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Un des symboles suivants apparaitra sur la dernidre image de cheque microfiche, selon le cas: le symbole — »► signifie "A SUIVRE", ie symbole V signifie "FIN". Maps, plates, charts, etc., may be filmed at different reduction ratios. Those too large to be entirely included in one exposure are filmed beginning in the upper left hand corner, left to right and top to bottom, as many frames as required. The foHowing diagrams illustrate the method: Les cartes, planches, tableaux, etc., peuvent dtre film^s i des taux de reduction diffdrents. Lorsque le document est trop grand pour dtre reproduit en un seul clich6, il est film6 d partir de Tangle supdrieur gauche, de gauche d droite, et de haut en bas, en prenant le nombre d'images ndcessaire. Les diagrammes suivants illustrent la mdthode. 1 2 3 1 2 3 4 5 6 CHRISTIANITY AND HUMANITY. ' % B. MElKtiEJOHN AND CO ., I.EINTi:ilS, •:« WATEU STUEET, YOKOHAMA, JAPAN. CHRISTIANITY AM) HUIANITY. A COURSE OF LECTURES DELIVERED IN MEIJI KUAIDO, TOKIO, JAPAN, BT CHARLES S. EBY., B.A., INCLUDING ONE LECTURE EACH BY PROF. J. A. EWING, B. Sc, F. R. S. E., OF THE SCIENCE DEP.UITMENT, TOKIO UNIVERSITY, AND PROF. J. M. DIXON, M. A., OP THE IMPERIAL COLLEGE OP ENGINEEBINO, TOKIO. " Philosophy may make a crowd: Christianity alone makes a people." —Cnmminfj, YOKOHAMA: R. aiEIKLEJOHN & Co., 26 WATER STREET. 1883. [All r'njhu reserved.'] Christ, \\0\ £^5 1 i i ;^ 2 t) .) b Mount Allison Universltjt Ralph Pickard Bell Library 3 i TO THE YOUNG MEN OF NEW JAPAN, IN THE HOI'E THAT THE DECEPTHT. SHI5IMER OF NO IGNIS FATUUS SHALL LEAD THEM INTO WAITING QUICKSANDS, BUT THAT THEY SHALL RISE IN POAVER AND BLESS THEIR NATION THROUGH HIM WHO C.VME AS "A LIGHT TO LIGHTEN THE NATIONS," THIS WORK IS RESPECTFULLY DEDICATED, k \ \ PREFACE. To explain the genesis of this course of lectures exhaustively would be to give a description of the moral problem in Japan, a task far beyond the limits of a brief prefatory note. In short, however, the fact is patent to every observer, that old beliefs in Japan have no moral power over the educated classes of the Japanese, and are gradually losing their influence with the masses. What shall replace these old beliefs as a moral regulative force is becoming not merely an interesting social problem, but a national question which must be faced without delay to avert a moral catastrophe, which the clear- headed among Japanese statesmen see all too clearly in the near future. The sleepy, dreamy past is dead. Japan pulsates with new and throbbing intellectual and political life. Forces are awakened which are rapidly transforming the nation. Along with the fossils of the past are vanishing not only religions out- worn, but moral sanctions, before an efficient substitute has been accepted. The Christian is of course ready to prescribe, but the patient does not ask his help. Old prejudice is still strong, " for as concerning this sect it is known that still everywhere it is spoken against." The works of Western unbelief are widely read, science and philosophy are greedily devoured, especially such as seem to antagonize the religion of Christ. Christianity is counted in among the superstitions unworthy of even the con- sideration of educated men. I do not wish to be understood as saying one word against the grand work being done for the elevation of Japan by her Colleges ; nor against the foreign pro- fessors who, I believe, are accomplishing a good work for the nation and who in many cases reflect honor upon the lands from which they come. I refer in what follows purely to the present vm Preface, relation of these schools to the question of the spread of positive Christianity in Japan. The inliuencc of Christian professors in the great schools can he exerted only in the capacity' of private men, and the pri'ate influence of all who have come from Christian lands is not always positively helpful to the advance of Christian- ity. It is not to be expected that the national schools and colleges of an emphatically non-Christian nation should encourage an active propagation of Christian ti^aching, nor even that they should be entirely neutral. Nor should it be a matter of surprise that among teachers from foreign lands, who of course are chosen for their proficiency in secular scholarship and whose religious standing is not taken into account, should sometimes positively antagonize Christian teaching.^ And much less, that Japanese teachers in the national schools, and other great private academies, superficially acquainted with Christianity or entirely ignorant of its real teaching, Ita by such works as Tom Paine's Age of Eeason, and Herbert Spencer's Philosophy, should refurbish in Japanese style antiquated and rust-eaten weapons, which a little further knowledge would render silly to those who use them and harmless to those for whose benefit they are em- ployed. And when we consider the tendency in Western Colleges, in the callow minds of the first years of under-graduates, to look upon the newest phases of Philosophy as having driven out of existence old fogeyism in the garb of Christianity, it need not be wondered at that Japanese students, being taught the same science and the same a he oi philosophy, and being still more profoundly, in fact almost entirely if not absolutely, ignorant of Christianity, should also feel it incumbent upon them to pass an adverse judgment upon the claims of the Christian religion. Be the cause whatever it may, the fact ^ In such a way for instance as was persistently done by one specialist of brief popularity, whose lectures on Evolution have lately been published in a Japanese translation. I Prefaer. IX remains that Japanese stiulonts as a mass, and Japanese teachers, \vith rare exceptions, are in the position of ir;noranco, intlif- i'ereiice, or positive hostility to^var(^ - Christianity. And thus it comes to pass that this eilucated chisses are growing up into dreary atheism, or in one way or another still hang out the sign — " Wanted ! a religion, not J'or me, hut for the Japanese government, as a means to rule the people !" A short time ago the cry was " No Ileligion !" The tide has turned, and n(nv the voice cries "Give us some Ileligion,'' — echo answers "What Ileligion \>" And this hook attempts a response. The idea of a course of lectures which should appeal directly to the educated ri[)encd in the mind of the writer into a deter- mination to make the effort to reach those who might ho open to conviction, or have an interest in hearing Christianity popularly discussed from the standpoint of advanced thought. A small committee kindly volunteered their assistance, a suitahle hall was secured for the course, and a representative from each of the two great colleges in Tokio kindly promised to contrihutc a lecture. The foreign comnumity of Tokio liherally responded to the appeal of the committee, and necessary funds were provided. The delivery of the lectures in both ]']nglish and Japanese on alternate Saturdays, extending from January to April 14, awakened consideralde interest, the Japanese version especially being very largely attended, and listened to Avith remarkable attention. Evidences of good fruits were not long in appearing ; naturally, criticisms and questions were forthcoming Avhicli must yet be faced and fully answered. The English version of the lectures appears in this volume substantially as they were delivered. The author embraced the opportunity while putting them through the press to make a few alterations, notably in the Pieview of Spencer's "First Principles," and to add occasionally a little supplementary matter, particularly in Lecture V. With regard to the subject matter of the lectures, it would w X 7J. reface. iii I .1 ii I savour of the pedantic to say that the treatment of the themes was not exhaustive. Wo have really only sketched an imperfect outline map of a course of Christian Apologetics. We have tried to some extent to obey the counsel : " Walk about Zion, