during which he must starve
and shiver, he is nevertheless unable to realize these distant
feelings with sufficient force to determine his volition in the
presence of his actual feeling of repugnance to toil. But.
the civilized man, with his large and complex cerebrum, has
so keen a sense of remote contingencies that he willingly
submits to long years of drudgery, in order to avoid poverty
in old age, pays out each year a portion of his hard-earned
money to provide for losses by fire which may never occur,
builds houses and accumulates fortunes for posterity to enjoy,.
and now and then enacts laws to forestall possible disturb-
ances or usurpations a century hence. ‘Again, the progress
of scientific knowledge, familiarizing civilized man with the
idea of an inexorable regularity of sequence among events,
greatly assists him in the adjustment of his actions to far-
distant emergencies. He who ascribes certain kinds of suffer-
ing to antecedent neglect of natural laws is more likely to,
shape his conduct so as to avoid a recurrence of the infliction,
than he who attributes the same kinds of suffering to the
wrath of an offended quasi-human Deity, and fondly hopes,,
by ceremonial propitiation of the Deity, to escape in future. -
This power of shaping actions so as to meet future contin-
gencies has been justly recognized by political economists as
au indispensable pre-requisite to the accumulation of wealth
in any community, without which no considerable degree
of progress can be attained. The impossibility of getting
barbarians to work, save under the stimulus of actually
present necessities, has been one of the chief obstacles in
the way of missionaries who have attempted to civilize tribal]
eommunities. The Jesuits; in the seventeenth century, were
the most successful of Christian missionaries, and their pro-
seedings with the Indians of Paraguay constitute one of the
on, xx1.] GENESIS OF MAN, INTELLECTUALLY. 305.
most brilliant feats in missionary annals. Such unparalleled
ascendency did the priests acquire over the imaginations
of these barbarians that they actually made them cease
from warfare. They taught them European methods of
agriculture, as well as the arts of house-building, painting,
dyeing, furniture-making, even the use of watches ; and they
administered the affairs of the community with a despotic.
power which has seldom been equalled either in absoluteness
or in beneficence. Nevertheless the superficiality of all this
show of civilization was illustrated by the fact that, unless
perpetually watched, the workmen would go home leaving
their oxen yoked to the plough, or would even cut them up
for supper if no other meat happened to be at hand.
Examples of a state of things intermediate between this
barbaric improvidence and the care-taking foresight of the
European are to be found among the Chinese,—a people
who have risen far above barbarism, but whose civilization
is still of a primitive type, The illustration is rendered
peculiarly forcible by the fact that the Chinese are a very
industrious people, and where the returns for labour are
imm.diate will work as steadily as Germans or Americans.
Owing to their crowded population, every rood of ground is’
needed for cultivation, and upon their great rivers the
traveller continually meets with little floating farms con-
structed upon rafts and held in place by anchors. Yet side
by side with tliese elaborate but tragile structures are to be
seen acres of swamp-land which only need a few years: of
careful draining to become permanently fit for tillage. So
incapable are the Chinese of adapting their actions to
sequences at all remote, that they continue, age after age,
to resort to such temporary devices, rather than to bestow
their labour where its fruits, however enduring, cannot be
enjoyed from the outset! The contrast proves that the
cause is the intellectual inability to realize vividly a group of
: 1 See Mill, Political Eionumy, book i. chap xi,
VOL. II. x
306 COSMIC PHILOSOPHY, (rr. 1.
future conditions, involving benefits not immediately to be
felt.
Of the correspondence in time, even more forcibly than of
the correspondence in space, it may be said that its extension
during the process of social evolution has been much greater
than during the organic evolution of the human race from
some ancestral primate. Between the Australian, on the one
hand, who cannot estimate the length of a month, or provide
even for certain disaster which does not stare him in the
face, and whose theory of things is adapted only to events
which occur during his own lifetime; and, on the other hand,
the European, with his practical foresight, his elaborate
scientific previsions, and his systems of philosophy, which
embrace alike the earliest traceable cosmical changes and the
latest results of civilization; the intellectual gulf is certainly
far wider than that which divides the Australian from the
fox who hides the bird which he has killed, in order to
return when hungry to eat it.
It remains to add that the later and more conspicuous
stages of this kind of intellectual progress have obviously
been determined by the increase in the size and heterogeneity
of the social environment. For the integration of commu-
nities to which this increase is due has not only indirectly
aided the advances in scientific knowledge requisite for
making mental adjustments to long sequences, past and
future, but it has also directly assisted the disposition to
work patiently in anticipation of future returns, by increas-
ing the general security and diminishing the chances that the
returns to labour may be lost.
The extension of the correspondence between subjective
and objective relations in time and in space answers to that
kind of primary integration which underlies the process of —
evolution in general. In treating of the enlarged area, in
time and space, throughout which inner relations are adjusted
to outer relations, we have been treating of intellectual pro-
cn. xxi] GENESIS OF MAN, INTELLECTUALLY. 307
gress regarded as a growth. But in proceeding to speak of
the increasing heterogeneity, definiteness, and coherence of
the adjustments, we proceed to treat of intellectual progress
regarded as a development. Here, as elsewhere, throughout
all save the simplest orders of evolution, quantitative increase
is accompanied by qualitative increase. The knowledge is
not only greater and the intellectual capacity greater, but
the knowledge is more complex, accurate, and unified, and
the intellectual capacity is more varied,
The increase of the correspondence in definiteness may be
sufficiently illustrated by the following brief citation from
Mr, Spencer: “ Manifestly the reduction of objective pheno-
mena to definite measures gives to those subjective actions
that correspond with them a degree of precision, a special
fitness, greatly beyond that possessed by ordinary actions,
There is an immense contrast in this respect between the
doings of the astronomer wlio, on a certain day, hour, and
minute, adjusts his instrument to watch an eclipse, and those
of the farmer who so arranges his work that he may have
hands enough for reaping some time in August or September.
The chemist who calculates how many pounds of quicklime
will be required to decompose and precipitate all the bicar-
bonate of lime which the water in a given reservoir contains
in @ vertain percentage, exhibits an adjustment of inner to
outer relations incomparably more specific than does the
Jaundress who softens a tubful of hard water by a handful
of soda. In their adaptations to external coexistences and
sequences, there is a wide difference between the proceedings
of ancient besiegers, whose battering-rams were indeterminate
in their actions, and those of modern artillery officers, who,
by means of a specific quantity of powder, consisting of
specific ingredients, in specific proportions, placed in a tube
at a specific inclination, send a bomb of specific weight on to
& specific object, and cause it te explode at a specific
x 2
308 - QOSMIC PHILOSOPHY. fpr.
moment.” It only remains to note that the difference in
specific accuracy, here illustrated by contrasting the opera-
tions of science with those of ordinary knowledge, is equally
conspicuous when, on a somewhat wider scale, we contrast
the proceedings, both scientific and artistic, of civilized men
with the proceedings of the lowest savages. The most
ignorant man in New England probably knows in June that
winter is just six months distant; the Australian, to whon,
as to the civilized child, time appears to go slowly, knows
only that it is a long way off. So, too, the crude knives and
hammers and the uncouth pottery of primeval men are
distinguisied alike by their indefiniteness of contour, and by
their uselessness in operations which require specific accuracy.
And here, as before, in the extreme vagueness and lack of
speciality, both in his knowledge and in the actions which
are guided by it, the primeval man appears to stand nearer to
the highest brutes than to the civilized moderns.
Along with this increase in specialization, entailing
greater definiteness of adjustment, there goes on an in-
crease in generalization, involving an increased power of
abstraction, of which barely the germs are to be found either
in the lowest men or in other highly organized mammals.
The inability of savage races to make generalizations in-
volving any abstraction is sufficiently proved by the absence
or extreme paucity of abstract expressions in their languages.’
As Mr. Farrar observes, “The Society-Islanders have words
for dog’s tail, bird’s tail, and sheep’s tail, yet no word for
tail; the Mohicans have verbs for every kind of cutting, and
yet no verb ‘to cut.’ The Australians have no generic term
for fish, bird, or tree. The Malavs have no term for tree or
herb, yet they have words for fibre, root, tree-crown, stalk.
stock, trunk, twig, and shoot. Some American tongues have
separate verbs for ‘I wish to eat meat,’ and ‘I wish to eat soup, —
Sut no verb for ‘I wish’; and separate words for a blow with
1 Spencer, op. cit. i, 340.
cH. xx1.] GENESIS OF MAN, INTELLECTUALLY. 809
a sharp and a blow with a blunt instrument, but no abstract
word for blow.”! Between the stage of intellectual progress
thus illustrated and that in which an unlimited capacity for
generalization pzoduces such words as “individuation” or
“equilibration,” the contrast is sufficiently obvious; and it
fully confirms our theorem, that the amount of intellectual
progress achieved since man became human far exceeds that
which was needed to transfer him from apehood to manhood.
The increase of the correspondence in complexity, already
illustrated incidentally in the treatment of these other
aspects of the case, is still further exemplified in the growing
complication of the interdependence between science and
the arts. When tracing the complexity of correspondence
through the lower stages of the evolution of intelligence in
the animal kingdom, Mr. Spencer hints that the evolution of
the executive faculties displayed in the organs of prehension
and locomotion is closely related to that of the directive
faculties displayed in the cenhalic ganglia and in the organs
of sense. The parallelism may be summed up in the state-
ment that in most, if not all, the principal classes of the
animal kingdom, the animals with the most perfect prehensile
organs are the most intelligent. Thus the cuttle-fish is the
most intelligent of mollusks, and the crab similarly stands at
the head of crustaceans, while the parrot outranks all other
birds alike in sagacity and in power of handling things, and °
the ape and elephant are, with the exception of man, the
most sagacious of mammals.! Of the human race, too; it
may be said that, although Anaxagoras was wrong in assert-
ing that brutes would have been men had they had hands,
he might safely have asserted that without hands men could
never have become human. Now this interdependence of
the directive and executive faculties is continued throughout
the process of social evolution in the shape of the inter-
2 Chapters on Language, p. 199.
* Spencer, op, sit. i, 368—372,
310 COSMIC PHILOSOPHY. (er. 1,
dependence of the sciences and the arts. “We may properly
say that, in its higher forms, the correspondence between the
organisni and its environment is effected by means of supple-
mentary senses and supplementary limbs, . . . . The magni-
fying-glass adds but another lens to the lenses existing in
the eye. The crow-bar is but one more lever attached to the
series of levers forming the arm and hand. And the rela-.
tionship, which is so obvious in these first steps, holds
throughout.” We may, indeed, go still deeper, and say that
science is but an extension of our ordinary sense-perceptions
by the aid of reasoning, while art is but an extension of the
ordinary function of our muscular system, of expressing our
psychical states by means of motion. Hence it is that “each
great step towards a knowledge of laws has facilitated men’s
operations on things; while each more successful operation
on things has, by its results, facilitated the discovery of
further laws.” Hence the sciences and arts, originating
together,—as in the cases of “astronomy and agriculture,
geometry and the laying out of buildings, mechanics and the
weighing of commodities,’—have all along reacted upon each
other, in an increasing variety of ways. It is sufficient to
mention the reciprocal connections between navigation and
astronomy, between geology and mining, between chemistry
and all the arts; while telescopes and microscopes illustrate
*the truth that “there is scarcely an observation now made in
science, but what involves the use of instruments supplied
»y the arts; while there is scarcely an art-process but what
involves some of the previsions of science.” Just as in
organic evolution we find the mutual dependence of the
directive and executive faculties ever increasing, so that
“complete visual and tactual perceptions are impossible
without complex muscular adjustments, while elaburate
actions require the constant overseeing of the senses”; so in
3ocial evolution we find-between science and art an increas-
ing reciprocity “such that. cach further cognition implies
cu. xx1.] GENESIS OF MAN, INTELLECTUALLY. Sil
elaborate operative aid, and each new operation implies
sundry elaborate cognitions.” I need only add that, in this
as in the other aspects of intellectual progress, the increase
in complexity of adjustment achieved during the process of
social evolution is far greater than that achieved during the
immediately preceding stages of the process of organic
evolution. Between the ape and the primitive man, with
his rude levers and hatchets and his few simple previsicns,
the difference in complexity of correspondence is obviously
less than between the primitive man and the modern, with
his steam-hammers and thermo-electric multipliers, and his
long list of sciences and sub-sciences, any one of which it
would take much more than a lifetime to master in detail.
We have thus passed in review the various aspects of
intellectual progress, regarded as a process of adjustment of
inner to outer relations, and we have seen that in all the
most. essential features of this progress there is a wider dif-
ference between the civilized man and the lowest savage than
between the savage and the ape. It appears that those rare
and admirable qualities upon which we felicitate ourselves as
marks whieh absolutely distinguish us from brute an‘mals..
have been slowly acquired through long ages of social evolu-
tion, and are shared only to a quite insignificant extent by
the lowest contemporary races of humanity. As long as
we regard things statically, as for ever fixed; we may well
imagine an impassable gulf between ourselves and all other
forms of organic existence. But as soon as we regard things
dynamically, as for ever changing, we are taught that the
eulf has been for the most part established during an epoch
at the very beginning of which we were zoologically the same
that. we now are.
The next step in our argument will be facilitated by an
inquiry into the common characteristic of the various intel-
lectual differences between the civilized and the primitive
man which we have above enumerated. The nature of this
312 COSMIC PHILOSOPHY. fer. 1.
characteristic was hinted at when we were discussing the
improvidence of the. barbarian. It was observed that the
power of distinctly imagining objective relations not present
to sense is the most fundamental of the many intellectual
differences between the civilized man and the barbarian.
Making this statement somewhat wider, we may now safely
assert that the entire intellectual superiority of the civilized
man over the savage, or of the modern man over the primeval
man, is summed up in his superior power of representing that —
which is not present to the senses. For it is not only in what
we call providence that this superiority of representation
shows itself, but also in all those combinations of present
with past impressions which accompany the extension of the
correspondence in space and time, and its increase in hetero-
geneity, definiteness, and coherence, It is his ability to re-
produce copies of his own vanished states of consciousness,
and of those of his fellows, that enables the civilized men to
adjust his actions to sequences occurring at the antipodes.
It is this same power of representation which underlies his
power of forming abstract and general conceptions. For the
peculiarity of abstract conceptions is that “the matter of
thought is no longer any one object, or any one action, but a
trait common to many”; and it is, therefore, only when a
number of distinct objects or relations possessing some
common trait can be represented in consciousness that there
becomes possible that comparison which results in the ab-
straction of the common -trait as the object of thought.
Obviously, then, the greater the power of abstraction and
generalization which is observed, the greater is the power of
representation which is implied. The case is the same with
that definiteness of the intellectual processes which we have
noted as distinguishing modern from: primitive thinking.
For. the conception which underlies definiteness of thinking
is the conception of exact likeness,—a highly abstract concep-
tion which can only be framed after the comnarison of
om. xxt.] GHNESIS, OF MAN, INTELLECTUALLY. 213
numerous represented eases in which degree of likeness is
the common trait that is thought about. Hence not only
the improvidence of the savage, but likewise the vagueness
of his conceptions, his inability to form generalizations in-
volving abstraction, and the limited area covered by his
adjustments, are facts which one and all find their ultimate
explanation in his relative incapacity for Goalie up repre-
sentative states of consciousness.
From this same incapacity results that inflexibility of
thought in which the savage resembles the brute, and which
is one of the chief proximate causes of his unprogressive-
ness. “One of the greatest pains to human nature,” says
Mr, Bagehot, “is the pain of a new idea.” This pain, which
only to a few of the most highly cultivated minds in the
most highly civilized communities has ceased to be a pain
and become a pleasure, is to the savage not so much a pain as
a numbing or paralyzing shock. To rearrange the elements of
his beliefs is for the uncivilized man an almost impossible
task. It is not so much that he does not dare to sever some
traditional association of ideas which he was taught in child-
hood, as it is that he is incapable of holding together in
thought the clusters of representations with the continuity
of which the given association is incompatible. This im-
portant point is so ably and succinctly stated by Mr. Spencer,
that I cannot do better than to quote his exposition entire.
After reminding us that “ mental evolution, both: intellectual
and emotional, may be measured by the degree of -remote-
hess from primitive reflex action,” Mr. Spencer observes that
“in reflox avtion, which is the action of nervous structures
that effect few, simple, and often-repeated coordinations, the
sequent nervous state follows irresistibly the antecedent
nervous state; and does this not only for the reason that
the discharge follows a perfectly permeable channel, bzt also
for the reason that no alternative channel exists. From this
stayo, in which the psychical life is automatically restrained
314 COSMIC PHILOSOPHY, ter. nm.
within the narrowest limits, up through higher stages in
which increasing nervous complexities give increasing varie-
ties of actions and possibilities of new combinations, the
process continues the same; and it continues the same as
we advance from the savage to the civilized man. For where
the life furnisies relatively few and little-varied experiences,
where the restricted sphere in which it is passed yields no
sign of the multitudinous combinations of phenomena that
occur elsewhere, the thought follows irresistibly one or other _
oi the few channels which the experiences have made for it,
—cannot be determined in some other direction for want of
some other channel. But as fast as advancing civilization
brings more numerous experiences to each man, as well as
accumulations of other men’s experiences, past and present,
the ever-multiplying connections of ideas that result imply
ever-multiplying possibilities of thought. The convictions
throughout a wide range of cases are rendered less fixed.
Other causes than those which are usual become conceivable 3
other effects can be imagined ; and hence there comes an in-
creasing modifiability of opinion. This modifiability of opinion
reaches its extreme in those most highly cultured persons
whose multitudinous experiences include many experiences
of errors discovered, and whose representativeness of thought
is so far-reaching that they habitually call to mind the
various possibilities of error, as constituting a general reason
for seeking new evidence and subjecting their conclusions to
revision.
“If we glance over the series of contrasted modes of
thinking which civilization presents, beginning with the
savage who, seized by the fancy that something is a charm
or an omen, thereafter continues firmly fixed in that belief,
and ending with the man of science whose convictions, firm
where he is conscious of long-accumulated evidence having
no exception, are plastic where the evidence though abun.
dant is not yet overwhelming, we see how an increase in
cu, xx1.] GENESIS OF MAN, INTELLECTUALLY, 315
freedoin of thought goes along with that higher representa-
tiveness accompanying further mental evolution.”?*
is now we inquire for a moment into the causes of this
higher representativeness of civilized thinking, we shall see
most beautifully exemplified the way in which intellectual
progress, as it goes on in the human race, is ‘etermined by
social evolution. Intellectual progress is indeed a cause as
well as a consequence of the evolution of society ; but amid
the dense entanglement of causes and effects our present
purpose requires us to single out especially the dependence
of progress in representativeness upon social complexity,
since herein will be found the secret of the mental pre-
eminence of civilized man, Now the integration of small
tribes into larger and more complex social aggregates, which
is the fundamental phenomenon in civilization, tends directly
to heighten representativeness of thinking by widening and
varying the experiences of the members of society. The
member of a savage tribe must think indefinitely, concretely,
rigidly, improvidently, because his intellectual experiences
are so few in number and so monotonous in character. In-
crease in social complexity renders possible, or indeed directly
produces, fresh associations of ideas in greater and greater
variety and abundance, so that the decomposition and re-
combination of thoughts involved in abstraction and genera-
lization is facilitated; and along with this, the definiteness
and the plasticity of thought is increased, and the contents
of the mind become representative in higher and higher
degrees. Thus in every way it is brought before us that
sociality has been the great agent in the achievement of
man’s intellectual pre-eminence, and that it has operated by
widening and diversifying human experience, or in other
words by increasing the number, remoteness, and hetero-
gencity of the environing relations to which each individual’s
actions have had to be adjusted, Am inquiry into the
2 Spencer, op. cit. ii. 524,
316 ---. @OSMIC PHILOSOPHY. fpr. m,
genesis of. sociality will therefore best show us how the
chasm which divides man intellectually from the brute is to
be: crossed. .
But bifors we proceed to this somewhat binighee and cir:
cuitous inquiry, we may profitably contemplate under a new
aspect the intellectual difference which we have assigned as
the fundamental one between civilized and primeval man.
We have observed that the intellectual superiority of man
over brute and of the civilized man over the barbarian essen-
tially consists in a greater capacity for mentally representing
objects and relations remote from sense. And we have
insisted upon the point that in this capacity of representation
the difference between the highest and lowest specimens of
normal humanity known to us far exceeds the difference
between the lowest men and the highest apes. Now in
closest connection. with these. conclusions stands the physical
fact that the chief structural difference between man and
ape, as also between civilized and uncivilized man, is the
difference in size and complexity of cerebrum, The cerebrum
is the organ especially set apart for the compounding and re-
‘compounding of impressions that are not immediately sensory,
The business of coordinating immediately presentative im-_
pressions is performed by the medulla and other subordinate
centres.. The cerebrum is especially the organ-of that portion
.of psychical life which is entirely representative. Obviously,
then, the progress to higher and higher representativeness
ought to be aoouinipauiad by a well-marked growth of the
cerebrum relatively to the other parts of the nervous system,
‘Now, in the light of the present arcument, how ‘significant
‘is the fact ‘that the. cranial capacity ‘of the modern English-
man surpasses that of the. aboriginal pp etyan Hindu
by a difference of sixty-eight cubic. inches,” while between
this Hindu skull and the’ skull of the porills the differenep
1 See above, p. 137.5 | | ae Ot
* Lyell, Antiquity of Mam, p. a4
gu. xxi.) GENESIS-OF MAN, INTELLECTUALLY. 317
in capacity is but eleven cubic inches! That is to say, the
difference in volume of brain between the highest and the
lowest man is at least six times as great as the difference
between the lowest man and the highest ape. And if we
were to take into the account the differences in structural
complexity, as indicated by the creasing and f-rowing
of the brain-surface, we should obtain ‘a yet:more astonishing
contrast. Yct, powerfully as this anatomical fact confirms
the position we have all along been upholding, its full value
will not be apparent if we are so dazzled by it as to overlook
the significance of the lesser difference between the gorilla
and the aboriginal inhabitant of India.: As the Duke of Argyll
very properly observes, we do right-in setting a higher
value in classification upon the eleven inches which intervene
between the gorilla and the Hindu than upon the sixty-eight
inches which intervene between the Hindu and the English-
man.. For “the sienificance set by the facts of nature upon that
difference of eleven cubic inches ... .-is the difference between
an irrational brute confined to ’some one climate and. to some
hmited area of the globe,—which no outward conditions can
modify or improve,—and a being equally adapted to the
whole habitable world, with powers, however undeveloped, of
comparison, of reflection; of judgment, of reason; with a sens¢
of right and ‘wrong, and with all these: capable of accumu-
lated acquisition, and therefore of: indefinite. advance.”
Though somewhat exaggerated in what it: denies to the
brute, and much more in what it claims for the aboriginal
man, this statement contains.a. kernel of truth which is of
value for our present purpose, and which is further illustrated
by the fact that a minimum of brain-substance “‘is constantly
and uniformly associated with all the other anatomical
peculiarities of man. Below that minimum the whole
accompanying structure undergoes far more than a corre
sponding change,—even the whole change between the lowest
pavage and the highest ape. Above that minimum, all
318 COSMIC PHILOSOPHY. [rr. 1,
subsequent variations in quantity are accompanied by na
changes whatever in physical structure.”+ Here again,
though the antithesis is a little too absolutely stated, we have
set before us a real distinction. Up to a certain point, the
brain and the rest of the body are alike alterable by natural
selection’ and such other agencies as may be concerned in the
slow modification of organisms. But when the brain has
reached a certain point in size and complexity, the rest of the
body ceases to change, save in a few slight particulars, and
the agencies concerned in forwarding the process of evolution
seein to confine themselves to the brain, and especially to the
cerebrum,—the result being marked psychical development,
unattended by any notable physical alteration. Here we
have reached a fact of prime importance. We may grant to
the Duke of Argyll that when those eleven additional cubic
inches of brain had been acquired, some kind of a Rubicon
had been crossed, and a new state of things inaugurated.
What was that Rubicon ?
_ The answer has been furnished by Mr. Wallace, and must
rank as one of the most brilliant contributions ever yet made
to the Doctrine of Evolution. Since inferior animals respond
chiefly by physical changes to changes in their environment,
natural selection deals chiefly with such changes, to the
visible modification of their bodily structure. In the case of
sheep or bears, for instance, increased cold can only select for
preservation the individuals most warmly coated ; or if a race
of lions, which has hitherto subsisted upon small and sluggish
tuminants until these have been nearly exterminated, is at
last obliged to attack antelopes and buffaloes, natural selection
can only preserve the swiftest and strongest or most ferocious
lions. But when an animal has once appeared, endowed with
sufficient intelligence to chip a stone tool and hurl a weapon,
natural selection will take advantage of variations in this
intelligence, to the comparative neglect of purely piyded
2 Duke of Argyll, Primeval Man, pp. 57—64.
cH. xx1.]) GENESIS OF MAN, INTALLECTUALLY, 319
variations. Communities whose members are best able to
meet by intelligent contrivances the changes in the environ-
ment wili prevail over other communities, and will also be
less easily destroyed by physical catastrophes. Still more
strikingly must this superior availability o. variations in
intelligence be exemplified, when the intelligence has pro-
gressed so far as to sharpen spears, to use rude bows, to dig
pitfalls, to cover the body with leaves or skins, and to strike
fire by rubbing sticks, according te the Indian version of the
myth of Prometheus,
So soon, in short, as the intelligence of an animal has,
through ages of natural selection and direct adaptation, be-
come so considerable that a slight variation in it is of more
use to the animal than any variation in physical structure,
then such variations will be more and more constantly
selected, while purely physical variations, being of less vital
importance to the species, will be relatively more and more
neglected, Thus, while the external appearance of such an
animal, and the structure of his internal nutritive and mus-
cular apparatus, may vary but little in many ages, his cere-
bral structure will vary with comparative rapidity, entailing
a more or less rapid variation in intellectual and emotional
attributes,
Here we would seem to have the key to the singular con-
trast in the relations of man to contemporary anthropoid
apes. We may now understand why man differs so little,
in general physical structure and external appearance, from
‘the chimpanzee and gorilla, while, with regard to the
special point of cerebral structure and its correlative intel-
ligence, he differs so vastly from these, his nearest living
congeners, and the most sagacious of animals save himself.
Coupled with what we now know concerning the inimense
intiquity of the human race, Mr. Wallace’s brilliant sugges-
tion goes far to bridge over the interval, which formerly
seemed so impracticable, between brute and man. If we
321) COSMIC PHILOSOPHY. [pr
take the thousands of centuries during which the human race
has covered both the eastern and the western hemispheres,
and compare with them the entire duration of recorded
human history, we shall have set before us a profitable subject
of reflection. Since the period during which man has pos-
sessed sufficient intelligence to leave a traditionary record of
himself is but an infinitesimal fraction of the period during
which he has existed upon the earth, tt is but fair to conclude
that, during those long ages of which none but a geologic record
of his existence remains, he was slowly ACQUIRING that superior.
intelligence which now so widely distingwishes him from all
other animals:' Throughout an enormous period of time, his:
brain-structure and its correlated intellectual and emotional:
functions must have been constantly modified both by natural
selection and by direct adaptation, while his outward physical’
appearance has undergone few modifications ; and of these.
the most striking would. seem to be directly or indirectly:
consequent: upon the cerebral changes,” |
1 The reader will not fail to note that, even were the question otherwise:
left open, after the conclusive evidence summarized in chapter ix., this point,
by itself is ‘a point of truly enormous weight in favour of the theory of man’s
descent from some lower animal. Upon the theory that the human race was
created by a special miraculous act, its long duration in such utter silence is
a meaningless, inexplicable fact ; whereas, upon the derivation theory, it is
just what might be expected. ;
2 To the general observer, as to the anatomist, the most notable points of
difference between civilized and uncivilized’ man, as well as between man and
the chimpanzee or gorilla, are the differences in the size of the jaws and the
inclination of the forehead. The latter difference is directly consequent upon
increase of intelligence ; and the former is indirectly occasioned by the same
circumstance. For the diminution of the jaws, entailed by civilization, is,
no doubt, primarily due to disuse ; and the disuse is occasioned partly by dif-
ference in food, and partly by the employment of tools, and the consequent
increased reliance upon the hands as prehensile organs. All these circum-
stances are the result of increased intelligence. And in addition to this, it is
probable that increased frontal developient has directly tended, by correla-
tion of growth, to diminish the size of the jaws, as well as to push forwaid
the bridge of the nose. To the increased’ reliance upon the hands as prehen-
sile orgaus—a circumstance which we have seen’ to be in/an especial degree
characteristic of developing intelligence—is probably also due the. complete
attainment of the erect position of the body, already partially obtained hy
the anthropoid: apes. . Cerebral development thus accounts for all the con:
spicuous physical peculiarities of man except his bare skin, —a phenomenog
for which no sutisiactory explanation has yet been suggested.
ee
ST
ex. xx1.] GENESIS.OF MAN, INTELLECTUALLY. . 221.
It is a corollary from the foregoing considerations, that no
race of organisms can in fature tie produced through the.
agency of sata) selection and direct adaptation, which shall,
be zoologically distinct from, and superior to, the human race.:
As the same causes which physically modify lower species;
have, for countless ages, modified man directly and greatly in:
intelligence and only indirectly and slightly in physical con-
stitution, it follows that mankind is destined to advance,
during future ages in psychical attributes, but is likely to.
undergo only slight changes in. outward appearance. It is:
by the coordination of intellectual and moral relations that.
man maintains himself in equilibrium with the physical, in-,
tellectual, and moral relations arising in his ever-changing.
environment. And hence in thefuture, as in the recent, past,
the dominant. fact in the career of humanity is not “7 sical;
modification, but CIVILIZATION. "| ‘y
- Here we are brought by a new route to the verge of that
theory of civilization which I have sought to elucidate:i in the
preceding chapters. We have touched upon a grand truth,
of which it would be difficult to overrate the importance.’
For we can now admit—not as a concession to Mr. St. George.
Mivart, but as a legitimate result of our own method of.
inquiry—that when “the totality of man’s being” is taken!
into the account, the difference between ape and mushroom:
is less important than the difference between ape and man.
And without conceding aught to that superlative nonsense
known as the “doctrine of special creations,” we may admit,
with the Duke of Argyll, that the eleven cubic inches of.
brain-space, by which the aboriginal Hindu surpasses the
gorilla, have a higher value, for purposes of classification,’
than the sixty-eight cubic inches by which the modern:
Englishman surpasses the Hindu. We now see what kind:
of a Rubicon it was’ which was crossed when those eleven.
cubic inches of brain (or even when four or five of them),
had been gained. The crossing of the Rubicon was the:
VOL, IL. Df
322 COSMIC PHILUSUPHY., [pr. 11.
point at which natural selection began to confine itscif chiefly
to variations in psychical manifestation. The ape-like pro-
genitor of man, in whom physical and psychical changes had
gone on part passu for countless scons, until he had reached
the grade of intelligence implied by the possession of a brain
four or five inches more capacious than that of the gorilla
had now, as we may suppose, obtained a brain upon which
could be devolved, to a greater and greater extent, the task of
maintaining relations with the environment. Then began a
new chapter in the history of the evolution of life. Hence-
forward the survival of the fittest, in man’s immediate an-
cestry, was the survival of the cerebrums best able to form
representative combinations. The agencies which had hitherto
been at work in producing an organic form endowed with rare
physical capacities, now began steadfastly to labour in pro-
ducing a mind capable to‘a greater and greater extent of
ideally resuscitating and combining relations not present
to the senses.
But immense as was the step thus achieved in advance,
the progress from brute to man was not yet accomplished.
As we have already shown, the circumstances which by widen-
ing and diversifying experience have mainly contributed to
heighten man’s faculty of representativeness, have been for
the most part circumstances attendant upon man’s sociality,
or the capacity of individuals for aggregating into communities
of increasing extent and complexity. Here we become
involved in considerations relating to the emotions as well as
to the intelligence. The capacity for sustaining the various
relationships implied by the existence of a social aggregate—
whether in the case of a primeval family community or of a
modern nation—cannot be explained without taking into
the account the genesis of those moral feelings by the pusses-
sion of which man has come to differ from the highest brutes
even more co.spicuously than by his purely intellectual
achievements. The task. now before us, therefore, is te
cH. xx1.] GENESIS OF MAN, INTELLECTUALLY. 323
explain the genesis of the moral feelings which lie at the
bottom of sociality in the human race; and with reference
to this question I shall presently have a suggestion to offer,
which will be found as serviceable as it is interesting and
novel. Let us for the moment, however, consider the impli-
cations of some of the current ethical theories, and especially
let us examine the scientific basis of what is too crudely
designated as Utilitarianism.
CHAPTER XXIL
GENESIS OF MAN, MORALLY,
THERE are two things, said Kant, which fill me with awe
because of their sublimity,—the starry heavens above us,
and the moral law within us. From the modern point of
view there is interest as well as instruction to be found in
the implied antithesis. While in the study of the stellar
universe we contemplate the process of evolution on a scale
so vast that reason and imagination are alike baffled in the
effort to trace out its real significance, and we are over-
powered by the sense of the infinity that surrounds us; on
the other hand, in the study of the moral sense we contem-
plate the last and noblest product of evolution which we
can ever know,—the attribute latest to be unfolded in the
development of psychical life, and by the possession of which
we have indeed become as gods, knowing the good and the
2vil. The theorems of astronomy and the theorems of ethics
present to us the process of evolution in its extremes of
extension and of intension respectively. For although upon
other worlds far out in space there may be modes of exist-
ence immeasurably transcending Humanity, yet these must
remain unknowable by us. And while this possibility should
be allowed its due weight in restraining us from the vain
endeavour to formulate the infinite and eternal Sustaiuer
ee.
cH, Xxt11.] GENESIS OF MAN, MORALLY. 825
of the univérse’in terms of our own human nature, as if the
highest symbols intelligible to us were in reality the highest
symbols, nevertheless it can in no way influence or modify
our science. To us the deve’opment of the noblest of human
attributes must ever remain the last term in the stupendous
series of cosmic changes, of which the development of plane-
tary systems is the first term. And our special synthesis of
the phenomena of cosmic evolution, which began by seek-
ing to explain the genesis of the earth and its companion
worlds, will be fitly concluded when we have offered a
theory of the genesis of those psychical activities whose
end_is to secure to mankind the most perfect fulness of
life upon this earth, which is its dwelling-place.
The great philosopher whose remark has suggested these
reflections would not, however, have been teady to assent to
the interpretation here given. Though Kant was one of the
chief pioneers of the Doctrine of Evolation, having been the
first to propose and to elaborate in detail the theory of the
nebular origin of planetary systems, yet the conception of a
continuous development of life in all its modes, physical and
psychical, was not sufficiently advanced, in Kant’s day, to
be adopted into philosophy. Hence in his treatment of the
mind, as regards both intelligence and emotion, Kant took
what may be called a statical view of the subject; and
finding in the adult civilized mind, upon the study of which
his systems of psychology and ethics were founded, a number
of organized moral intuitions and an organized moral sense,
which urges men to seek the right and shun the wrong,
irrespective of utilitarian considerations of pleasure and pain,
he proceeded to deal with these moral intuitions and this
moral sense as if they were ultimate facts, incapable of
being analyzed into simpler emotional elements, Now as
the following exposition may look like a defence of utili-
farianism, it being really my intention to show that utili-’
\arianism in the deepest and. widest sense-is the ethical
326 COSMIC PHILOSOPHY. frrom
philosophy imperatively required by the facts, it is well to
state, at the outset, that the existence of a moral sense and
moral intuitions in civilized man is fully granted. It is
admitted that civilized man possesses a complex group of
emotions, leading him to seek the right and avoid the
wrong, without any reference to considerations of utility ;
and I disagree entirely with those utilitarian disciples of
Locke, who would apparently refer these ethical emotions
to the organization of experiences of pleasure and pain in
the case of each individual. So long as the subject is
contemplated from a statical point of view, so long as
individual experience is studied without reference to, an-
cestral experience, the follower of Kant can always hold
his ground against the follower of Locke, in ethics as well
as in psychology. When the Kantian asserts that’ the in-
tuitions of right and wrong, as well as the intuitions of
time and space, are independent of experience, he occupies
a position which is impregnable, so long as the organization
of experiences through successive generations is left out of
the discussion. But already, on two occasions of supreme
importance, we have found the Doctrine of Evolution lead-
ing us to a common ground upon which the disciples of
Kant and the disciples of Locke can dwell in peace together.
We have seen that the experience-test and the incon-
ceivability-test of truth are, when deeply considered, but
the obverse faces of the same thing. We have seen that
there is a stand-point from which the experience-theory
and the intuition-theory of knowledge may be regarded as
mutually supplementing each other. We shall presently
see, in like manner, that the so-called doctrine of utili-
tarianism and the doctrine of moral intuitions are by no
means so incompatible with one another as may at first
appear. As soon as we begin to study the subject dynami-
cally, everything is shown in a new light. Admitting the
truth of the Kantian position, that there exists in us a
eH. XXI1.] GENESIS OF MAN, MORALLY. 327
moral sense for analyzing which our individual experience
does not afford the requisite data, and which must there-
fore be regarded as ultimate for each individual, it is never-
theless open to us to inquire into the emotional antecedents
of this organized moral sense as exhibited in ancestral types
of psychical life. The inquiry will result in the conviction
that the moral sense is not ultimate, but derivative, and that
it has been built up out of slowly organized experiences of
pleasures and pains. |
But before we can proceed directly upon the course thus
marked out, it is necessary that we should determine what
are meant by pleasures and pains. What are the common
characteristics, on the one hand; of the states of conscious-
ness which we call pleasures, and, on the other hand, of the
states of consciousness which we call pains? According to
Sir William Hamilton, “ pleasure is a reflex of the sponta-
neous and unimpeded exertion of a power of whose energy
we are conscious; pain is a reflex of the overstrained or re-
pressed exertion of such a power.” That this theory, which
is nearly identical with that of Aristotle, is inadequate to
account for all the phenomena of pleasure and pain, has been,
I think. conclusively proved by Mr. Mill. With its complete
adequacy, however, we need not now concern ourselves; a8
we shall presently see that a different though somewhat allied
statement will much better express the facts in the case.
Hamilton’s statement, however inadequate, is illustrated by
a number of truths which for our present purpose are of
importance. A large proportion of our painful states of
consciousness are attendant upon the inaction, or what
Hamilton less accurately calls the “repressed exertion,” ot
certain organic functions. According to the character of the
functions in question, these painful states are known as
cravings or yearnings. Inaction of the alimentary canal,
and that molecular inaction due to deficiency of water in the
system, are attended by feelings of hunger and thirst, whicn
328 COSMIC PHILOSOPHY. - [pr ny
vary from slight discomfort to intense agony according as the
inaction is prolonged, Of. kindred character are the acquired
cravings for tobacco, alcohol, and other narcotics. Inaction
of the muscles causes great discomfort in children who are
compelled to sit still, and grown persons feel similar annoy-
ance when the enforced stillness is long enough kept up.
Prisoners. kept in dark cells soon feel an intense craving for
light, which in time becomes scarcely less intolerable ‘than
raging hunger. A similar explanation suffices for the emo-
tional yearnings involved in home-sickness, ennui, deprivation
of the approval of our fellow-creatures, or in separation from
our favourite pursuits, All these painful states are due to the
enforced inaction of certain feelings, social or esthetic. And
in similar wise, as Mr..Spencer observes, the bitter. grief
attendant upon:the death of a friend results from the ideal
representation of a future in which certain groups of habitual
emotions must remain inactive or unsatisfied by outward
expression. |
The objection may ha aed that all this is me an sintotetn
way of saying that certain pains result from the deprivation
of certain pleasures. But since such an objection, in its very.
statement, recognizes that certain kinds of unimpeded acti-
vity, physical or psychical, are pleasures, it need not disturb
us, or lead us to under-estimate the value of Hamilton’s
suggestion. Let us note next that excessive action of any
function, equally with deficient action, is attended by pain,
Local pain results from intensified sensations of heat, light,
sound, or pressure; and though it may be in some cases true,
as Mr. Spencer asserts, that sweet tastes are not rendcred
positively disagreeable by any degree of intensity,’ the alleged
fact seems quite contrary to my .own experience, and to that
of several other persons whom I have questioned. Other —
local pains, as in inflammation and sundry other forms oi
disease, are apparently due to increased molecular activity in
1 Spencer, Principles of Psychology, vol. i. p. 276.
a
cH. xx] GENESIS OF MAN, MORALLY. 329
the parts affected. And the feelings of pain or discomfort
both local and systemic, attendant upon over-exercise, over-
eating, or excessive use of a narcotic, are to be similarly
explained.
Thus we may say that pleasure, generally speaking, is “ the
concomitant of an activity which is neither too small nor
too great,” and we get at the significance of the Epicurean
maxim, pndev ayav. But this doctrine, as already hinted,
is by no means complete. For, as Mr. Mill and Mr. Spencer
ask, “What constitutes a medium activity? What deter-
mines that lower limit of pleasurable action bel owwhich
there is craving, and that higher limit of pleasurable action
above which there is pain?” And furthermore, how happen
there to be certain feelings (as among tastes and odours)
which are disagreeable in all degrees of intensity, and others
that are agreeable in all degrees of intensity? The answer,
as Mr. Spencer shows, is to be sought in the study of the
past conditions under which feelings have been evolved.
If the tentacles of a polyp are rudely struck by some
passing or approaching body, the whole polyp contracts
violently in such a manner as to throw itself slightly out of
the way; but if a fragment of assimilable food, floating by,
happens to touch one of the tentacles gently, the tentacle
grasps it and draws it slowly down to the polyp’s digestive
sac. Now between these contrasted actions there is no
such psychical difference as accompanies the similarly con-
trasted human actions of taking food and ducking the head
to avoid a blow; for the polyp’s contractions, being simply
reflex actions of the lowest sort, are unattended by states of
consciousness, either agreeable or disagreeable. Nevertheless
there is one respect in which the two cases perfectly agree.
In both cases there is a seeking of that which is beneficial
to the organism, and a shunning of that which is injurious.
And while, in the case of the polyp, there is no conscious
pleasure or pain, we may fairly surmise that, as soun as any
330 COSMIC PHILOSOPHY. | (er. 11.
animal’s psychical life becomes sufficiently complex to be
attended by distinct states of consciousness, the presence of
that which is beneficial is accompanied by a pleasurable
feeling which leads to the seeking of it, while the presence of
that which is injurious is accompanied by a painful feeling
which leads to the shunning of it. Our surmise is strength-
ened as we reconsider the human actions lately enumerated,
and observe that the abnormal activity of a function, either
in deficiency or in excess, is injurious, while the normal
activity of a function in balance with its companion functions
is beneficial, As Mr. Spencer says, “in a mutually dependent
set of organs having a consensus of functions, the very exist-
ence of a special organ having its special function, implies
that the absence of its function must cause disturbance of
the consensus,—implies too, that its function may be raised
to an excess which must cause disturbance of the consensus,
—implies, therefore, that maintenance of the consensus goes
along with a medium degree of its function.” In accordanca
with this view, we may note that hunger and thirst are
feelings attendant upon a kind of functional inaction which
is harmful, and even fatal if prolonged; that inaction or
excessive action of the muscles is injurious as well as pain-
ful; that the intense heat and cold, and the violent pressure,
which cause distress, will also cause more or less injury, and
may cause death ; that the discomfort following repletion and
narcosis is the concomitant of a state of things which, if
kept up, must end in dyspepsia, or other forms of disease,
entailing usually a permanent lowering of nutrition; and
that the intense sounds and lights which distress the ear and
eye also tend to produce deafness and blindness. And in
like manner, the enforced inaction of the social and esthetic
feelings, which is attended by mental discomfort, is also
attended in the long run by a diminution of the fulness and
completeness of psychical life, which in extreme cases. may
result in consumption, insanity, or narcotic craving,
ou. xx11.] GENESIS OF MAN, MORALLY. 331
It would seem, therefore, that the class of cases upon which
Hamilton relied will justify an interpretation much deeper
than the one which he proposed for them. They will appa-
rently justify us in asserting that pleasure is a state of con-
sciousness accompanying modes of activity which tend to
increase the fulness of life of an organism, while pain is a
state of consciousness accompanying modes of activity which
tend to diminish the fulness of life. Before considering the
objections to this doctrine,—which, though at first sight
formidable, will disappear on further analysis——let us note,
with Mr, Spencer, that, on the theory of evolution, “races of
sentient creatures could have come into existence under no
_ other conditions.” Omitting the cases which, in human
psychology, are complicated by the foresight of remote or
inconspicuous consequences, Mr. Spencer observes that
Pleasure is “a feeling which we seek to bring into con-
sciousness and retain there,” while Pain is “a feeling which
we seek to get out of consciousness and to keep out.” Hence
it follows that “if the states of consciousness which a creature
endeavours to maintain are the correlatives of injurious
actions, and if the states of consciousness which it endeavours
to expel are the correlatives of beneficial actions, it must
quickly disappear through persistence in the injurious and
avoidance of the beneficial.” In other words, even supposing
arace cf animals could come into existence, which should
habitually seek baneful actions as pleasurable, and shun
useful actions as painful, natural selection would immediately
exterminate it. Our supposition is therefore a hibernicism:
under the operation of natural selection no such race could
xver come into existence. Only those races can exist whose
ieelings, on the average, result in actions which are in
harmony with environing relations. Accordingly we may
rest upon a still deeper and firmer basis our doctrine of
pleasure and pain, and assert that Pleasure is a state of
gonsciousness accompanying the relatively complete adjust-
332 COSMIO PHILOSOPHY, [er. 1.
ment of inner to outer relations, while Pain is a state of
consciousness attendant upon the discordance between inuer
and outer relations.
We may now consider a class of facts which at first seem
inconsistent with the theory, but which in reality serve
further to illustrate it. Animals now and then perform self-
destructive actions under circumstances which make it diffi-
cult to suppose that the performance is not pleasurable.
Though the majority of vegetable poisons are disagreeable to
the taste, yet this is not always the case; and hence animals
have been known to perish after a greedy meal upon some
noxious herb. But here, as in the case of the moth which,
in Tennyson’s phrase, is “shrivelled in a fruitless fire,” there
is a new relation in the environment for which there is no
corresponding adjustment established in the organism. The
cases are like that of the child who ignorantly drinks a
sweet poison, or satisfies its desire for muscular activity by
climbing out of the window. The dynamic theory of life
does not imply the pre-existence of internal relations answer-
ing to all possible external relations. Were it so, life would
be complete from the outset. For new emergencies there
have to be new adjustments. Now manifestly if the whole
race of moths could be made to live among lighted candles,
one of two things must happen: either there must be gene-
rated a tendency to avoid the candles, or the race must be
exterminated. If an animal migrates to a district where
poisonous herbs abound, its existence can be maintained only
on one of two conditions: if it be low in intelligence, a
disagreeable taste must be generated, so that the noxious
food will be instantly rejected, or the odour must become
offensive, so that the taste will be forewarned; but if the
anima’ be possessed of high intelligence, like a bird or
mamman, it will be enough if the dangerous object is identi-
fied by smell or taste, or even by vision or touch, while along
with the recognition there occurs an ideal representation o}
| * UH. XXI1.] GENESIS OF MAN, MORALLY, 333
danger. Hence it is not necessary to the maintenance of a
race like mankind that all poisons should be bitter, or that
injurious actions, newly tried, should painfully affect any of
the senses. The work of making the needful adjustments is
thrown largely upon the cerebrum, with its power of forming
ideal sequences like those formerly experienced, and of direct-
ing action so as to anticipate them. Here, indeed, we come
suddenly upon one of the conditions of luman progressive-
ness, as above illustrated. ;
We can now begin to see why man finds pleasure in so
many kinds of activity which are noxious to himself. In no
other animal are the failures of adjustment between pleasur-
able and painful states, and beneficial and hurtful actions, so
numerous or so conspicuous as in man. Though in the
adjustments upon which the maintenauce of life immediately
depends, the correspondence is of necessity unimpaired, yet
in those less essential adjustments concerned in keeping up
the greatest possible fulness of life, there is frequent and
lamentable imperfection. Thus,—to take one instance out
of a hundred,—we continually see pleasurable states of con-
sciousness associated with hurtful actions in the cases of
men who ruin themselves by the use of narcotics. The fact
that men, who are so much wiser than brutes, should often
persist in conduct unworthy of brute intelligence, has long
formed the theme of much sage but fruitless moralizing. By
Jalvinistic theologians such phenomena were formerly cited
in proof of the theory that man is morally the lowest of
creatures, having been rendered thoroughly unsound by the
eating of the apple in Eden. It is needless to say that
science offers a very different explanation. It follows from
our inquiry into the causes of organic evolution,! that the
adjustments which teygd to maintain the highest fulness of life
can be kept up only by natural selection or by direct equili-
bration, Now we have already had occasion to notice that in
1 See above, part ii, chap. xii,
334 _ OOSMIC PHILOSOPHY, (PT. Is
the human race, partly on account of the extreme complexity
of its individual organization, partly on account of super-
added social conditions, the action of natural selection is to
a great extent checked. I do not allude to the fact that the
supremely important human sympathies, which have grown
up in the course of social evolution, compel us to protect the
idle and intemperate, so that, instead of starving, they are
“enabled to multiply at the expense of the capable and in-
dustrious.” For far deeper than this lies the circumstance
that “there are so many kinds of superiorities which seve-
rally enable men to survive, notwithstanding accompanying
inferiorities, that natural selection cannot by itself rectify
any particular unfitness; especially if, as usually happens,
there are coexisting unfitnesses which all vary independently.”*
In a race of inferior animals a function in excess is quickly
reduced by natural selection, because, owing to the universal
slaughter, the highest completeness of life possible to a given
grade of organization is required for the mere maintenance
of life. But under the conditions surrounding human deve-
lopment, a function in excess may remain in excess provided
its undue exercise is not such as is incompatible with life,
Through countless ages, for example, the feelings which in-
sure the maintenance of the race have been strengthened by
natural selection, because of their prime importance to every
race. But under the conditions of civilized life, the sexual
passion has become a function in excess, which natural selec-
tion is powerless to reduce, because, although it is probably
the source of more crime and misery than any other excessive
function, and therefore detracts more from complete individu-
ation or the fulness of human life than any other, it is never-
theless but seldom incompatible with the maintenance of life.
In all such cases, mankind has so many other functions, be-
sides the excessive ones, which enable it to subsist and
achieve progress in spite of them, that their reduction to the
1 Spencer, op. cit. i. 284,
CH, XX11.] GENESIS OF MAN, MORALLY. 335
normal standard is left for the slow process of direct equili-
bration.
The action of direct equilibration, in turn, is greatly com-
plicated, among the progressive races, by the rapid and
extensive change of the social environment from age toage. A
new set of readjustments needs to be made before the old
ones are completed; and the result is that there are always
a number of functions somewhat out of balance. When
civilization is rapidly progressing, each generation of men is
forced into kinds of activity to which the inherited emotional
tendencies, and in some cases even the inherited physical con-
stitutions, are not thoroughly adapted. Hence the number
and variety of pathological phenomena, boti mental and
physical, is greater in civilized than in savage communities.
As might be expected, the present century, which has wit-
nessed a far more extensive revolution in the modes of human
activity than any previous age, exhibits numerous instances
of these minor failures of adjustment. To take the most
conspicuous example,—the progress of science and industry
during the past three generations have raised the averave
standard of comfortable living so greatly and so suddenly, —
that to attain this standard an excessive strain is put upon
men’s powers. In many respects, it is harder to live to-day
than it was a hundred years ago. As a general rule we are
overworked until late in life, in the mere effort to secure tlie
means of maintaining life. Not only does this continual
overwork entail a serious disturbance of the normal equili-
briam between pleasures and pains and the correlative benetits
«ud injuries, since it involves the undue exertion of certaix
faculties and the undue repression of others, but there is
further disturbance due to the specific character of the over-
work. Throughout a very large and constantly increasing
portion of the community, the excessive labour is intellectual
labour ; the abnormal strain comes upon the nervous system.
The task of maintaining the correspondence with environing
336 COSMIC PHILOSOPHY. (PT. 1,
relations, which in the course of organic evolution has been
entrusted more and more largely to the nervous system, and
which in the course of social evolution has been thrown
more and more upon the cerebrum, has during the past
hundred years been thrown upon the cerebrum to a formidable
extent. The community, therefore, is suffering not simply
from overwork, but from excessive brain-work, in the shape of
inordinate thinking and planning, and inordinate anxiety.
“Further, it is to be observed that many of the industrial
activities which the struggle for existence has thrust on the
members of modern societies, are in-door activities,—activi-
ties not only not responded to by the feelings inherited from.
aboriginal men, but in direct conflict with those more
remotely inherited and deeply organized feelings which
prompt a varied life in the open air.” Hence manifold dis-
turbance. “A sedentary occupation pursued for years in a
confined air, regardless of protesting sensations, brings about
a degenerate physical state in which the inherited feelings are
ereatly out of harmony with the superinduced requirements
of the body. Desired foods, originally appropriate, become
indigestible. An air pleasure-giving by its freshness to those
in vigour, brings colds and rheumatisms. Amounts of exer-
tion and excitement naturally healthful and gratifying are
found injurious. All which evils, due though they are to con-
tinued disregard of the guidance of inherited feelings, come
eventually to be mistaken for proofs that the guidance of in-
herited feelings is worthless.” }
Further to pursue this interesting subject would be to con-
vert a set of illustrations, already too elaborately stated, into
an unmanageable digression. Summing up the results nov
obtained, we see that natural selection, acting less rigidly
under the limitations imposed by social evolution, fails to
1 Spencer, op. cit. i. 282, 283. Light is thus thrown upon the misuse of
alcohol and tobacco,—one of the most conspicuous of the cases in which
men’s physical appetites prompt to actions that are injurious,
OH. Xx1!.] GENESIS OF MAN, MORALLY. 337
reduce functions that are in excess, and leaves them to be
reduced by direct equilibration. The process is accordingly
slow, since direct adaptation to a rapidly changing environ
ment is attended by the appearance of minor unfitnesses
which further complicate the emotional disturbance, and
disarrange the normal relations between incentives and
actions. We need not, therefore, be surprised at the fact
that men often find pleasure in detrimental activities; nor
need we indorse the Puritanic or ascetic theory, suggested
partly by the contemplation of this fact, “that painful actions
are beneficial and pleasurable actions detrimental.” For if
this were to any considerable extent the case, sentient life
would inevitably disappear from the face of the earth. The
cases which we have cited belong to ethical pathology. And
just as pathologic phenomena do not invalidate the laws of
physiology, just as the dynamic theory of life is not invali-
dated by the fact that mal-adjustments are continually met
with, so neither do cases of moral disease invalidate the
corollary which inevitably follows from the Doctrine of
Evolution, “that pleasures are the incentives to life-support-
ing acts, and pains the deterrents from life-destroyiny acts.”
We are now prepared to deal with the phenomena of Right
and Wrong, and to notice how they become distinguished
from the phenomena of Pleasure and Pain. Though the
foregoing discussion forms the basis for a general doctrine of
morality, it is nevertheless an inadequate basis, until properly
supplemented. The existence of a moral sense has purposely
been as far as possible unrecognized; for I believe that in
Vealing with these complex subjects, little can be accom-
=lished, save on the plan of separately cornering the various
clements in the problem, and flooring them one by one. Any
philosophy of ethics, therefore, which might be founded upon
the preceding analysis, could be nothing move than a theory
of Hedonism, recognizing no other incentive to proper action
than the pleasing of one’s self. By one of the innumerable
VOL, II. Z
328 COSMIC PHILOSOPHY. {[Pr. 1.
tricks which the misuse of current words plays with the
uderstanding, the so-called utilitarian theory has been, and
still is, not unfrequently identified with this kind of hedo-
nistic philosophy, which is in truth its very antipodes. ‘The
error is much like that involved in the accusation of fatalism,
commonly hurled at those whe maintain the obvious and
harmless assertion that moral actions conform te law. But
the difference, comprising the entire difference between the
noblest self-sacrifice and the meanest self-fondling, is as
follows: In our theory of pleasure and pain, which if taken
as ultimate would be hedonism, the well-veing of the com-
munity has been as far as possible omitted from the account.
_ Wherever I have introduced references to social phenomena,
I have considered them only in their effects upon the fulness
of life of the individual. In dealing with the incentives to
action in a race of brute animals, the foregoing considerations
would be sufficient. But in the so-called utilitarian theory
as it is now to be expounded, the well-being of the com-
munity, eveu when incompatible with that of the individual,
is the all-important consideration. While the actions deemed
pleasurable are those which conduce to the fulness of life of the
Individual, the actions deemed right are those which conduce
to the fulness of life of the Community. And while the actions
deemed painful are those which detract from the fulness of life
of the Individual, the actions deemed wrong are those which
detract from the fulness of life of the Community. According
to utilitarianism, therefore, as here expounded, the conduct
approved as moral is the disinterested service of the commu-
nity, and the conduct stigmatized as immoral is the selfish
preference of individual interests to those of the community.
And bearivg in mind that the community, which primevally
comprise only the little tribe, has by long-continued social
integration come to comprise the entire human race, we have
the ultimate theoiem of the utilitarian philosophy, as properiy
understood, that actions morally right are those which are
cH. Xx11.] GENESIS OF MAN, MORALLY. 339
beneficial to Humanity, while actions morally wrong are those
which are detrimental to Humanity.
Are we to maintain, then, that when we approve of certain
actions, we do so because we consciously and deliberately
reason out, in each particular case, the conclusion that these
actions are beneficial to mankind? By no means. Not only
is it that the highest science cannot always enable us to say’
surely of a given action that it is useful to mankind, but it is
also that we do not stop to apply science to the matter at
all. We approve of certain actions and disapprove of certain
actions quite instinctively. We shrink from stealing or
lying as we shrink from burning our fingers; and we no
more stop to frame the theorem that stealing and lying,
if universally practised, must entail social dissolution and
@ reversion to primeval barbarism, than we stop to frame the
theorem that frequent burning of the fingers must entail
an incapacity for efficient manual operations. In short,
there is in our psychical structure a moral sense which
is as quickly and directly hurt by wrong-doing or the idea
of wrong-doing as our tactile sense is hurt by stinging.
Shall we, then, maintain, as a corollary from the Doctrine
of Evolution, that our moral sense is due to the organic
registration, through countless ages, of deliberate inferences
that some actions benefit Humanity, while others injure
it? Shall we say that the primeval savage began by reason-
ing his way to the conclusion that if treachery were to
be generally allowed, within the limits of the tribe, then
the tribe must succumb in the struggle for existence to other
tribes in which treachery was forbidden; and that, by a
gradual organization of such inductions from experience, our
moral sense has slowly arisen? This position is no more
venable than the other. Mr. Richard Hutton and Mr. St.
George Mivart would seem to have attributed to Mr. Spencer
some such doctrine. But Mr. Spencer is too profound a
thinker to ignore so completely the conditions under which
Z2
340 COSMIC PHILOSOPHY. Ph
permanent emotional states are generated. Our moral sense
has arisen in no such way. But to understand the way
in which it has arisen, we must recur to our fundamental
problem, and seek for the conditions which first enabled
social evolution, as distinguished from organic evolution, to
start upon its career.
It is now time to propose an answer to the question,
already twice suggested and partly answered, How did social
evolution originate? Starting from the researches of Sir
Henry Maine, which are supported by those of Messrs,
Tylor, M‘Lennan, and Lubbock, we have come to the conclu-
sion that it originated when families, temporarily organized
among all the higher gregarious mammals, became in the
case of the highest mammal permanently organized. Start-
ing from the deductions of Mr. Wallace, we have seen reason
for believing that civilization originated when in the highest
mammal variations in intelligence became so much more im-
portant than variations in physical structure that they began
to be seized upon by natural selection to the relative exclu-
sion of the latter. In the permanent family we have the
germ of society. In the response to outer relations by
psychical changes, which almost completely subordinate
physical changes, we have the germ of civilization. Let us
now take a step in advance of previous speculation,! and
see what can be done by combining these two theorems, so
that the permanent organization of families and tlie complex
intelligence of the highest mammal will appear in their
causal relations to each other.
Many mammals are gregarious, and gregariousness implies
1 The latest writer upon these subjects is inclined to give up the problem
asinsoluble. “I at least find it difficult to conceive of men, at all like the
present men, unless existing in something like families, that is, in groups
avowedly connected, at least on the mother’s side, and probably always wita
a vestige of connection, more or less, on the father’s side, and unless these
groups were, like many animals, gregarious, under a leader more or less fixed.
lé is almost beyond imagination how man, as we know man, could by any
sort of process have gained this step in civilization.”—Bagehot, Physics and
Politics, p. 136.
OH. Xx1I.] GENESIS OF MAN, MORALLY. 341
incipient power of combination and of mutual protection.
But gregariousness differs from sociality by the absence of
definitive family relationships, except during the brief and
intermittent periods in which there are helpless offspring to
be protected. Now it might be maintained that the com-
plex intelligence of the highest mammal led him vaguely
to recognize the advantage of associating in more and more
permanent groups for the sake of mutual protection. From
this point of view Mr. Darwin argues that men were ori-
ginally a race of weak and mild creatures like chimpan-
zees, and not a race of strong and ferocious creatures like
gorillas, and were accordingly forced to combine because
unable to defend themselves singly. It is undeniable that
man is, relatively to his size, a weak animal; and there is
much value in Mr. Darwin’s suggestion in so far as it goes
to explain the origin of gregariousness among those primates
who were the ancestors of man. Nevertheless, it can hardly
be said to explain Sociality as distinguished from Gregari-
ousness. It may also be argued that the superior sagacity
even of the lowest savage makes him quite a formidable
antagonist to animals much more powerful than himself.
Besides, the study of savage life brings out results at vari-
ance with the notion of man’s primitive gentleness.
is now justly regarded as one of the most blindly retrograde
statesmen that ever lived. Such was their criticism—a mere
bald negation and disavowal of all that had preceded them.
And such being their criticism, such also was their political
philosophy—an unqualified protest, primarily against feudal-
ism, monopoly and divine right, but ultimately, as carried out
by Rousseau, against all constraint whatever of man by man,
and therefore against the very constitution of society. The
immortal pamphlet in which this greatest of sophists sought
to demonstrate that all civilization, all science, and all specu-
lative culture is but an error and a failure, and that tue
only remedy lies in a return to primitive barbarism,—was
the legitimate outcome and reductio ad absurdum of a philo-
sophy which began by forcibly severing itself from all historic
sympathy with the time-hallowed traditions of our race.
Such a philosophy may end, as it has ended, in anarchy of
thought, but not in rational conviction. It cannot organize
a new framework of opinions, nor can it even thoroughly
accomplish the task of destroying the old framework. It
may indeed, as it has done here and there, knock the vener-
able edifice into unshapely ruin, but it cannot sweep away
the cumbersome débris, and leave the ground clear for the
erection of a new and niore permanent structure. It dis-
credits altogether too profoundly the earnest work of that
480 COSMIC PHILOSOPHY. (pr. 111,
average human intelligence of past times, from which all
our individual intelligences, with all their real or fancied
enlightenment, are both by instruction and by inheritance
derived. To refute the medizval conception of the world,
without accounting for its long predominance, was to leave
it but half refuted. And accordingly, when this negative
philosophy was brought to a practical test by the Revolution
of 1789, its inefficiency, both for construction of the new,
and for thorough destruction of the old, was made painfully
manifest. It soon became evident that more than one brick
of the medieval edifice had been left standing, to serve as
an obstruction. In France—then the centre of the European
intellectual movement—there set in a powerful reaction.
Against the revolutionary school of negative philosophers
and anarchical statesmen, there asserted itself a retrograde
school, which saw no escape save in a return to the medieval
conception of the world and a renewal of adherence to
medieval principles of action. This retrograde movement was
represented in politics by Napoleon, the latter half of whose
eareer was characterized by the conscious effort to imitate
the achievements of Charles the Great; in literature by
Chateaubriand ; in psychology by Laromiguiére and Maine
de Biran; and in general philosophy by Joseph de Maistre,
The last-named writer, who, for reasons easily explicable,
has been too little studied, and whose true position in the
history of thought Comte was the first to perceive and point
out, will perhaps be remembered by future generations as
the last heroic champion of a lost cause. Like Don Diego
Garcia, whom Cervantes has immortalized, this unterrified
knight took it upon himself to defend single-handed the
fastnesses of medizval theology against the whole invading
army of modern scientific conceptions. With that uncom-
promising fanaticism which characterizes men who abandon
eritical reflection in order to constitute themselves the advo-
tates of a cause, De Maistre undertook to annihilate physica}
oH. VI] THE ATTITUDE OF PHILOSOPHY. 481
science and the group of philosophic notions to which its
discoveries had given rise. According to him, Kant was an
ignorant charlatan, Bacon an atheist in hypocritical dis-
guise, and the so-called Baconian philosophy “a spiritless
materialism,” uncertain and unsteady in its expression, frivo-
lous in tone, and full of fallacies in every assertion. In place
of this “spiritless materialism” he would give us the full-
blown Catholicism of the days of Hildebrand, every subse-
quent variation from which has, in his opinion, been due, not
to disinterested seeking after higher truth, but to a madness of
neologism, a diseased craving after new and strange devices,
In these interesting opinions—interesting because they
come, not from a peevish and ignorant priest, but from a
man of wide culture, worldly wisdom, and undoubted intel-
lectual power—may be seen the violence of the reaction
against that negative philosophy which, in its effort to break
entirely with the past, had assisted in bringing about the
speculative atheism and practical anarchy of 1793. We have
now to note that, from the statical point of view which he
occupied, De Maistre was perfectly right in regarding modern
scientific thought as an enemy to society which must be put
down at whatever cost. For as modern science had not yet
reached that conception of gradual change which underlies
the Doctrine of Evolution, while it had become distinctly
conscious of its hostility to the current mythologies, it as-
sumed the attitude of Atheism with reference to Christian
theology and of Jacobinism with reference to the institu-
tions of Christian society. Now it is perfectly true that
the practical outcome of these kindred forms of icono-
elasm, could they be allowed to have their way unhindered,
would be the dissolution of society and the return to primeval
barbarism. or since it is impossible for a given state of
tivilization to be made to order, even by the greatest political
;enius, or to be produced in any way save by evolution from
an antecedent state, it follows that the dissolution of the
VOL, II, II
492 COSMIC PHILOSOPHY. [ex. 1m,
social relations existing at any epoch would simply leave the
work of civilization to be (at least, to a great extent) done
over again. An instructive historical example of such a dis-
solution of social relations, partially effected, and of the
consequent partial return toward barbarism, is to be found
in the history of Romanized Europe from the fourth to the
tenth centuries of the Christian era. And as this partial
dissolution cannot be referred solely to the barbaric attacks
from without—which during at least seven centuries had
been steadily kept up without impairing the integrity of the
Empire—it must be referred to causes operative within; to
the demoralization consequent upon general scepticism as to
_ the validity of the principles of action by which men had
formerly been guided. Now the violent breaking up of the
feudal and medieval Christian system, which occurred
during the last century, was attended by some of the same
dangerous symptoms as those which marked the dissolution
of ancient polytheism and ancient notions of civic patriotism;
though in-the modern case the succession of phenomena
was more rapid, and there were no assaults from outside
barbarism to complicate matters. We have lately remarked
upon the curious phenomenon of a free-thinker, like Rous-
seau, openly advocating a return to barbarism, upon the
ground—which admirably illustrates his statical view of
things—that social relaticns were due to a primitive con-
tract, from which the contracting parties might at any time
withdraw. It is also worth noting that, under the practical
application of Rousseau’s doctrines by his apparently well-
meaning but narrow-minded and fanatical disciple, Robes-
pierre, the rejection of Christianity was followed by an act
of adoration toward a courtesan which would have been
more in keeping with early polytheistic ages, and the over-
throw of feudal tyranny was followed by a mode of settling
political questions such as is normally practised only among
cocieties of primitive type. It is significant also, to the
See ae
oH, VI. ] THE ATTITUDE OF PHILOSOPHY. 483
evolutionisv, that this partial dissolution of social relations
should have been followed by that disgraceful epoch in
which principles of international equity worthy only of
Attila or Genghis Khan were embodied in the barbarous
ethical code of the First Empire.
A still more complete illustration of the tendency of pure
iconoclasm toward social dissolution is to be found in certain
radical theories concerning labour, property, and marriage,
which have been current during the present century among
people untrained in science and unfamiliar with the lessons
of history, and which played their part in shaping the
policy of the Parisian Commune of 1871. For the purposes
of our inquiry it is not necessary for me to offer a matured
judgment concerning this unfortunate historical transaction
in all its actual complexity, even were I competent to do so.
It is enough for us to remember that among those political
leaders who sought to inaugurate the reign of the Commune,
a considerable number professed to hold the doctrines com-
monly known as communistic, and that the social relations
which they were intent upon establishing are precisely those
which Sir Henry Maine has shown to have existed among
primeval men, and which exist to-day among the lowest
races. This desire to return to the community of property
and of wives characteristic of primitive savagery, to regulate
human concerns by status and not by contract, to crush out
capital and with it the possibility of any industrial integra-
tion, to abolish the incentives which make man sow to-day
that he may reap in the future, to destroy social differentia-
tion by constraining all persons alike to manual labour, to
strangie intellectual progress by permitting scientific inquiry
only to such as might succeed in convincing a committee of
ignorant workmen that their discoveries were likely to be
practically useful, to smother all individualism under a social
tyranny more absolute than the Hindu despotism of caste ;
this desire, it is obvious, is simply the abnormal desire to
ise Mee
484 COSMIC PHILOSOPHY. (er. in.
undo every one of the things in the doing of which we have
seen that social evolution consists. It is, in short, the theory
of Rousseau unflinchingly carried into details, though, in defer-
ence to the watchwords of the present age, it is couched in
expressions which imply a sympathy with human progress.
For such abnormal plenomena as those of the Terror and
the Commune, there is no doubt a deeper cause than the
prevalence of anarchical social and religious theories. Such
phenomena are strictly analogous to those of disease, indi-
eating that sundry social functions are out of balance, and
that the social organism is violently striving to regain equi-
librium even at the risk of premature dissolution, Scienti-
fically considered, the Commune was a case of retrograde
metamorphosis, quite analogous to cancer in the individual
organism ; and it was due to a minor failure of adjustment
incident upon a rapid change in the social environment.
Increased wealth and a heightened standard of comfortable
living, entailing prolonged labour and more intense brain-
work, leave the least industrious and intelligent members of
the community in misery little removed from starvation.
And while under the unchecked operation of natural selec-
tion these unadapted members of the community would
soon perish, as the lunatic and the drunkard would perish,
we nevertheless save them artificially, as we artificially
protect the drunkard and the lunatic; and we do so rightly,
because the repression of our humanitarian feelings would
entail far greater damage to society than the survival of
these incapables. But in surviving they constitute a growth
of a lower order of vitality, like a cancer implanted in nobler
tissues, and their effort is to abolish a civilization of which
their own misery is, for the time being, the inevitable result,
and to reinstate that primitive order of things in which the
strong fist and the strong passions were not yet at the mercy
ot the keen intelligence and the large capacity for toil.
Ulere, as in the case of the abnormal individual desires
ba. Vi.] THE ATTITUDE OF PHILOSOPHY. 485
treated in the concluding chapter of Part II, we find’a
number of unadjusted cravings which natural selection can
but imperfectly deal with, and which it must be left for some
process of direct adaptation slowly to adjust. An analogous
though not entirely similar explanation will apply to the
ease of Robespierre and the Terror.
But while such pathological phenomena can by no means
be explained as solely due to certain anarchical theories
social and religious, it still remains true that between the
abnormal social phenomena and the anarchical theories there
is a very close kinship; such that the theory finds itself
practically incarnated in the social event, while it is through
the anarchical theory that the abnormal social event finds
itself redeemed from the odium attaching to sheer criminal
malevolence, and entitled to that slight modicum of credit
which we are wont to accord to sincerity when allied with
destructive fanaticism. It is as true that the iconoclastic
theory naturally lends itself to the purposes of the Jacobin
or the Communist, as it is that the Jacobin or the Com-
munist naturally justifies to himself his purposes by. an
appeal to the iconoclastic theory. Hence it is undeniable
that when modern scientific thought, not yet having reached
a Jynamical view of things, allied itself to the spirit of mere
negative protest against existing beliefs and institutions, it
might well have seemed to a thinker like De Maistre to be
irreconcilably hostile to all the habits and aspirations which
give tu civilized life its value.
Now the dynamical view of things, however crudely an-
nounced by Comte in his theory of the “Three Stages,’
differed. widely from the statical view of De Maistre; for ii
proclaimed that we must found our general conception of the
_ world and our plans for social amelioration upon a synthesis
of special scientific truths, established by the use of the
objective method, and not upon a congeries of theological
dogmas, established originally by the use of the subjective
486 COSMIC PHILOSOPHY. = ~— (pr. mm
method, and afterwards certified only by a perennial appeal
to some authority assumed as infallible. It differed equally
from the statical view represented by the iconoclasm of the
eighteenth century ; for it said, we cannot ignore the past,
or treat it with contumely: the men who originated mytho-
logical explanations of natural phenomena were neither
knaves nor the dupes of knaves, but genuine philosophers
who made the best use of such implements of research as
lay before them: men’s conceptions of the world have been |
progressively stripped of their anthropomorphic vestments,
and the scientific mode of thought, which, manifesting itself
here and there in fragmentary generalizations, has all along
been determining the progress, must ultimately, organized
in a series of grand, all-embracing generalizations, reign
supreme: the history of human thought is thus a develop-
ment, and each creed or system, no matter how absurd it
may at first appear, is a phase of that development; so that
to construct a philosophy or a polity de novo, out of abstract
principles, without reference to the concrete facts of past
history, is simply to build a castle in the air.
Thus would Comte have answered on the one hand the
Jacobins and on the other hand the Ultramontanes, with
both of whom he has, by a strange but not inexplicable fate,
been charged with owning fellowship. Thus we arrive at
the philosophic explanation of the unparalleled range of his
historic sympathies, of the generous recognition which he
was ever ready to accord to the crude but needful and ser-
viceable beliefs and institutions of earlier ages, and ‘to their
representative men of whatever creed. And thus, too, we
are enabled to appreciate one of Comte’s principal reasons
for calling his system of philosophy “ Positive.” In sharp
contrast with the negative philosophy of the atheists and
Jacobins, its purpose was not to overthrow old beliefs by an
assault from without, but to construct, upon the basis of the
yositive truths already furnished by science, a 1.ew system of
cH. Vt] THE ATTITUDE OF PHILOSOFBFY. 487
beliefs, which should account for the old ones and supplant
them by sheer force of its superior catholicity. For five
ceniuries, said Comte, science has been arrayed in apparent
hostility to religion, and philosophy has been chiefly employed
in disintegrating Christian theology and feudalism: the time
has now come for this negative work to be regarded only as
incidental to the positive work of integrating scientific truths
into a body of philosophic doctrine, upon which may ulti
mately rest a new theory of religion and a reorganized social
polity.
As thus described, the critical attitude assumed by Posi-
tivism may appear to be identical with that which is the
result of a thorough adherence to the Doctrine of Evolution.
There is, however, a profound difference between the position
of the evolutionist and that of the positivist, which it is well
worth our while to characterize at some length, even at the
risk cf an apparent digression. Our subject is so very com-
plex, by reason of the wide range of its practical applications,
that we shall be greatly helped—as we have already on many
occasions been helped—by contrasting our own view with
that Comtean view which superficially resembles it, When
we have noticed the two great errors—both of them due to
imperfect apprehension of the nature of evolution, which left
Comte, in spite of himself, in an attitude of hostility both
to the current Christian theology and to the existing frame-
work of society, we shall have virtually illustrated, with
satisfactory clearness, our own conservative point of view.
In the chapter on Anthropomorphism and Cosmism the
first of the two fatal errors of Positivism was elaborately
described and criticized. It was shown that, although by his
theory of the three stages Comte announced his philosophy
as a continuous development from older theological philo-
sophies, and although he declared himself determined not to
break with the past, yet nevertheless his explicit ignoring of
Deity constituted in itself a breach with the past which no
488 OCOSMIO PHILOSOPITY, (pr. 111.
amount of continuity in other respects could remedy or atone
for, We saw that, in spite of their numberless superficial
differences, all historic religions have been at one in the
affirmation of a Supreme Power upon which man is de-
ndent ; and we saw that with respect to this affirmation
our Cosmic Philosophy is as much at one with Christianity
as Christianity is at one with older religious philosophies,
On the other hand it is self-evident that there can be no
continuity of development between a system of thought
which affirms this truth and a system of thought which
either denies it, like Atheism, or ignores it, like Positivism,
In this respect it cannot be questioned that Comte broke
with the past as completely as if he had been a dogmatic
atheist. Hence is to be explained his utterly unphilosophical
attempt to found a new religion, In his earlier scheme no
place is left for religion at all; but when, by an afterthought,
le recognized the existence in mankind of a religious senti-
ment which demands satisfaction, his ignoring of Deity led
iim to the construction of an artificial religious scheme from
which the essential element of religion was entirely omitted,
Ifud he recognized this essential element, he would have —
seen that the time for instituting new religions has long
since passed by, and that religious progress in future is
possible only through the gradual evolution of Christianity
itself into higher and higher forms,
The second fatal error in Positivism is the opinion that
society can be reorganized by philosophy. To demonstrate
anew the fallaciousness of this opinion, which underlies the
whole Comtean effort to reconstruct human society after a
utopian model, would be but to repeat the arguments which
have formed the woof of our chapters on sociology, If there
is any convincing power in the multitude of mutually har-
moniows proofs which were there accumulated, we must be
already convinced that men are civilized, not by a mere
change in their formulas of belief, but only by a change in
on. vi.] THE ATTITUDE OF PHILOSOPHY, 489
their type of character which can be effected only through a
considerable lapse of time, This is the reason why civiliza-
tions cannot be made, but must grow. We diffor from the
ancient Angles and Saxons, not so much because we know
more than they knew, as because we have undergone fifteen
centuries more of social discipline which has perceptibly
modified our character, and with it our moral ideals, If
Comte had ever tirmly grasped the theorem “that society is
to be reorganized only by the accumulated effects of habit
upon character,” he would have held himself aloof from
projects which could have no meaning save on the hypothesis
that society can be reorganized by philosophy. He would
have seen that though the fruit of the tree of knowledge
may make us like gods, knowing good and evil, it is only the
tree of life which can renovate our souls and fit us for
Paradise.
But now, since society grows, but is not made; since men
cannot be taught a higher state of civilization, but can only
be bred into it; it follows that the whole Comtean attempt
to construct an ideal Polity, including a new religion and
new social institutions, was—save as a warning for future
thinkers—just so much labour thrown away. After all his
profound and elaborate survey of human history, Comte
strangely forgot that the sum-total of beliefs and institutions
in the twentieth century will be the legitimate offspring of
the sum-total of beliefs and institutions in the nineteenth,
but can in no case be the offspring of an individual intellect,
even were that intellect ten times more powerful than
Comte’s, No individual will has ever succeeded in re-
modelling society in conformity to a prescribed ideal, Per-
haps no single man, if we except the Founder of Christianity,
has ever made his individual character and genius count for
so much in the subsequent direction of human events as
Julius Cesar. But Owsar never reconstructed society, and,
though not instructed in the Doctrine of Evolution, would
490 COSMIC PHILOSOPHY. Dem arn
have felt such a task to be simply an impossibility. The
secret of Cesar’s greatness, and of his success, lay in tha
wondrous common-sense with which he perceived the true
significance of contemporary events, and in’ the unflinching
perseverance with which he wrought out the political system
for which society was already yearning, and which the cir.
cumstances of the times rendered indispensable to the main-
tenance of civilization. This has been the secret of the
success of all statesmen of the highest order; of Charles the
Great and Hildebrand, as well as of William the Silent,
Edward I. of England, Henry IV. of France, and Richelieu. -
By a sagacious instinct these great men felt, though they
could not scientifically explain, the direction in which
human affairs were naturally tending; and it was because
they shaped their efforts with a view to assist, and not to
check or warp, the resistless tendencies of society, that they
succeeded in stamping their individualities so . powerfully
upon history. It is from the lack of this sagacity that the
ablest retrograde statesmen have either failed utterly, or at
best succeeded only in working wanton mischief. Julian,
and Philip II. of Spain, occupied positions which enabled
them to wield enormous power, and the former was a man of
signal ability and undoubtedly good intentions. Yet Julian
wholly failed to sce that Platonic Paganism, however well
adapted it may have been to the sporadic, municipal civiliza-
tion of antiquity, was no longer adapted to the intellectual
and moral needs of men living under the Roman Empire.
Hence his insensate attempt to destroy the only religious
organization capable of holding society together during the
perilous times that were coming; an attempt which his
early death fortunately frustrated before it had been per-
sisted in long enough to work much social disturbance.
Philip IL, a man of mediocre ability and: hopelessly vulgar
egoism, might yet have done a good work, could he ever have
been brought to understand the way in which the world wag
oH. VI.) THE ATTITUDE OF PHILOSOPHY. 491
moving, and would move in spite of him. Yet he thought
to establish in Romanized Europe an Oriental patriarchai
cespotism, and he thought by mere brute force to bring over
half the civilized world to a religious system which it had
for ever discarded. And thus, though he wielded a power
such as no man for centuries had wielded before him, he
achieved absolutely nothing. At the end of his evil career,
he was farther from each of his cherished aims than at the
beginning. The physical power of Spain was exhausted in
the vain effort to stem the course of events, and all the
credit the son of Charles V. ever earned was that of being
one of the most mischievous among the enemies of the
human race.
Now, our practical object in studying human progress
scientifically is to be able to arrive at certain definite general
principles of statesmanship. In every branch of speculative
or practical activity, men begin by reasoning from parti-
culars to particulars, accomplishing their results by a kind
of sagacious instinct which hits upon the means requisite
for attaining a given end. But after a while, as science pro-
gresses, they establish general principles of action, and work
with a distinct consciousness of the adaptation of the means
employed to the end proposed. From being instinctive and
irregular, their proceedings become ratiocinative and sys-
tematic ; witness the whole history of industrial art. And,
as that history shows, the more intelligent and coherent the
course of proceeding, the less is the time and effort wasted
in vain experiment. It is just the same in politics. We need
to understand the conditions essential to progress, and the
direction which progress is taking, that we may avoid the
mischief entailed by stupid and ignorant legislation, and
secure the benefits arising from legislation that is scientifi-
eally conceived and put into operation with a distinct con-
sciousness of the ends to be secured. We need sociology
that we may not waste our energies and damage society in
492 COSMIC PHILOSOPHY, (pr. 11,
opposing the very reforms which a little science might tell
us that the community requires and will have, sooner or
later, in spite of us. I do not mean to say that a knowledge
of the Jaws of history will alone suffice to make us states-
men. Science and art are two different things, and so are
scientific genius and practical genius. But if a Themistokles
or a Hildebrand were to arise among us, he would be all
the more useful for working in conformity to scientific prin-
ciples, instead of trusting solely to his native sagacity. It
is when genius works with vision that it achieves its utmost.
And when we cannot have genius, by all means let us have
vision, so far as science can impart it to us. Daily we grow
indignant over the hand-to-mouth policy of our legislators,
which inflicts so much needless suffering, and makes it so
much harder for all of us to earn our bread. But we must
remember that such a policy is the natural outcome of a
foolish neglect of the lessons which history has to teach,
and which may be read by anyone who holds the scientific
clue to them.
Such is our practical object, and our sole practical object,
in studying sociology as a science. To attempt to construct
an ideal polity, by adopting which society is to remodel
itself, is to show that we have studied that science to little
purpose. For if history can teach us anything, it can teach
us that civilization is a slow growth, of which no one can
foresee, save in its most general features, the final result;
far less force that result prematurely merely by appeals to
men’s judgment.
How utterly Comte ignored all this—the plain teaching
both of historic induction, and of deduction from the laws
of organic life—can be appreciated only when we read the
insane pages in which he attempts to predict the immediate
future. He hy no means intended that society should wait
till a remote era for the entire realization of his project, In
geven years the control of public education in France was te
cH. VI.] THE ATTITUDE OF PHILDSOPHY, 493
be given to Comte. In twelve years the Emperor Napoleon
was to resign in favour of a Comtist triumvirate. In thirty-
three years the religion of Humanity was to be definitely esta-
blished. As Mr. Mill says, “a man may be deemed happy,
but scarcely modest, who had such boundless confidence in
his own powers of foresight, and expected to complete a
triumph of bis own ideas on the reconstitution of society
within the possible limits of his life-time. If he could live
(he said) to the age of Fontenelle, or of Hobbes, or even
of Voltaire, he should see all this realized, or as good as
realized.” :
But what we have here to note is not especially the
personal conceit of the project, or the marks of insanity
clearly indicated in these inordinate expectations; what we
have to note is the mode of genesis of this wild scheme.
Extravagant beyond all comparison as Comte’s proposals for
remodelling religion and society undoubtedly were, they can
nevertheless be easily traced, in their general outlines, back
to the two errors which I have above signalized as the
fundamental errors of Positivism. The first error—the
ignoring of Deity—necessitated a complete rupture with
Christian forms of religion; and the second error—the
belief that society can be reorganized by a change in
formulas of belief—led naturally to the attempt to sub-
stitute a new religion for Christianity and a new kind of
civilization for the existing civilization. Thus in spite of
his keen historic appreciation of the excellence of Chris-
tianity, and in spite of his sympathetic critical attitude,
was Comte logically forced into a position quite as unte-
nable as that held by the atheists and Jacobins. And now
let us observe how, even as with these iconoclasts, the
social state which Comte expected to substitute within
forty years for the existing social state, was in all essential
respects a retrogradation toward a more primitive structure
of society. The positivist utopia is not indeed a return te
494 COSMIC PHILOSOPHY. [er. 111.
pristine savagery, like the utopia of Rousseau and his fol-
lowers, but it is a reversion toward a spiritual despotism,
such as was realized in ancient Egypt, and such as might
perhaps have been realized in medizeval Europe, had not the
policy of the Emperors opposed a salutary check to the policy
of the Popes. In the chapter on the Evolution of Society, we
found it to be the chief characteristic distinguishing social
progress from the lower orders of organic evolution, that
individuals, regarded as units of the community, are con-.
tinually acquiring greater and greater freedom of action,
consistently with the stability of the community. Now
Comte’s ideal state of society is a state in which the units
of the community possess no more individual freedom than
the cells which make up the tissues of a vertebrate animal.
It is an absolute spiritual despotism,—or if not technically
a despotism, we may at least say of it, as Mr. Grote says of
Plato’s imaginary commonwealth, that it is a state in which
existence would be intolerable to anyone not shaped upon
the Comtean model. Public opinion is to be controlled by
a priestly class of philosophers, against whose authority all
revolt would be as useless as the rebellion of a medieval
monarch against a papal interdict. As Mr. Spencer sums
it up: the Comtist “ideal of society is one in which
government is developed to the greatest extent, in which
slass-functions are far more under conscious public regula-
tion than now, in which hierarchical organization with
unquestioned authority shall guide everything—in which
the individual life shall be subordinated in the greatest
degree to the social life.” Now this cannot be unless the
‘ development of society as it has hitherto proceeded is to
be diametrically reversed. As our whole inquiry into the
process of social evolution has taught us, “the form of
society towards which we are progressing is one in which
government will be reduced to the smallest amount possible,
and /reedom increased to the greatest amount possible; one
oH. V1.] THE ATTITUDE OF PHILOSOPHY, 495
in which human nature will have become so moulded by
social discipline into fitness for the social state, that it will
need little external restraint, but will be self-restrained ;
oue in which the citizen will tolerate no interference with
his freedom, save that which maintains the equal freedom
of others; one in which the spontaneous cooperation which
has developed our industrial system, and is now developing
it with increased rapidity, will produce agencies for the dis-
charge of nearly all social functions, and will leave to the
primary governmental agency nothing beyond the function
of maintaining those conditions to free action, which make
such spontaneous cooperation possible; one in which
individual life will thus be pushed to the greatest extent
consistent with social life; and in which social life will
have no other end than to maintain the completest sphere
for individual life.” 4
‘ If the scrutiny of these contrasted theorems still leaves
us in any doubt as to the retrograde character of Comte’s
ideal society, a single practical illustration will more than
suffice to convince us. We have seen that certain Jacobins
of the Commune announced their intention to permit scien-
tific research only to such persons as might succeed in
convincing an examining-committee of average citizens that
their researches were likely to be of direct practical value.
I need not say that, if such a rule could be enforced, the
intellectual advancement of mankind would be instantly
arrested. It is interesting to observe that Comte enter-
tained an intention not wholly dissimilar to this. Disgusted
with the insatiable curiosity which leads scientific thinkers
to pry into the secrets of nature in all directions at once,
often spending years upon subjects which to self-complacent
gnorance or Philistinism seem entirely trivial, Comte
enacted that “some one problem should always be selected,
ihe solution of which would be more important than any
1 Spencer, Recent Discussicns, p. 128,
496 COSMIC PHILOSOPHY, (PT. 111,
other to the interests of humanity, and upon this the entire
intellectual resources of the theoretic mind should be con-
centrated, until it is either resolved, or has to be given up as
insoluble ; after which mankind should go on to another, to
be pursued with similar exclusiveness.” It only remains
to add that this all-important problem was to be prescribed
by the High Priest of Humanity. When now, knowing as
we do Comte’s intense aversion to certain kinds of inquiry,
we consider what would have been the result could such
a system have gone into operation forty years ago; when we
reflect that Bessel would never have been allowed to measure
the parallax of a star, that the cell-doctrine in biology would
have been hopelessly doomed, that Mr. Darwin’s researches
would have been prohibited as useless, that the correlation
of forces would have still remained undiscovered, that psy-
chology would have been ruled out once for all, that the new
chemistry would not have come into existence, and that
spectrum analysis would never have been heard of; when
we reflect upon all this, we may well thank God for the
constitution of things which makes it impossible that the
well-being of the human race should ever be irrevocably
staked upon the wisdom or folly of a single speculative
thinker. |
So far as our present purpose is concerned, it would be
time worse than wasted to present in further detail Comte’s
purely whimsical and arbitrary proposals for the remodelling
of society. As questions of philosophy they possess neither
interest nor value: they are interesting solely as throwing
light upon the morbid psychology of a powerful mind, fertile
in suggestions, but hopelessly deficient in humour. Whoever
wishes to learn their character can do so at the expense of
wading through one of the most dismal books in all literature
—the Catéchisme Positiviste. Enough has been said to esta-
blish the fact that in breaking with the past and seeking to
Mill, Auguste Comte and Positivism, p. 164. a
cH. ¥1.] THE ATTITUDE OF PHILOSOPHY. 197
remodél religion and society artificially, Comte yielded to
the inevitable necessity which compels the would-be recon-
structor of society to remodel it ideally upon a lower type
than that which actually exists. He would have given us a
religion without God and a society without freedom of action.
If we now pause for a moment, and gather up tlie different
threads of the argument, we shall assist the comprehension
of our own position, presently to be stated. Let us, then,
contemplate in a single view the conclusions deducible from
the foregoing series of criticisms.
We have seen the old statical habit of thought, as repre-
sented in the Doctrine of Creation, manifesting itself in
rigid orthodoxy, both in religion and in politics. We have
observed the way in which modern scientific inquiry, detect-
ing numberless absurdities or anomalies in the religious and
political orthodoxy inherited from medizval times, yet
retaining and carrying into its criticisms the statical habit
of thought, has assumed an iconoclastic attitude with refer-
ence to the existing order of things. We have traced this
iconoclastic attitude in the modern history of Atheism and
Jacobinism, and have noted how its tendency is in the
direction of social dissolution, We have found that the
only possible result of a sudden and violent aiteration of the
existing order of things must be a retrogradation toward some
lower order of things, characteristic of some less advanced
type of civilization. And of this fatal necessity we have
seen the most instructive example in the career of the
Positive Philosophy. Though it had partially compassed,
in an empirical fashion, the notion of development; though
it wes fully alive to the barrenness of iconoclastic methods;
though it began by regarding itself as the normal product
vf a long course of speculative evolution ;—nevertheless
when, by its ignoring of Deity, Positivism found itself arrayed
sn sheer opposition to established and time-honoured theories,
the resulting retrogradation wis hardly iess marked than it
VOL. IL KK
498 COSMIC PHILOSOPHY. [pr. m1.
had been in the case of atheistic Jacobinism. And® when
the notion (born of the statical habit of thought), that men’s
natural ways of thinking and acting can be suddenly changed
by a change in philosophic formulas, was called to its aid,
the result was that absurdest though most logically con-
structed of all utopias, the Positive Polity.
In view of these profoundly interesting and instructive
conclusions, can we not, by sheer contrast, immediately
discern what must be the critical attitude of any philosophy —
which is based upon the thorough and consistent recognition
of the Doctrine of Evolution? We too, as well as the Posi-
tivists, have our ideal state of society,—a state well described
in the passage above quoted from Mr. Spencer, in which the
greatest possible fulness of life shall be ensured to each
member of the community by the circumstance that in the
long course of social equilibration the desires of each indi-
vidual shall have become slowly moulded into harmony with
the coexistent desires of neighbouring individuals. But as
cataclysms and miracles and sudden creations have no place
in our purely dynamical theory of things, we do not expect
to see this ultimate state of society realized within half a
century. We know full well that it can be realized only in
the indefinitely remote future. Nay, since the conception
of absolute finality is as inconsistent with the Doctrine of
Evolution as is the conception of absolute beginning, we do
not regard it as destined ever to be absolutely realized. That
supreme epoch of social equilibrium in which every man
shall love the Lord with all his heart and his neighbour even
as himself, in which the beast shall have been worked out,
ani, in Tennyson’s phrase, the ape and the tiger shall have
been allowed to die within us, in which egoistic or anti-
social impulses shall be self-restrained, and everyone shall
spontaneously do that which tends towards the general hap-
piness,—this supreme epoch is likely for ever to remain an
ideal epoch which shall relatively be more and more dis.
CH. VI.] THE ATTITUDE OF PHILOSOPHY. 499
tinctly realized without ever being realized absolutely, just «
as the hyperbola for ever approaches its asymptote without
coming in contact with it. There will always be room left
for that aspiration after a yet higher fulness of life, after a
“closer wa!k with God,” which, whether it be expressed by
the symbols of science or by the symbols of mythology, is
the indestructible essence of all religion. An absolutely
perfect state of society would be, by a curious and instruc-
tive paradox, a state in which the religious sense would
have no further function to subserve, because goodness
would have become automatic and aspiration would be at
an end.
But while our ideal state of society is one which can only
be gradually, relatively, and approximatively realized, it has
none the less a present existence as an ideal which we must
ever strive to incarnate as far as possibie in the concrete
facts which make up the sum of our every-day life. There is
a practical sense in which the evolutionist, no less than the
radical sceptic or the orthodox believer, must recognize that
he has a missionary function to fulfil. We do indeed aim,
in conformity with surrounding conditions, at the realization
of our social and ethical ideal,—seeking to do what within
us lies to hasten the time when it may be proclaimed, with
fresh significance, that the kingdom of heaven is at hand.
But how shall we seck to effect our purpose? Shall we go
forth to all the world and preach some “ gospel of Evolu-
tion,” in the hope that men, seeing the error of their ways,
shall suddenly embrace the new faith and be henceforth
spiritually healed? In two ways our philosophy has taught
us the absurdity of such a proceeding. Jirst, such doctrines
are too subtle, too spiritual indeed, to be apprehended other-
wise than by a slow process of growth, intellectual and
moral. Accordingly, since men’s tlicologies are narrowly
implicated with their principles of action, the taking away
of their theology by any other process than that of slowly ©
K K 2
500 COSMIC PHILOSOPHY. [pr. un.
supplanting it by a new system of conceptions equally
adapted to furnish general principles of action, would be to
leave men trivial-minded and irreligious, with no rational
motive but self-interest, no clearly-conceived end save the
jleasure of the moment. The evolutionist, therefore, be-
lieving that faith in some controlling ideal is essential to
right living, ana that even an unscientific faith is infinitely
better than aimless scepticism, does not go about pointing
out to the orthodox the inconsistencies which he discerns in
their system of beliefs. And while assured that the dean-
thropomorphizing process will continue to go on as it has
gone on since the dawn of history, under the slow but un-
ceasing stimulus of scientific generalization, he at the same
time rejoices that a violent destruction of anthropomorphic
conceptions is impossible. Refraining, therefore, from barren
theologic controversy, his aim is to carry scientific methods
and scientific interpretations into all departments of inquiry,
in accordance with the profound aphorism of Dr. Newman :
“False ideas may be refuted by argument, but only by true
ideas can they be expelled.” Have we not seen that our
beliefs are in a measure wrought into the very substance
of our brains, so that the process of eradicating them must
be a process of substitution which, as involving structural
changes, must needs be gradual ?
But secondly, the evolutionist must recognize that, even
were it possible to effect a sudden conversion of mankind to
a faith based upon scientific knowledge, such a conversion
would not bring about the desired result of inaugurating a
higher and better state of society. Not by a change of
opinion, but by a change of heart, is the grand desideratum
to be obtained. It is not by accepting all the theorems
comprised in the Doctrine of Evolution, or in any other
doctrine whatever, that men are to obey the dictates of
selfishness less and the dictates of sympathy more. Yet
this is the transfer of allegiance upon which, as we have
cH. VI.) THE ATTITUDE OF PHILOSOPHY. 501
elsewhere shown, the amelioration of society and the relief
of man’s estate depend.
And these considerations as to the critical attitude of the
evolutionist with reference to theology will equally apply to
his critical attitude with reference to politics, concerning
which I need, therefore, add but few explanatory words.
Since it is the plain teaching of history that the group of
institutions making up the framework of society at any
given period cannot be violently altered without entailing
w partial disintegration of society; since any custom or
observance can be safely discontinued only when the com-
munity has grown to the perception of its uselessness or
absurdity ; and, above all, since the integrity of society
depends in an ultimate analysis, not upon its institutions
(which may be as liberal in Mexico as in Massachusetts),
but upon the integrity of its individual members ; it follows
that the evolutionist will look askance at the panaceas of
radical world-menders, refusing to believe that the mil-
lennium can be coaxed or cheated into existence until men
have learned, one and all, each for himself, to live rightly,
The only utopian ideal which he can consistently cherish,
is that of contributing his individual share of effort to the
improvement of mankind by leading an upright life, and
applying the principles of common-sense and of the highest
ethics within his ken to whatever political and social
questions may directly concern him as member of a pro-
gressive community.
When, therefore, we are asked how we shall seek to incar-
nate in fact our ethical and social ideal, the reply is: we
must seek to realize this ideal, in so far as our frail half-
developed natures will allow, by leading pure and uprigit
lives, repressing the selfish impulses which are our legacy
from the brute, obeying the dictates of sympathy wlhireby
we are chiefly distinguished as human, and conforming as
well as we may to the highest ethical code within our ken.
508 COSMIC PHILOSOPHY. [pr. m1,
As the coral reef is built by millions of tiny polyps, each
giving up his little life to the process, until a stately island
arises in mid-ocean, so the ideal society of the future, with
its exemption from the ills which we now suffer, will be the
result of myriads of individual efforts towards greater com-
pleteness of life. Every temptation that is resisted, every
sympathetic impulse that is discreetly yielded to, every
noble aspiration that is encouraged, every sinful thouglit
that is repressed, every bitter word that is withheld, adds
its little item to the impetus of the great movement which
is bearing Humanity onwards toward a richer life and a
higher character, Out of individual rectitude comes the
rectitude and happiness of the community; so that the ulti-
mate salvation of mankind is to be wrought out solely by
obedience to that religious instinct which, as shown in the
preceding chapter, urges the individual, irrespective of
utilitarian considerations, to live in conformity to nature’s
requirements. “Nearer, my God, to thee,” is the prayer,
dictated by the religious faith of past ages, to which the
deepest scientific analysis of the future may add new
meanings, but of which it can never impair the primary
significance.
Thus with regard to its practical bearings upon human
conduct, the religious attitude of our scientific philosophy
seems to be absolutely identical with the religious attitude
of Christianity. We arrive at a deeper reason than has
hitherto been disclosed for the difference between our posi-
tion with reference to Christianity, and that which has been
assumed by Radicalism and by Positivism. It is not merely
that we refuse to attack Christianity because we recognize
its necessary adaptation to a certain stage of culture, not yet
passed by the average minds of the community; it is that
we still regard Christianity as, in the deepest sense, our own
religion. Or, if a somewhat different form of statement be
preferred, we regard it as a faith which, precisely in the act
DH. VI.) THE ATTITUDE OF PHILOSOPHY. 503
of realizing rnore and more fully its own ideal, becomes more
and more fully identified with the faith which we are con-
scious of cherishing. Instead of the intolerant hostility of
the Infidel, or the indifferent neutrality of the Positivist, we
offer cordial aid and sympathy. I cannot better illustrate
the twofold source of this sympathy than by citing the words
of a lady who is fairly entitled to rank as one of the most
original and suggestive thinkers of our time. Speaking of
the lower of the two lines of thought which determine the
critical attitude of the evolutionist, Miss Hennell says :—
“ When we see the various modes of error in belief, no longer
in the light of heresies that we have the right to punish, or
even to despise, but only as the incomplete condition that
must of necessity belong to that which has to ripen out of
the lower state into the higher; and when we bethink our-
selves that it is the matter of our own most cherished
aspiration that our own condition, as presently occupied, has
to appear in the very same light to the station to be attained
hereafter ; charity towards the imperfection is so inevitable
that indeed it no longer requires to be insisted on as if it
required inculcation. Our sphere of religious sympathy has
been so much enlarged beyond its former bounds, that the
original matter of duty has become matter of simple unques-
tioning feeling.” Now this admirably illustrates what I have
called the lower of the two lines of thought which determine
our position: it explains our refusal to attack Christianity.
‘he following deeply-meditated passage illustrates the higher
line of thought, and shows why we identify our position with
that which is held by Christianity. “ Very slight ground of
self-gratulation should I have found,” says Miss Hennell,
“in even the most palpable superiority of present faith that
might have been gained, if the acquisition had really been
made, as at first it appeared to me to be made, and as it must
still appear to orthodox believers to be made, at the expense
of the absolute subversal and denial of the faith that had
504 COSMIC PHILOSOPHY. [pr 1,
cone befure it. If I could not now perceive that what was
once true to me, and true to the world, was true for ever, in
relation to what had to come after it, I do not deny to myself
that I should inevitably fall away to cease believing at ali
hencerorth both in myself and in the world. Yes: if I could
not see in relation to Christianity, just as truly as was seen
by the master-spirits of that religion in relation to Judaism,
that neither of this later form of realization ‘can one jot
or tittle pass away, until all be fulfilled’ in the newly-
arriving doctrines of General Religion,—never, I am con-
vinced, could the latter take any real kold upon me: never,
in fact, could it de a religion to me.” ?
To those who still adhere to the sharp distinctions charac-
teristic of the statical view of things, who carry into their
estimate of religious opinions the conception of fixity of
species, it may seem absurd or sophistical in us to assimilate
with Christianity a system of thought which has entirely
thrown off the mythologic symbols wherein Christianity has
hitherto been clothed and whereby it is customarily recog-
nized as possessing an individuality of its own. To such it
naturally seems that the giving up of the symbol is the
giving up of the reality, and that the critical attitude of him
who has given up the symbol must be an attitude of radical
hostility. But now, as the crowning result of the whole
argument, we are enabled to show how the dynamical view
of things disposes of this paradox. He who brings to his
estimate of religious opinions a Darwinian habit of mind,
must understand that a sudden and radical alteration of
Christianity into something else is as impossible as the
sudden and radical change of one type of. organism inte
another. He will see that, while form after form has
perished, the Lif: remains, incarnated in newer and higher
forms. That which is fundamental in Christianity is not
the mythologic superstratum, but the underlying spiritua
1 Miss Hennell, Present Religion, pp. 50, 51.
CH. V1.) THE ATTITUDE OF PHILOSOPHY. 505
principle. The mythologic symbols have changed from age
to age. The constant element has been, on its intellectual
side the recognition of Deity, and on its emotional side the
yearning for closer union with Deity, or for a more complete
_ spiritual life. And the three foregoing chapters have con-
clusively proved that this constant clamunt, in both its
aspects, remains unchanged in that religion whose symbols
are shaped by science.
In using the phrase “ Cosmic Theism,” therefore, to denote
the religious phase of the philosophy based upon the Doc-
trine of Evolution, I do not use it as descriptive of a new
form of religion before which Christianity is gradually to
disappear. I use it as descriptive of that less-anthropo-
morphic phase of religious theory into which the present
more-anthropomorphic phase is likely to be slowly meta-
morphosed. The conflict, as it presents itself to my mind,
is not between Christianity and any other embodiment of
religion or irreligion. The conflict is between science and
mythology, between Cosmism and Anthropomorphism. The
result is, not the destruction of religion, but the substitution
of a relatively adequate for a relatively inadequate set of
symbols. In the scientific philosopher there may be as
much of the real essence of Christianity as there was in
the cloistered monk who preceded him; but he thinks in the
language of a man and not in the language of a child.
The critical attitude of our philosophy with reference to
the beliefs and the institutions amid which we live, has now
been quite thoroughly defined both by what it is and by
what it is not. We may now, I think, safely affirm that
when Mr. Mivart accuses the Doctrine of Evolution of
tending toward the intellectual and moral degradation of
mankind and toward the genesis of atrocities worse than
those of the Parisian Commune, he clearly shows that he
has not thoroughly comprehended the implications of the
doctrine. The conception of evolution, which he adopts
506 ‘COSMIC PHILOSOPHY. =—s[en am.
after a loose and inconsistent fashion in so far as his own
special studies have constrained him to adopt it, remains
nevertheless in his mind a barren conception. He quite
fails to grasp the dynamical view of things, and therefore
naturally regards the overthrow of Roman Catholic theology
as equivalent to the inauguration of atheism and of anarchy.
We have seen, on the other hand, that all the iconoclastic
attacks which have been directed either against Christianity
or against the existing order of society have been theoretically
based upon fallacies which are incompatible with the Doctrine
of Evolution. It has been shown that, upon our general
theory of life, we can look, for the realization of our highest
social ideal, only to the perfecting of individual character
under the conditions at any time existing. And for the
perfecting of individual character we must rely upon that
increasing sense of divine omnipresence and that increas-
ing aspiration after completeness of spiritual life, which,
taken together, constitute the permanent element, in Chris-
tianity. When we add that our ethical code, deduced
theoretically from the conception of Life set forth at such
length in the second part of this work, is at bottom identical
with the ethical code sanctioned by the highest Christianity,
it at last becomes apparent how truly conservative, in the
best sense of the word, is the critical attitude of our
philosophy.
The iconoclast, who has the welfare of mankind nearest
his heart, will indeed probably blame us as too conservative,
—as lacking in robust and wholesome aggressiveness. And
he will perhaps find fault with us for respecting prejudices
which he thinks ought to be shocked. Our reply must be.
that. it is not by wounding prejudices that the cause of
truth is most efficiently served. Men do not give up their
false or inadequate beliefs by hearing them scoffed at or
harshly criticized: they give them up only when they have
| vH. VI.] THE ATTITUDE OF PHILOSOPHY. 507
been taught truths with which the false or inadequate beliefs
are incompatible. The object of the scientific philosopher,
therefore, will be to organize science and extend the boun-
daries of knowledge. ,
If he obtains a fresh morsel of truth, he will proclaim it
to the world without dread of consequences, and let it bide its
time until society comes, of its own free-will and intelligence,
to accept it. But while feeling it unnecessary, and often
unadvisable, to urge his views upon others, no craven fear of
-obloquy will prevail upon him to conceal them when it is
desirable that they should be stated. He will state them
without mental reservation, and, above all, without fear of
any possible harm that can come from the unhampered quest
of truth. There is nothing more reprehensible than the
secret dread of ugly consequences with which so many
writers approach all questions of vital importance. They
shrink from lifting the veil which envelopes the Isis-statue
of Truth, lest instead of a beaming countenance they may
perchance encounter a ghastly death’s head. But philosophy
should harbour neither fears nor repugnances, nor qualms of
conscience. It is not for us, creatures of a day that we are,
and seeing but a little way into a limited portion of nature,
to say dictatorially, before patient examination, that we will
not hare this or that doctrine as part of our philosophic
creed. We must feel our way as best we can, gather with
unremitting toil what facts lie within our reach, and grate-
fully accept such conclusions as can honestly and by due
vrocess of inference and verification be obtained for our
guidance. We are not the autocrats, but the servants and in-
terpreters of Nature; and we must interpret her as she is,—
not as we would like her to be. That harmony which we
hope eventually to see established between our knowledge
and our aspirations is not to be realized by the timidity
which shrinks from logically following out either of two
apparently conflicting lines of thought—as in the question
508 COSMIC PHILOSOPHY. (pr. 112,
of matter and spirit—but by the fearlessness which pushes -
each to its inevitable conclusion. Only when this is recog-
nized will the long and mistaken warfare between Science
and Religion be exchanged for an intelligent and enduring
alliance. Only then will the two knights of the fable finally
throw down their weapons, on discovering that the causes
for which they have so long been waging battle are in reality
one and the same eternal cause,—the cause of truth, of
goodness, and of beauty; “the glory of God, and the relief
of man’s estate”
vb. see
INDEX.
ABSULUTE, the, 1. 9, 14; ii. 412,
Absolute Existerce, what is meant \y it,
i. 87—91.
Absolute truth, no criterion of, i. 11, 70.
Abstract and ‘concrete sciences distin-
guished by Comte, i. 189, 214.
Abstract sciences cannot furnish a pri-
mordial principle on which to build a
philosophy, i. 268.
a moe sciences, i. 215, 218,
a not the same as generality,
i. 214,
Actinism as a mode of motion, i. 292,
Adam, William, ii, 193, 386,
Adaptation, direct, ii. 56.
Adjustment, ii. 64.
Adoption, legal fiction of, ii. 216,
Agassiz, Louis, i. 449 ; ii. 382,
Agreement, method of, i. 241.
Alcohol retards waste, i. 334.
Alexander's campaigns, their civilizing
influence, ii. 215.
Altruism and egoism, ii. 202, 207.
Amphioxus and ascidian, i. 450.
Analytical truths cannot ‘make up a body
of philosophy, i. 314.
Ancestors, worship of, ii. 349,
Ancient societies simulating societies of
modern type, ii. 248.
Animals, how classified, i. 448 ; dependent
on solar radiation, i, 410.
Anstie on Stimulants and Narcotics, i, 197.
er ct am as illustrating use and disuse,
(iP
Anthropomorphismn contrasted with Cos-
mism, i. 182; can never be wholly got
rid of, i. 183 ; ii. 449,
Anticipation 0 of future contingencies, ii.
92, 247, 303.
Antipodes, how far inconceivable by the
ancients, i. 64.
Ae aa 300. ‘of man, immense significance
of, ii
Apes, brain ‘of, ii. 133.
Arabian conquests, their civilizing in.
fluence, ii. 215.
Archzeus, theory of, i. 197, 419.
Archebiosis, i. 243, 425 ; difficulty of the
question, i. 427.
Archimedes, i. 201, 209, 253.
Argyll, Duke of, i. 20; ii. 264, 317.
Aristeus and his bees, i. 418.
Aristotle, i. 126, 224.
Arnold, Matthew, ii. 452, 463,
Articulata, origin of the type, i. 345.
Aryan languayes, i, 443.
Aryan race, i. 448.
Ascidian and amphioxus, i. 450.
Association of ideas, ii. 139, 147.
Asteroids, origin of, i. 369; their planes
of revolution not yet accounted for, i.
372.
Astrogeny, i. 220.
Astronomy, a deductive science, i. 113;
when constituted as a science, i. 197,
199, 201 ; scope of, i. 202, 220; a con-
ere science, i. 214; observation in,
i.
Atheism, i. 7;
Comte, i. 262.
Athens, its importance in history, ii, 262.
Atoms, constitution of, i. 4.
Attitude of philosophy, i. 259 ; ii. 473.
Attraction and repulsion, i i. 5, 290.
mae rg ae have no words for justice,
etc.,
Pp ecpeeters nervous action, ii. 156,
Autonomism, ii. 205.
Axioms, i. 63.
ludicrously treated by
\
512
Bacon, F., his services in founding
modern philosophy, i. 112; his con-
demnation of the subjective method,
i. 114; his rejection of the Copernican
astronomy, i. 232.
Bagehot, W , ii. 259, 267, 280, 340.
Bain, A., on liberty of choice, ii. 179.
Barbaric languages, absence of general
terms in, ii. 308.
Barratt, A., on final causes, ii. 397, 402.
Bastian, H. C., i. 129, 425.
Bathybius, i. 426.
Beale on Cancers, i. 343.
Belief, double sense of the word, i. 61.
Berkeley, i. 74, 117.
Bernard, Claude, i. 244,
Berzelius, overthrow of his dualistic
theory, i. 225.
“rr measures parallax of 61 Cygni, i,
9
249,
Bichat, i. 199.
Biogeny, i. 221.
Biology, i. 37, 41, 113; when constituted
as a science, i. 199 ; a concrete science,
i. 213; scope of, i. 221; difficulty of
experimentation in, i. 243; pre-emi-
“rend the science of classification, i,
244,
Birds, carinate and struthious, ii. 51.
Blainville’s attempts at linear classifica-
tion, i. 449
“Blind force” and ‘‘intelligent pers
sonality,” ii. 429.
Borda’s pendulum experiment, i. 237,
Botany as related to biology, i. 212.
Boyle and Mariotte, their law of pres-
sures and densities, i. 206.
Bradley’s discovery of aberration, i. 204.
Brain increases in heterogeneity with
mental labour, ii. 140.
Brain-action, new theory of, ii. 141,
Brewster’s optical discoveries, i. 206,
Bridges, J. H., i. 252, 259; ii. 248,
Broussais, ii. 74.
Brown, Thomas, i. 53.
Bruno, Giordano, ii. 375,
Buckle, H. T., his lack of the historic
sense, i. 165 ; on Mohammedan civiliza-
tion, ii. 200; his philosophy of history,
ii, 229.
Biichner, L., i. 123; ii. 435.
Butterflies and their colours, ii, 25; in
Celebes and Java, ii, 56,
CANCERS, i. 198, 343,
Carbon, its function as a constituent of
organic matter, i. 331.
Carinate birds, ii. 51.
INDEX.
Cartesian test of truth, i. 99, 108; doc
trine of causal resemblance, ii. 386
Cats and humble-bees, i. 308.
Cats’ whiskers, ii. 90.
Causation, universality of, i. 53; source
of our belief in, i. 146; Hamilton’s
theory of, i. 148 ; Hume’s theory of, i.
127, 155; hypothesis of occulta vis, i.
154 ; does not imply constraint, i. 183 ;
volitional theory of, i. 158; ii. 390;
Ferrier’s view of, ii. 183.
Cause, efficient and phenomenal, i. 154,
Causes and efiects, resemblance of, ii. 386,
ordeal torsion-balance experiment,
i. 205, .
Celibacy of clergy, ii. 222.
Cell-doctrine repudiated by Comte, i,
247, 251
Cephalic ganglia, their increasing im-
portance, ii. 87.
Cerebral differences between civilized
man and savage, ii. 316.
Cerebrum and cerebellum, size of in dif-
ferent animals, ii. 133; functions of,
ii. 137.
ChAlons, battle of, ii. 262.
Chambers, G., his obituary notice of the
nebular hypothesis, i. 386.
Chance and law, ii. 171.
Chemical heterogeneity of the earth’s
surface, how brought about, i. 431.
Chemism, cohesion, and gravity, i. 291.
Chemistry, i. 34; its relations to mine-
ralogy, i. 189, 212; wherein d:fierent
from physics, i. 192, 203 ; when c onsti-
tuted as ascience, i. 199; revoluticnized
by Dumas, Laurent, etce., i. 225.
Chinese, their small foresight, ii. 205;
primitive structure of their society,
ii. 248.
Christianity, genesis of, ii. 169, 206, 218 3
its political effects, ii. 278.
Christians formerly called atheists, ii, .
469.
Cicada and rattlesnake, ii. 29.
Circulatory system, stsges of its evolu.
tion, ii. 145.
Citizenship in Greece and Rome, ii. 221,
Civic communities, ii. 117.
Civilization a process of adaptation, ii,
202, 212.
Clan-societies, their characteristics, iL —
Classification as dependent on hereditary
kinship, i. 448,
Classifying and reasoning, ii. 106.
Climates, interdependence of, i. 404.
Clover and humble-bees, i 308.
Codash, their rate of increase, ii, 11,
oad
INDEX.
Coexistence and non-coexistence, ii. 118.
Coextension and non-coextension, ii. 118,
Cognition involves recognition, i. 12; ii.
120; discrimination, i. 14; how it
arises, ii, 121.
“penne as resulting from integration,
i. 337.
Cohesion, gravity, and chemism, i. 291.
Cointension and non-cointension, ii. 118,
(‘olours of plants and animals, ii. 20,
Comets jee 3 nebula, i. 389.
poe “forming their own future,’’ ii,
vommune of Paris, ii. 483.
Community and environment, ii. 197 ; its
growth in size and complexity, ii. 204;
more than an organism, ii. 226.
Comparative method as connected with
dynamical habits of thought, ii. 477.
Comparison, i. 241.
Compressibility of matter, i. 3.
Comte, Auguste, his weakness as a psy-
chologist, i. 82, 163, 249; ii. 73; com-
pared with Plato, i. 103, 139 ; abandons
the objective method, i. 131; empire
of dead over living, i. 135 ; ii. 199 ; his
habit of abstaining from reading, i.
137; his Subjective Synthesis, i. 140 ;
question as to his insanity, i. 141; not
the founder of scientific philosophy, i.
162; his keen historic sense, i. 165;
compared with Cuvier, i. 166; his
“‘ Law of the Three Stages,” i. 168; ii.
238, 245, 468; his inconsistent state-
ments, i. 170; compared with Coper-
nicus, i. 185; his classification of the
sciences, i. 189—215; his wrong ar-
rangement of the parts of sociology,
i. 194; his rejection of psychology, i.
194; ii. 73: his erroneous view of che-
mistry, i. 225; his small esteem for
syllogistic logic, i. 235; his contribu-
tions to the logic of induction, and his
conception of Philosophy as an Or-
non, i. 240; merged Philosophy in
gic, i, 246; repudiated cell-doctrine,
i. 247; condemned all inquiries into
the origin of man, i. 248; denied the
possilility of a science of stellar astro-
nomy, i. 248; wherein different from
St. Simon and Fourier, i. 260; identi-
fied philosophy with sociology, i. 260 ;
how he reached the Religion of
Humanity, i. 261; his ludicrous treat-
ment of atheism, i. 262; his remark
abouf; the meaning of ‘“ Physics,” i.
279; his acceptance of phrenology, ii.
74; his claim to be regarded as the
founder of sociology, ii. 232, 253; his
VOL. II.
$13
law of social - ess, fi. 240; his re-
mark that the heavens declare the
glory of Hipparchos and Newton, ii.
415; his Religion of Humanity, ii
417 ;.his advance towards a dynamical
view of things, ii. 486; his belief that
society can be reorganized by philo-
sophy, ii. 488; his extravagant ex-
pectations, ii. 493 ; his intention of re-
stricting scientific research, ii. 496.
Concealment, its uses in the animal
world, ii. 21.
Concomitant variations, i. 237, 244,
Concrete relations interpreted sooner
than abstract relations, 1. 210,
Concrete sciences, how distinguished by
Comte, i. 189; cannvt furnish a pri-
mordial theorem upon which to found
a philosophy, i. 268,
Condillae, i. 118.
Con lorcet, i. 253 ; ii. 253.
Connature and non-connature, ii. 118,
Conscience, beginnings of, ii, 348.
Consciousness, how far known, i. 16; its
d rect warrant for the existence of its
states, i. 64; dependent on cerebral
changes, i. 413; ii. 149; involves an
orderly succession of changes, ii. 119;
how evolved from automatic mental
action, ii. 154; does not assert that
volitions are uncaused, ii. 182.
Conspicuous phenomena generalized
sooner than those that are inconspi-
cuous, i. 209.
a Truths defined by Mr. Lewes
i, 58.
Continuity between inorganic and or-
ganic phenomena, i. 485 ; among psy-
chical phenomena, ii. 132.
Contract and status, ii. 221.
Convolutions in the brain, structure of,
ii. 135.
Cooling of the solar system, i. 357.
Cooperation as masking the effects of
natural selection, ii. 258.
Copernican revolution and final causes, i.
261
Corporate responsibility in ancient com-
munities, ii, 268,
Corpuscular theory of light, i. 130,
Correlation of forces, i. 40, 290; affords
no support for materialism, ii, 440,
Correlation of growth, ii. 16.
Correspondence extending in time and
space, i. 35; ii. 89, 299; in speciality,
ii. 93; in complexity, i. 36; ii. 94,
309 ; in definiteness, ii. 307 ; in gene
rality, i. 86; ii. 308; in integration, i
jo
514
Corti, fibres of, ii. 61.
Cosmism, i, 39, 44, 95, 182, 263, 276; ii.
425, 505
Coulomb’s discovery of the laws of elec-
tric Hyena bane i. 203. ,
Cousin, V., his notions of method, i. 118.
Creation, doctrine of, Mi toe to the
doctrine of evolution, ii. 377, 474.
Crusades, their civilizing influence, ii.
215.
Crystallization, i. 242.
serie despotic yoke of, in early times,
ii. 265.
se i. 166, 244; his classification, i,
449.
Cyclical recurrence, strictly speaking, re-
quires infinite time, i. 313.
a Hg their inability to count, ii.
Darwin, Charles, i. 308, 462; his dis-
covery of natural selection, ii. 4; his
hypothesis of pangenesis, ii. 45 ; does
not allege ubiquitous progress, ii. 257 ;
his suggestion as to the origin of gre-
gariousness, ii. 341; his theory of the
beginnings of conscience, ii. 348.
ie an ” rejected by Comtists, i.
48,
Day, lengthening of, i. 393.
Deanthropomorphization, i. 176; not a
fundamental but a derivative fact, ii.
a
Death from old age, ii. 7].
Deity, how far unknowable, ii. 413, 470;
how far to be regarded as quasi-psy-
chical, ii. 446—451.
Demokritos, his guess that all the senses
are modifications of touch, ii. 90.
Demonstration, what it consists in, i. 62.
Derivation hypothesis, i. 442.
Descartes, his test of truth, i 99; his
conception of philosophy less sound
than Bacon’s, i. 115; his hypothesis of
vortices, i. 127; his view of final
causes, li. 384.
Design, arg ‘ment from, ii. 381.
Desire, how it passes into volition, ii. 177.
Devil-worship, ii. 458.
Didelphia, ii. 50.
Difference .nd No-difference, i. 89.
‘Differentiation defined, i. 336
Dilemma of matter and motion, how
practically resolved, i, 271, 2738.
Dinosaurus and birds, ii. 51.
Distribution of organisms, i. 460.
Dogs, races of, ii. 9.
INDEX.
Dynamic paradox in the peneeny of evo-
lution, i. 331, 398 ; ii. 233.
Dynamical and statical habits of tliought,
ii. 371, 473.
Dysteleology, or imperfect adjustment,
ii. 403,
EAR-PIANO, ii, 61.
Early society, dilemma of, ii. 270.
Earth, its primitive heat, i. 857 ; why it
has attained so great structural hetero-
geneity, i. 398; changes of its surface,
li. 13; its age cannot be estimated
with our present resources, ii. 48.
Echoes, fetishistic interpretation of, i.
197
Effort, sense of, i. 156,
Ego-altruistic feelings, ii. 352.
Evoism and altruism, ii. 201, 207.
Electricity a mode of motion, i. 292.
Elevation and subsidence, ii. 39.
Embryologic illustrations of the law of
evolution, i, 338 ; evidence in favour of
derivation, i. 454.
Embryos of dog, man, and bird, i, 454.
Emerson, R. W., on the colours of ani-
mals, ii. 23.
Emotion, rise of, ii. 155,
Emotional states, order of their group-
ing, ii, 117.
Emotions and centrally-initiated sensa-
tions, ii. 116.
Empiricism, i. 62.
Jincyclopédistes, their anarchical doe-
trines, ii. 478. ;
Environment, social, ii. 197; hetero-
geneity of, ii. 213.
Epicurean doctrine of pleasures, ii, 329,
Equality and likeness, ii. 103,
Eqguilibration, ii. 64.
Equinoxes, precession of, i, 303.
Error equivalent to wrong classifying, i
32.
Ether, i. 6.
oe sanctions recognized by science,
ii. 455.
Etymologies of Aryan words, i. 446.
European civilization in early times, ii.
271 ; not autochthonous, ii. 275 ; causes
of its progressiveness, ii. 277.
Evolution, law of, its universality, i. 2743
rimary and secondary redistributions,
i, 829; conditions essential to, i. 329;
why manifested chiefly in organic
bodies, i. 331; illustrated in function
as well as in structure, i. 349 ; passage
from lower to higher orders of, ii. 292;
discovery of, an extension of corre-
INDEX,
epontence in vime, ff. 870; also a vast
integration of correspondences, ii. 373.
Experience, how far it can tell us of the
future, i. 49, 53.
Experience - philosophy inadequately
stated by the English school from
Hobbes to Mill, i. 287 ; ii. 160.
faces origin of necessary truths, i.
Eyes of vertebrates and mollusks, ii. 53,
FALLING bodies, law of, i. 108.
Family-groups, importance of their first
establishment, ii. 295.
Fatalism, ii. 185.
Eseiing, sensation and emotion, ii. 117.
Ferrier, Prof., i. 75, 79; ii. 173, 288.
Fetishism, origin of, i. 157 ; defined, i.
168; psychological interpretation of,
i. 179; how outgrown, i. 180
Feudal institutions, wherein different
— institutions of primitive races, ii.
2
Fevers, i. 198,
Fichte, J. G., i. 48, 52, 76.
** Fictions,” legal, their civilizing fune-
tion, ii. 279; scientific and legal, i, 273.
Final causes, logical aspect of the doc-
trine, ii. 3383.
First Cause, i. 7.
Fishes, brain of, ii. 133.
Flowers and insects, ii. 28,
Fly-catcher, ii. 149.
Force, persistence of, i. 40, 283 ; fi. 414.
Forces, correlation of, i. 40, 290; affords
no support for materialism, ii. 440.
Foresight, ii. 92, 247, 303.
Fossilization a rare occurrence, ii. 38,
Fourier, J., his law of conduction, i. 206.
France as illustrating national aggrega-
tion, ii. 217.
Frankland on the effects of the moon’s
cooling, i. 382.
Free-will, the popular argument for, ii
173 ; not really a ditficult problem, ii.
174; tricks of language upon which
the absurd paradox is founded, ii. 188.
freeman, E. A., ii. 217, 235.
Frequent phenomena generalized sooner
than those that are infrequent, i, 210.
Fresnel, i. 130.
Froude, J. A., 0. the science of history,
ii. 166.
Gaiir0, i. 34, 107, 109, 201, 204; his
law that the relative motions of parts
are not altered by the motion of the
whole, i. 295.
515
Galton, F., ii. 288,
alvanism, i, 206.
Gaudry’s discoveries of “ transitional
forms” near Athens, ii, 41.
Gemeinde, ii. 216,
General terms, lack of, in barbarous lan-
guages, ii. 308.
Generation, spontaneous,—the question
really at issue, i. 426.
Genesis, sciences of, i. 222,
Gens and yévog, ii. 216.
Geogeny, scope of, i, 220.
Geologic rhythms, enormous complexity
of, i. 304,
Germ-theory, i. 420.
German language never purged of its
realistic implications, i. 123.
Glacial epoch, date of, i. 304; ii. 295.
i a: far unknowable, i. 15; ii. 412,
7
Goethe’s discoveries in morphology, i.
113 ; his anecdote about the founding
of St. Petersburg, i. 121; his interest
in the controversy between Cuvier and
Geoffroy Saint-Hilaire, ii. 3; his views
concerning the quasi-humanity of God,
ii. 409.
Gravity, cohesion, and chemism, i, 291,
Greek philosophy, i. 23, 43.
Gregariousness, origin of, ii. 241.
Grimm, J., his demonstration of the
fetishistic orivin of myths, i. 177.
Grove, W. R., i. 40, 203, 293.
Gustatory sensations, how compounded,
ii, 128,
Hast, dynamical explanation of, ii. 144,
Haeckel, E., i. 450; ii. 26, ,
Sir James, artificial
marble, i. 242.
Hall, produces
Hamilton, Sir W., i. 78; his theory of
causation, i. 148 ; his theory of the in-
verse variation of perception ani sensa-
tion, ii. 114; his theory of pleasure and
pain, ii. 327. "
ee why powerless against Rome,
ii. 262.
Harmonic tones, ii, 125,
Hartley, i. 117.
Harvey’s discovery of the circulation of
the blood, i. 113.
Hegel, i. 24, 43, 48, 52, 67, 77, 92, 99,
104; his theory of the identity of con-
tradictories, i. 119 ; why he is so hard
to understand, i. 120 ; his contempt for
verification, i. 121 ; his preference for
the Ptolemaic astronomy, i. 122; de
LL 2
516
nies the kinship between philosophy
and common-sense, i. 124. ®
Heineccius, his definition of status, ii.221,
Heliconias, ii. 26.
Hellenic political system, cause of its
premature overthrow, ii. 218.
Helvetius, i. 118.
Hennell, Sara, ii. 503.
Herakleitos, his belief that the universe
is in u ceaseless flux, i. 312.
Heredity as an element in the organiza-
tion of experiences, ii. 149.
Heresy, its social value, ii. 272.
Herschel, Sir W., his theory of the con-
stitution of nebule, i. 386.
Heterogeneity defined, i. 336. :
Heterogeneity of society as checking
warfare, ii. 251.
Hipparchos, i, 199.
Hipparion and its kindred, i, 452.
Hippokrates, i. 224.
Hobbes, i. 117, 121, 211; his conception
of society as a Leviathan, ii. 226.
Holbach, i. 118.
Homesickness, ii. 328.
Homogeneity defined, i. 336.
Homogeneous, instability of, i. 353.
Horse, pedigree of, ii. 242.
Huggins, W., determines the proper
motion of Sirius, i. 207 ; demonstrates
the gaseous condition of irresolvable
nebulz, i. 386.'
Humanity, religion of, ii. 417.
Humble-bees and red clover, i. 308.
Hume, i. 47, 86, 118, 127, 155.
Hunter, W. W., on religion of Santals,
ii. 458.
Hutton, R. H., his misinterpretation of
Mr. Spencer, ii. 339.
Huxley, T. H., i. 129, 164, 166, 175, 185,
227, 232, 247, 262; his classification of
animals, i. 450; his remark about final
causes, ii. 384.
Huyghens, his theory of light, i. 130.
Jiybrids, infertility of, ii. £4. Y
liydra, its ability to distinguish light
from. darkness, li. 90.
Hygienic fallacies, i. 150.
Hypothesis, its requisites, i, 137, 266,
IcHTHYOSAURIANS and whales, ii. 58.
Iconoclasm as illustrating statical habit
of thought, ii. 476. ! p
Ideal types of manhood in ancient and
modern times, ii. 207.
Idealism, i. 45, 74—90.
Ideas and sensations, ii. 11],
Ideational centres, ii. 137.
INDEX.
erect of contradictories, how far true,
re pag fetishistic interpretation of,
ea consists in failure to classify,
toy ye civilizations, explanation of, ii.
Inconceivable, ambiguity of the word, i.
61; difference between inconceivable
and incredible, i. 62.
Inconceivability-test, what is meant by
it, i. 69; ii. 162.
Increase of plants and animals, high rate
of, ii. 11.
pe te ay their influence in history, ii,
Individuation, ii. 95, 223.
Induction, its weakness illustrated by
Newton’s discoveries, i. 266.
Infancy, origin of, ii. 159, 342 ; how the
geen of it gave rise to society,
i. 344, 360, 369.
Infants, crying of, i. 104,
Infinite, the, i. 7, 13.
Inflexibility of mind in lower races, ii.313.
Innate ideas, i. 46, 101, 115; ii. 161.
i od physics, how divided by Comte,
i, 192.
Insects, origin of, i. 345; their relations
with flowers, ii. 28.
- Instability of the homogeneous, i. 353.
Instinct, inheritance of, ii. 150; how dis-
tinguished from reflex action, ii. 152;
how it merges into reason, ii. 154.
Integration defined, i. 336 ; degree of, an
important test in classification, i. 347.
Intuitional knowledge, ii. 161.
Isolation, its effects upon social develop-
ment, ii. 276.
Isomeric transformations in nerve-fibres,
ii. 136,
JACOBINISM, origin of, ii. 476; tendency
toward social dissolution, ii, 482.
Jaws, diminution of, ii. 320.
Jesuit missionaries in Paraguay, ii. 304, _
Joule’s discovery of the mechanical equi-
valent of heat, i. 34, 203.
Julian, ii. 490.
Jupiter, his physical condition, i. 377.
Juristic writers of the seventeenth cen-
tury, ii. 280, |
Kant, i. 24; asserted the relativity of
knowledge, i. 48; his inconsistency, i.
52, 118; reconciliation of his philo
INDEX,
sophy with that of Locke and Hume,
ii. 160, 326, 356 ; his remark about the
moral sense, ii. 324.
Kepler, i. 107; his belief that the pla-
netary motions were controlled by arch-
angels, i. 110, 197.
Kirchhoff's discovery of spectrum-ana-
lysis, i. 207.
ne is classifying, i. 11, 27 ; ii. 106,
Kowalewsky’s discovery of the relation-
ship between the ascidians and the
amphioxus, i. 450.
LaGRANGE’S principle of virtual velo-
cities, i. 36, 40.
Lalande’s inability to discover God with
a telescope, ii. 422.
Lamarck’s attempts at linear classifica-
tion, i. 449; his theory of adaptive
changes, ii. 6.
Languages, classification of, i. 443.
Lankester, E. R., ii. 95.
Laplace’s discovery of the heat disengaged
by sound, i. 206; his remark about
Newton, i. 326; about final causes, ii.
383.
Lavoisier, i. 34, 199.
Law, universality of, i. 288,
Law and Lawgiver, li. 392.
‘“‘ Legal” stage of progress, ii. 240.
Leibnitz, i. 24, 46; his theory of Pre-
established Harmony, i. 129, 158.
Lessing, i. 166.
Lewes, G. H., i. 18, 48, 50, 52, 58, 68,
125, 128, 141, 257, 456; ii. 75, 241,
15
415.
Liegnitz, battle of, ii. 263, er
Life, genesis of, i. 430; definition of, ii.
67 ; identical with ability to maintain
life, ii. 95.
Light, its relation to other modes of
motion, i. 19, 292.
Likeness and equality, ii, 103; and un-
likeness, ii. 119.
Lien, antelope, and buffalo, ii. 18. ;
Jattré, E., his defence of Comte’s ori-
inality, i. 228, 231; rejects Mr.
ncer’s doctrine of the Unknowable,
ij. 82, 169, 262; his suggestion as to
Comte’s insanity, i. 141; on Free-will,
ii. 179; on the function of Tradition in
sociology, ii. 234.
Locality, sense of, ii. 300.
Locke, i. 46, 78 ; strength and weakness
of his position, ii. 161. : :
Logic, its relations to mathematics, 1.
517
215, 219 ; why omitted from Comte’s
list of sciences, i. 234.
Lombard, J., his experiments on heat
evolved by the cerebrum, i. 415.
Lowe, Robert, his opinion of the battle of
Marathon, ii. 260.
beer hen its function in early times, ii
Lucretius and spontaneous generation, i,
Lyell, Sir C., on increasing heterogeneity
of environment, ii, 213.
MACHINERY, ancient and modern, ii. 207.
Magendie, i. 244.
Magnetism a mode of motion, i. 292.
Maine, Sir H., on the early constitution
of society, ii. 209, 220 ; on conservatism
in India, ii 280.
ef oes J. de, his retrograde doctrines,
ii. 480.
“— prohibita and mala in se, ii, 282,
Malebranche, i. 24, 158.
Mammals, embryology of, i. 340; cross-
relations among, ii. 50.
Mammoths in Siberia, i. 321.
Man, how affected by natwal selection,
ii. 258; genesis of, summary of the
argument, ii, 358; all-important con-
trast, ii. 294; why he differs so much
from the apes in intelligence aud so
little in structure, ii. 319; why he can
—- supplanted by a higher race,
ii. 321.
Manichezism, ii. 405.
Mansel, H. L., i. 9, 14, 25.
Marathon, battle of, ii. 261.
Marriage in primitive times, ii. 345.
Mars, his physical condition, i. 383.
Marsupials and placental mammals, ii.
wv, weve
Martineau, J., his theory of a ‘‘ datum
objective to God,” ii. 405, 425.
Materialism utterly indefensible, ii. 79;
ambiguous sense of the term, ii. 433 ;
rejected by objective psychology, ii.
437 ; and by molecular physics, ii. 439.
Mathematics, i. 193, 200, 215, 219.
Matter, composition of, i. 3; how far
known, i. 16; how cognized, i. 282;
indestructibility of, i. 65, 280 ; primary
qualities of, i. 78; action of matter
on matter unthinkable, i. 5, 155; ction
of mind on matter, or of matter oy
mind unthinkable, i. 158 ; ii, 445.
Maudsley on the will, ii. 175.
Means of investigation more neiaerous
518
in the more complex sciences, i, 210,
Medieval philosophy, i. 24.
Meldrum, C., on the relation between
sun-spots and rainfall, i. 406.
Memory, changes in, ii. 148; rise of, ii.
155
Mental. phenomena not identifiable with
material phenomena, i. 352, 412.
Metamorphosis of energy, its wondrous
significance, i. 416.
Metaphysics defined and criticized, i. 26,
95, 105, 126, 143, 176.
Meteorologic differentiations of earth’s
surface, i. 403.
Meteorology, i. 34, 190, 220.
Meteors, i. 11, 391.
Method of constructing a theory of the
universe, i. 265.
Mice and humble-bees, i. 308.
Michelet, J., on the function of pain, ii.
462.
Military activity diminished with pro-
gress of civilization, ii. 247
Military life as nourishing the altruistic
feelings, ii. 205.
Military strength segregated into the
most highly civilized communities, ii,
259.
Mill, James, i. 117, 2213 ii. 82.
Mill, J.S., attacks Mr. Spencer’s test of
truth, i. 61; unwittingly contravenes
the experience-theory, i. 67; ii. 162;
his criticism of Comte’s rejection of the
objective method, i. 135 ; of Hamilton’s
view of causation, i. 148 ; h’s own view
of causation, i. 150—154; refutes the
volitional theory, i. 159 —161 ; his illus-
tration of the method of concomitant
variations, i. 238; his obligations to
Comte, i. 240; his remarks on bi-
ology, i. 245; his definition of Philo-
sophy, i. 246 ; his opinion that the law
of causation is an induction per enume-
rationem simplicem, i. 286; his remark
about uniformity of law, i. 289; bis
estimate of the nebular hypothesis, i,
364; his suggestion that strongly
marked individuality tends to dis-
appear in modern times, ii. 267; his
criticism of the Cartesian doctrine of
causal resemblance, ii. 387 ; his remark
about God's goodness, ii. 407 ; his view
of the Religion of Humanity, ii,
417.
Mind not like a blank sheet, i. 46; ii.
151; can never be resolved into mo-
tions of matter, ii 442 ; law of its com:
position, ii 119 ; unit of, ii, 131 ; quane
INDEX,
tity of, correlated with quantity of
brain, ii. 133.
Mineralogy, i. 189, 220, 225.
Miracles, ii. 379.
Missionary enterprises, why so often
futile, ii. 142.
Iivart, St. George, his theory that
Nature makes jumps, ii. 33 ; his objec-
tions to the Darwinian theory, ii. 50,
286; misinterprets Mr. Spencer, ii,
839 ; his view of the practical conse-
quences of the Doctrine of Evolution,
ii. 475, 506.
Modern communities overworked, ii. 335.
Modification of phenomena implies a cer
tain amount of prevision, ii. 170.
— on thought and phosphorus, ii
Monodelphia, ii. 50.
Monotheism, i. 168.
Moon, its physical condition, i. 378; a
type of the penultimate condition of
all the planets, i. 392; speculations as
to life upon it, 1.400 ; process by which
its distance is determined, ii. 99.
nee aspects of primitive society, ii.
Moral government of the world, ii. 407.
Morality and religion, their association
not arbitrary, ii. 453; distinction be-
tween, li. 465,
Morphological testimony in favour of
derivation, i. 459,
Moths and lighted candles, ii. 332.
Motion, transmission of, i. 6; how far
known, i. 16; continuity of, i. 280;
how cognized, i. 282; modes of, i. 2903
direction of, i. 293; ii. 142; first law
of, i. 294; how far to be regarded as
eternal, ii. 391.
Multiplication of effects, i. 354.
*¢ Musical residua ” in old violins, ii. 148.
Musical sounds, constitution of, ii. 123.
IMythology, its kinship with metaphysies,
i. 105, 148, 178; ii. 349. /
*¢ Myths and Myth-makers,” i. 106, 178,
196; ii. 349.
Nancosts does not vary uniformly ac
cording to dose, i. 238.
Nationalities, doctrine of, ii. 269,
Natural laws and divine action, ii. 425,
‘‘ Natural reason” in jurisprudence, ii
281.
Natural selection, ii. 3; not limited to
slight changes, ii. 19; logical character
of the theory, ii. 46; wherein modiaed
by social conditions, ii. 258, 334; point
INDEX,
at which its action changes, ii. 295;
Per the argument from design,
Nebule, constitution of, i. 886; distribu-
hate of, i, 388; analogy with comets,
9
Nebular hypothesis, i. 248, 356—397,
Necessary truths, i. 24, 47, 52—60.
Negative evidence, i. 56.
Neptune, discovery of, i. 35; ii. 106; his
retrograde rotation, i. 356, 865; forma-
tion of, i. 362.
Nerve-tissue, establishment of transit-
lines in, ii. 145.
Nervous are, ii, 151,
Nervous systems, genesis of, 146,
Newman, J. H., quoted, ii, 500.
Newton’s theory of maiter, i. 4; theory
of gravitation, i. 12, 111, 113; theory
of light, i. 180; his remark about
metaphysics, i. 177; his law of the
velocity of sound, i. 205 ; his discoveries
ilustrate the helplessness of simple in-
duction, i. 266 ; ii. 192; his hypothesis
of gravitation inconceivable if meta-
physically interpreted, i. 272; great-
ness of his achievements, i. 326.
Nitrogen as a constituent of organic
matter, i. 533.
Nuance, sense of, i. 29.
Nutritive and relational systems of organs,
ii, 86,
O&LsJECTIVE and subjective elements in
cognition, how far separable, i. 50.
Objective method defined, i. 109,
Observation, i. 241.
Occasional causes, i, 24, 158.
Occult substrata demolished by Berkeley
and Hume, i. 88 :
Occulta vis in causation, i. 154.
Olfactory sensations, how compounded,
ii, 128
Omne vivum ex vivo, i. 419. PF phase
Organic matter, direction of motion in, ii.
144,
Oriental type of civilization, how it has
originated, ii. 268. :
Vrigin, proximate and ultimate, i, 248,
250
Urnithodelphia, ii. 50.
Ovum of mammals, i. 340. “e
Jwen, Richard, on final causes, ii, 384,
Patn, beneficence of, ii. £57.
Pains and pleasures, ii. 327,
Pangenesis, ii. 45,
619
Pan-Hellenism, ff. 205.
Panspermatism, i. 420.
Pantheism, i. 7; ii, 423,
Paracelsus, i. 419,
Paraguay Indians and Jesuits, ii. 804,
Parental feeling correlated with duration
of infancy, ii. 343,
Parkman, F., ii. 247,
Parmenides of Plato, i, 23.
Patois, their tendency to disap
Patria Potestas, ii. 220,
Patriotism, ii, 205.
Puc Romana, ii. 206.
Pedigree of a hypothesis as a test of its
value, i. 438,
Pen and feather, i. 446.
Pendulum, rhythm of, i. 299; Borda’s
experiment with, i. 237.
Perception implies recognition, ii. 1073
simple and complex, ii. 112: how dif.
ferent from sensation, ii, 113; rise of,
ii. 156.
Persistence of Force, i. 40, 283.
ie ae incompatible with infinity,
ii. 408.
Phenomena, definition of, i. 20.
Philip II., ii. 494; why a fit subject for
moral disapprobation, ii. 183.
hee Moai) distinguished from science,
i, 39—44,
Phosphorus and thought, ii. 436,
Phrenology, ii. 74, 135.
Physics, when constituted as a science,
i. 199, 202; how divided, i. 203; the
science of experiment, i. 243; ancient
e: modern meaning of the word, i.
79.
Physiological units, ii. 45.
Physiology, wherein different from psy-
chology, ii. 76.
Planaria, its eye-spot, ii. 90.
Planes of revolution of asteroids not yet
accounted for, i. 372,
Planetary motions, i. 12; ancient theory
of, i. 107 ; supposed to be controlled
by archangels, i. 110, 197 ; great com-
plexity of, i. 295; rhythm of, 303;
graduai retardation of, 1. 394.
Planets, sizes of, i. 8366; physical condi-
tice of,i. 376; their ultimate fate, i.
39
, li. 34,
Plants, their growth dependent on solar
energy, i. 468.
Plateau’s experiment in illustration of the
nebular hypothesis, i. 363.
Plato, i. 23, 99, 102; his theory of remi-
niscence, i. 100 ; compared with Comte,
i. 103, 139 ; on final causes, ii. 405.
Pleasures and pains, ii. 327; why noxious
520
actions are sometimes pleasurable, ii.
333.
Polarity, i. 290; physiological, ii. 57.
Political economy, a deductive science,
i 113.
Polytheism, i. 168.
Positive Polity, utter failure of, ii, 4895
its retrozrade character, ii. 494,
Positivism, its relat.ons with idealism,
i. 74—83; an impracticable philo-ophy,
i. 175; current disposition to identify
all scientific philosophy with it, i. 255;
five fundamental propositions of, i,
257 ; antagonistic to Cosmism, i. 93,94,
145,175, 184, 263.
Post hoc ergo propter hoe, i. 150.
ig our notion of, whence derived,
i. 156.
Prayer cannot ward off the effects of
wrong-doing, ii. 464,
Precession, i. 303.
Prediction in science, i. 33.
Pre-established Harmony, i. 24, 129, 158,
Preformation, theory of, i. 456.
Prehension and intelligence, ii. 309.
Prevision, quantitative and qualitative,
i. 33; in sociology, ii. 169.
Primitive men, their unprogressiveness,
ii. 291.
Primitive religion, ii. 458.
Primitive state of high civilization,
theory of, ii. 264.
Proctor, R., i. 374, 378, 380.
Progress, habitually misunderstood, ii.
93; not universal, ii. 195, 255; yet
still the prime phenomenon to be in-
vestigated, ii. 196; factors of, ii. 197;
its fundamental characteristic, ii. 201 ;
its root in the exercise of the conjugal
and parental feelings, ii. 203; deter-
mined by increasing heterogeneity of
environment, ii. 213 ; why morer:pid in
modern than in ancient times, ii. 214;
law of, ii. 223 ; Comte’s theory of, ii.
240; moral and intellectual elements
in, ii. 241; why some people do not
advance, ii. 256-—283 ; inconspicuous in
lower races of men, ii. 289.
Proklos, his divine light, i. 23, 125.
Protective spirit, ii. 231.
Protists, Haeckel’s Kingdom of, i. 450,
Providence, medieval notion of, ii. 381,
Psychical phenomena can never be re-
solved into motions of matter, ii. 442.
Psychical states built up out of sub-
psychical states, ii. 123; cohere less
strongly as they increase in com-
plexity, ii, 153.
Psychogeny, i. 221,
INDEX.
Psychology; rejected by Comte, i. 194;
twoiold division of, i. lL; wherein
different from biology, ii. 76; problem
of, ii. 78; its claims to rank as a pri-
mary science, ii. 80 ; its dependence on
biology, ii. 82.
Pterodacty] and birds, ii. 51—53,
Punic wars compared with the war uf
secession, 1i. 249,
Pyrrhonism, i. 23.
rms why explained before comets,
i. 210.
Realism, i. 67,
Cant how evolved from instinct, ii.
Reasoning involves classification, i. 31;
ii. 106; quantitative and qualitative,
ii. 102.
Reconciliation between Kant and Hume,
i. 72,149; ii. 160.
Redi, his panegyric on wine, i. 412; his
experiments on decaying meat, i. 419.
Reflex action, ii. 149.
Reid, i. 77—79.
Relational and nutritive systems of
organs, ii. 86.
Relations, equality of, it. 100; of animals
in time,i 452.
Relative truth, criterion of, i. 71.
Relativity, canon of, i. 10; full meaning
of the doctrine, i. 91.
Religion not antagonistic to science, i.
184; its relations to morality, ii. 357,
465; of Humanity, how reached by
Comte, i. 261; ii. 417.
ey oe of antiquity, their function, ii,
pe a cannot ward off punishment,
il. f
Representativeness, its importance as an
intellectual facuity, ii. 512.
Retina, structure of, ii. 62.
Reversion of domesticated animals to-
ward wild type, ii. 13.
Revolution of 1789, ii. 480.
Rhythm of motion, i. 2)7—313.
Right and wrong, how different from
pleasure and pain, ii. 337.
Ring of the asteroids perturbed by
Jupiter, i. 370.
Rings detached from solar nebula, i. 361,
Ata and quoit-shaped, i.
oO.
Robespierre, ii. 482, 485,
bee church, grandeur of its work, ii.
INDEX. .
Rome, imi of its rule, ii. 206,
215, 218.
Rotifera as illustrating dependence of
vitality on moisture, i. 334,
Rousseau, J. J., his theory of a primitive
- contract, ii. 221; his anarchical doc-
trines, ii. 479.
Rudimentary organs, i. 455.
SAEMANN’s theory of the disappearance
of the lunar air and water, i. 381.
Sahara, effects of its submergence, 404.
Saint-Simon, wherein different from
Comte, i. 2€0.
Sainte-Beuve, i. 29.
Sanctions for morality furnished by
religious systems, ii. 454.
Santals, religion of, ii. 458.
Satanic presence in nature, ii. 458.
Satellites, distribution of, 1. 374.
‘Saturation and substitution, i. 225.
Saturn, eclipses caused by his rings, i.
375; why he has rings, i. 376; his
physical condition, i. 378.
Savages, their want of foresight, ii. 247,
303; moral condition of, ii. 350.
Scales and lever, i. 36.
Scepticism, i. 45, 86; its function, ii.
229, 411
Schelling, i. 48, 52, 77, 99 ; his theory of
**intellectual intuition,” i. 124.
Scherer, E., ii. 383.
Schlegel, A. W., his hypothesis of word-
budding, i. 66.
Scholastic philosophy, its great value,
i, 123...
Schopenhauer, A., on Hegel, i. 124.
Science and common knowledge, i. 27—
38 ; ii. 297 ; enormous progress of since
1830, i. 229, 251; originated in myth-
ology, i. 177.
Sciences, Comte’s classification of, i. 189
—215; cannot be erranged in a linear
series, i. 208 ; conditions which deter-
mine their relative progress, i. 209—
212; Mr. Spencer’s triple division of, i.
zi5; tabular view of, i, 219; device
for representing their relative rates of
progress, i. 223.
Secession, war of, compared with Punic
wars, ii. 249
Segregation as a consequence of the per-
sistence of force, i, 855.
Selection, ii. 9.
Self-creation, i. 7.
Self-existence, i. 7.
Self-regarding virtues, ii. 357.
Sensation, how differext from perception,
VOL. I.
ae”
521
fi. 113; peripherally or cer trally ini.
tiated, ii. 116; relativity of, i. 17, 18.
Sensations and ideas, ii. 111.
Sense-organs differentiated from dermal
structures, ii. 89.
Sequences which are not causal, i. 151.
Servetus, i. 65.
Sexual selection, ii. 27.
Shaler, N. 8., his theory of the rattle.
snake’s rattle, ii. 28.
Shark, brain of, ii. 133.
eras ~y England and the Mediterranean,
ii
Siberian fungus, its psychical effects, i.
Siberian mammoths, i. 321.
Sidereal astronomy, why condemned by
Comte, i. 260..
Silurian rocks not strictly paleeozoic, ii. 38.
Similarity and dissimilarity, ii. 118.
Sin, divine judgment on, i. 199; scien-
tific doctrine of, ii. 455; anthropo-
morphic doctrine of, as yet the most
useful, ii. 470.
Sizes of planets, i. 366.
Sleep, physiological explanation of, i. 306.
Smith, Adam, i. 113; his remark about a
god of Weight, i. 195; his principle of
division of labour, i. 207.
aia Goldwin, on the science of history,
ii. 172.
Social environment, ii. 197 ; rapid change
of, in recent times, ii. 335.
Social evolution, definition of, ii. 223;
closely akin to organic evolution, ii.
225; prerequisites to the discovery ot
the law of, ii. 233 ; opens a new chapter
in the history of the world, ii. 398
connected with representativeness, ii.
315; origin of, ii. 340—363.
Sociality and gregariousness, ii, 341.
Society, morphological development of,
ii. 215
Sociozeny, i. 222.
Socioloyy a concrete science, i. 213; pre-
vision in, ii. 169; great difficulty of
the study, ii. 191; position of the
science, ii. 198.
Solar energy, how transformed on the
earth, i. 407.
Solar nebula, its primitive rotation, i.
360; its original shape, i. 361, 389.
Solar ray, composition of, i. 19.
— ~ Ng scouted at by Aristotclians,
i, 11
Solidity of matter, i. 3, 373.
Sounds, constitutien of, ii. 123.
Spallanzani and the germ-theory, i. 420.
Special-creation hypothesis, i 440.
M M
522
Speciatists, narrowness of, i. 241.
Species, bifurcation of, ii. 18.
Spectrum-analysis, i. 202, 207, 249; its
latest indications, i. 388; enables us to
measure the direct approach or reces-
sion of a star, i. 487.
Spencer, Herbert, his greatness as a psy-
chologist, i. 163; his refutation of the
theory of the ‘*‘ Three Stages,” i. 173 ;
his refutation of the Comtean classifica-
tion, i. 204; his distinction between
abstractness and generality, i. 214;
his triple division of sciences, i. 216;
his opinion of Comte’s specuiations, i.
227; comparison of his achievements
with Newton’s, i. 326, 351; his ex-
lanation of the retrograde rotation of
ranus, i. 365; his hypothesis regard-
ing the asteroids, i. 370; his theory of
the distribution of nebulz, i. 388; on
the functions of cerebrum and cere-
bellum, ii. 138; on the genesis of
nervous systems, ii. 146; “ Ideas do
not govern the world,” ii. 242; emen-
dation of his phrase ‘‘ nervous shock,”
ii. 444; his rofutation of materialism,
ii. 446; description of the state of
society toward which we are progress-
ing, ii. 495
Spinoza, i. 24; erroneousness of his
method, i. 116; produced a crisis in
philosophy, i. 117 ; on the personality
of God, ii. 409.
Spirit, ii. 395, 449.
Spirits in pharmacy, i. 197.
‘* Spiritualism,” superstition of, ii. 379.
Spontaneous generation, i. 12), 243.
Stahl, i. 127, 419.
Statical and dynamical habits of thought,
ii. 371, 473.
Status and contract, ii. 221.
Stimulus, metaphysical doctrine of, i
197 ; dynamically defined, i. 412,
Stewart, Balfour, i. 395,
Struggle for life, ii. 12,
Struthious birds, ii. 67.
Subjective method defined, i. 98,
Subsidence and elevation, ii. 39.
Sun, source of his heat, i. 359; must ultie
mately become cold, i. 392.
Sun-spots and rain-fall, i. 406.
Sympathetic nerve, its action on the
bloodvessels, i. 306,
Sympathy, ii. 352.
TACTILE sensations, how compounded, fi;
129.
Tactual sense, in man and lobster, i, 17.
INDEX.
Taine, H. A., ii. 123.
Tear and larme, i. 446.
Teleological hypothesis, its logical weak-
ness, li. 385; overthrown by the dise
covery of natural selection, ii, 3973
origin of, ii. 399.
Tennyson, ii. 85, 462.
Theism, i. 7; does not necessarily impiy
ersonality of God, ii. 424.
*¢ Theological,” sometimes unfortunately
used by Comte, i. 196,
Thermodynamics, i. 34.
Thought and phosphorus, ii. 436; wherein
dependent on solar radiations, i, 413.
Three stages, Comte’s theory of, i. 168;
ii, 238, 245, 478. .
Tides, rbythm of, i, 305; checking pla-
netary rotation, i. 359, 393.
Timaios of Plato, i, 102.
a or quality of sound, source of, ii,
Torricelli’s discovery of atmospheric pres-
sure, i. 209.
Toxodon, ii, 41.
Transit-lines in brain, ii, 139.
Tegeettecat forms, alleged paucity of, ii.
Transubstantiation and transaccidenta-
tion, i. 123,
Trees in Europe and America, ii. 55.
Truth, test of, i. 11, 45—71, 286; ii. 162;
definition of, i. 45; ii. 246; does not
apply where experience is transcended,
4. 11 > ii, 391,
UNDULATION, how necessitated, i. 300.
Undulatory theory of light, i. 300.
Unembodied spirit, ii. 395,
Uniformity of belief and practice, its
dangers, ii. 273.
Unit of mind, ii. 131.
Universal proposition inferred from single
instance, i. 55
Universe, origin of, i. 6; how far un-
knowable, i. 15; ii. 413.
Unknowable, doctrine of, rejected by
Positivism, i 82, 169, 262; misunder-
standings to which the term has given
rise, ii. 469.
Toe his retrograde rotation, i, 356, —
Use and disuse, ii. 17.
VERIFICATION, i. 108, 127.
Vibration of particles, i, 20, 47%
Vibrisse, ii. $0.
Vico’s theory of cycles, i. 310.
INDEX.
Violins, why they become mellow with
age, li, 1438.
rate and spontaneous generation, i,
Virteal velocities, i. 36, 40.
Visual perception not originally cog-
nizant of distance, ii. 108.
ye sensations, how compounded, ii.
Vision -and touch, ii. 90; range of, in
savages and civilized men, ii.
Vital Principle, i. 127, 197, 422,
Volition, rise of, aM 156 ; definition of, ii.
177 ; theo the lawlessness of, i.
198 ; ii. 18 + ad
Voltaire’s Micromégas, i. 81,
Von Baer, i. 40, 208, 342.
Wacner, Moritz, his testimony in favour
of the derivation theory, i. 463.
Wallace, A. R., on natural selection, ii
5; his brilliant theory of the action of
natural selection on man, ii. 318; his
—— with an infant orang-outang,
— its tendency to disappear, if
Waste and repair in brain, ii. 140.
Water unchanged in its passage through
the animal organism, i. 410.
Whales and ichthyosaurians, ii. 58,
Whately, R., ii. 193.
Whewell, Ww, on final causes, ii. 384,
Will. freedom. of, i. 54,198; ii. 173.
Winslow, Forbes, i ii. 20.
Witchcraft, belief in, ii. 379.
or obtained crystals of quartz, i.
4
Worship, its object not the known but
the unknown, ii. 420.
Wright, Chauncey, i. 105.
Wrought-iron rendered crystalline by
vibration, i. 330.
— on the scope of geology, i
Youna, Thomas, i. 130.
Zooxwoey, as related to biology, i. 212,
END.
Pade, aspen ag Y ‘ FRM aa
ras tb : ete y Tus * vipi* 7 puor te
f FS : af
x \
Sap PRES lt
! Mt
Peet
Ae
bn
q
y
IMPORTANT BOOKS
JOHN FISKE.
OUTLINES OF COSMIC PHILOSOPHY,
Based on the Doctrine of Evolution. With Criticisms on the Positive
Philosophy. In two volumes, 8yo, gilt top, $6.00.
You must allow me to thank you for the very great interest with which I have
at last slowly read the whole of your work. . . . I never in my life read so lucid
an expositor (and therefore thinker) as you are; and I think that I understand
nearly the whole, though perhaps less clearly about cosmic theism and causation
than other parts. It is hopeless to attempt out of so much to specify what has in-
terested me most, and probably you would not care to hear. It pleased me to find
that here and there I had’ arrived, from my own crude thoughts, at some of the
same conclusions with you, though I could seldom or never have given my reasons
for such conclusions. — CHARLES DARWIN.
This work of Mr. Fiske’s may not be unfairly designated the most important
contribution yet made by America to philosophical literature. . . . His theory of
the influence of prolonged infancy upon social development (Part II., chap. xxii.)
entitles Mr. Fiske’s work to be considered a distinctly important contribution to
the theory of the origin of species, and of the origin of man in particular. —
Academy (London).
His most important suggestion, that of the influence of the long period of feeble
adolescence upon man’s social development, is, we think, a permanent contribu-
tion to the development theory. — Nation (New York).
Ile recognizes Mr. Spencer as his teacher and guide ; but he has moulded the
doctrines of his master into a popular form, surrounded them with fresh and vivid
illustrations, pointed out their bearing upon great practical questions of the day,
and amply supplied the reader with materials for forming an intelligent judgment
with respect to their merits. Mr. Fiske is himself a thinker of rare acuteness and
depth ; his affluent store of knowledge is exhibited on every page; and his mas-
tery of expression is equal to his subtlety of speculation. —Grorgz RIpLey, in |
Tribune (New York).
Mr. Fiske’s work . . . is the first important contribution made by America to
the evolution philosophy, . . . and is well worth the study of all who wish to see
at once the entire scope and purport of the scientific dogmatism of the day. — Sat-
urday Review (London). z
DARWINISM AND OTHER ESSAYS.
New Edition, enlarged. 12mo, gilt top, $2.00.
ConTENTS: Darwinism Verified; Mr. Mivart on Darwinism; Dr.
Bateman on Darwinism; Dr. Biichner on Darwinism ; A Crumb for
the “Modern Symposium ;” Chauncey Wright; What is Inspira-
tion? Modern Witchcraft ; Comte’s Positive Philosophy ; Mr. Buckle’s
Fallacies ; Postscript on Mr. Buckle; The Races of the Danube; Lib-
eral Education; University Reform; A Librarian’s Work.
' If ever there was a spirit thoroughly invigorated by the “ joy of right under-
standing” it is that of the author of these pieces. . Even the reader catches some~
thing of his intellectual buoyancy, and is thus carried almost lightly through dis-
cussions which would be hard and dry in the hands of a less animated writer.
- . » No less confident and serene than his acceptance of the utmost logical results
of recent scientific discovery is Mr. Fiske’s assurance that the foundations of spir-
itual truths, so called, cannot possibly be shaken thereby... . The article on
Mr. Buckle’s Fallacies has one aspect more remarkable than all the rest. It was
written and published when the “‘ History of Civilization *? was new, — that is to
say, when the writer was nineteen years of age; and the years—almost nineteen
more — which have elapsed since then have rather confirmed than detracted from
its value as a piece of criticism. The judgment of posterity on the most ambitious
book of its generation, and one of the most bewildering, was actually anticipated
by astripling, and its final rank assigned with singular fairness and precision.
Scarcely even in the style is there a trace of immaturity. — Atlantic Monthly.
The article on the Races of the Danube shows that Mr. Fiske has a special talent
for history. — Nation (New York).
MYTHS AND MYTH-MAKERS:
Old Tales and Superstitions interpreted by Comparative Mythology.
12mo, gilt top, $2.00. .
Contents: The Origins of Folk-Lore; The Descent of Fire;
Werewolves and Swan-Maidens; Light and Darkness; Myths of the
Barbaric World ; Juventus Mundi; The Primeval Ghost- World.
He has, as we must admit, one qualification for attaining his object, in being
completely master of his subject, and in knowing also how to treat it in an attrac-
tive manner. — Felix LIEBRECHT, in Academy (London).
Its weight of sense and its lucidity will extend Mr. Fiske’s reputation as one of
the clearest-minded, most conscientiously laborious and well-trained students dn
this country. — Nation (New York).
Mr. Fiske has given us a book which is at once sensible and attractive, on a sub-
ject about which much is written that is crotchety or tedious. — W. RK. 8. RALsTon,
in Atheneum (London).
A perusal of this thorough work cannot be too strongly recommended to all who
are interested in comparative mythology. — Revue Critique (Paris).
THE UNSEEN WORLD, AND OTHER ESSAYS.
12mo, gilt top, $2.00.
Contents: The Unseen World ; The To-morrow of Death; The
Jesus of History; The Christ of Dogma; A Word about Miracles;
Draper on Science and Religion ; Nathan the Wise; Historical Diffi-
culties; The Famine of 1770 in Bengal; Spain and the Netherlands ;
Longfellow’s Dante ; Paine’s St. Peter; A Philosophy of Art ; Athe-
nian and American Life.
To each study the writer seems to have brought, besides an excellent quality of
discriminating judgment, full and fresh special knowledge, that enables him to
supply much information on the subject, whatever it may be, that is not to be
found in the volume he is noticing. To the knowledge, analytical power, and fac-
ulty of clear statement, that appear in all these papers, Mr. Fiske adds a just inde-
pendence of thought that conciliates respectful consideration of his views, even
when they are most at variance with the commonly accepted ones. — Bosion Ad-
wertiser.
Se ae
The vigor, the earnestness, the honesty, and the freedom from cant and subtlety
in his writing are exceedingly refreshing. He is a scholar, a critic, and a thinker
of the first order. — Christian Register.
The book has a unity and charm in the clearness of the thought and the beauty
of such a style as was perhaps never before brought to the illustration of the
topics with which Mr. Fiske habitually deals. There is something better still in
the admirable spirit of his writing; it is of all writing of its sort, probably, the
most humane. . . . He has already achieved a place as wholly his own as it is em-
inent. — Atlantic Monthly.
EXCURSIONS OF AN EVOLUTIONIST.
12mo, gilt top, $2.00.
Contents: Europe before the Arrival of Man; The Arrival of
Man in Europe; Our Aryan Forefathers; What we learn from Old
Aryan Words; Was there a Primeval Mother-Tongue? Sociology
and Hero-Worship; Heroes of Industry ; The Causes of Persecution ;
The Origins of Protestantism; The True Lesson of Protestantism ;
Evolution and Religion; The Meaning of Infancy ; A Universe of
Mind-Stuff ; In Memoriam: Charles Darwin.
Among our thoughtful essayists there are none more brilliant than Mr. John
Fiske. His pure style suits his clear thought. He does not write unless he has
something to say; and when he does write he shows not only that he has thor-
oughly acquainted himself with the subject, but that he has toa rare degree the
art of so massing his matter as to bring out the true value of the leading points in
artistic relief. It is this perspective which makes his work such agreeable reading
even on abtruse subjects, and has enabled him to play the same part in populariz-
ing Spencer in this country that Littré performed for Comte in France, and Dumont
for Bentham in England. The same qualities appear to good advantage in his
new volume, which contains his later essays on his favorite subject of evolution.
- - . They are well worth reperusal. — The Nation (New York).
These essays are all full of thought and worthy of preservation, while several of
them are entitled to rank among the very best essays of American writers. For
depth of thought, scholarship, literary taste, critical ability, and the power of
clear and vigorous exposition combined, Mr. Fiske has no equal in this country
and but few equals among European writers. — Index (Boston).
THE DESTINY OF MAN,
Viewed in the Light of his Origin. 16mo, gilt top, $1.00.
Contents: Man’s Place in Nature as affected by the Copernican
Theory; As affected by Darwinism; On the Earth there will never
be a Higher Creature than Man; The Origin of Infancy ; The Dawn-
ing of Consciousness ; Lengthening of Infancy and Concomitant In-
crease of Brain Surface; Change in the Direction of the Working of
Natural Selection; Growing Predominance of the Psychical Life;
The Origins of Society and Morality ; Improveableness of Man; Uni.
versal Warfare of Primeval Men; First checked by the Beginnings
of Industrial Civilization; Methods of Political Development and
Elimination of Warfare; End of the Working of Natural Selection
upon Man; Throwing off the Brute-Inheritance; The Message of
Christianity ; The Question as to a Future Life.
Mr. Fiske has long held rank as one of the most profound and exact of Ameri-
can thinkers, and his little monograph will serve to extend that deserved fame
among a class of readers who are not ordinarily interested in the literature of sci-
ence. Mr. Fiske’s book is, in a word, a plea for faith in the immortality of man,
based on the doctrine of evolution. — Boston Traveller.
Mr. Fiske has given us in his ‘* Destiny of Man ’’ a most attractive condensation
of his views as expressed in his various other works. One is charmed by the di-
rectness and clearness of his style, his simple and pure English, and his evident
knowledge of his subject. . . . Of one thing we may be sure, that none are lead-
ing us more surely or rapidly to the full truth than men like the author of this
little book, who reverently study the works of God for the lessons which he would
teach his children. — Christian Union (New York).
It isa remarkable contribution to the literature of religious thought. ... It
will prove that evolution is at least not irreverent. . . . It is packed full of learn-
ing and suggestion, in a style at once simple and beautiful, and is worth a dozen
volumes of ordinary sermons. — Philadelphia Press.
THE IDEA OF GOD AS AFFECTED BY MODERN
KNOWLEDGE.
16mo, gilt top, $1.00.
Contents: Difficulty of expressing the Idea of God so that it can
be readily understood; The Rapid Growth of Modern Knowledge ;
Sources of the Theistic Idea ; Development of Monotheism; The Idea
of God as immanent in the World; The Idea of God as remote from
the World; Conflict between the Two Ideas, commonly misunder-
stood as a Conflict between Religion and Science; Anthropomorphic
Conceptions of God; The Argument from Design; Simile of the
Watch replaced by Simile of the Flower; The Craving for a Final
Cause; Symbolic Conceptions ; The Eternal Source of Phenomena ;
The Power that makes for Righteousness; Notes.
HOUGHTON, MIFFLIN & CO., Pus.isHErs,
Boston AnD New York.
4 as
AS ot ee
eer he oe
ae
oe
yo
7
We
Sa aoe
“Se
eae
pe am
.
ja +
rr
rei:
| | University of Toronto |
; Library
DO NOT
REMOVE
THE
CARD
FROM
THIS
POCKET
ic philosophy.
A} OF BORROWER
|
we
©
©
G4
©
ry
2 OM
®
ge
wit
yearns
p=)
Oo
Fi ske, J ohn
Acme Library Card Pocket
Under Pat. “Ref. Index File”’
Made by LIBRARY BUREAU
Philos
¥541p
Ma"
4
>
Sirah aeheahas
AR ALARAARAARSADALAR AS ASS AASB AM
4
oe
¥
a
ye
<
+R AAKARAKRAA AS SES [AA LA AA Aaa
SAA AAA ARRAS AG DEDA LAA ADEE AE Pe
Peter ere P +
A AAARD ABSA ESA
SAS AS AARS AD AeA AAAS AAAAS EAR SS
SAADALAABSARASRAADAS
>
on
4 ake aRARAAASSAAR AAA
RANAARAAAARAAARS -
»
sy
i”
>
he
rey
oa
ie
tat
a
»f
»
>
»
r
?
»
r
e
»
>
’
’
»
»
>
tJ
«
.
x
x
ta
Ne
*
*
>
me
a
epee were 7 FF ivy,
+ ‘ as :
MSE EM he RE
SAAR ARAR SS EAE E ARBAB ARE
Ke
Pas
fy
ts
os
“4
a ies a re
esas
*
= = Se 22
aA
ay
< AAAS
Paty) es
ama SRS Dee =
Si eet ce
- 8 Toys c~s
AD ‘A Mee é
¥
is
‘4
P27 ee eee ee
ieee ea
wa eee de
Pry irrs.
td daad
Shae
Sagdadeda
ant
é
* tates
a
-- é 4
Sdnpedhenen.
7 PEPE. ieee ‘2
oA fs bod
s
<¢ z fetvecas
dd
ta dth did dd SEAT Ld lidddd Fidddds J . “4
é sa 4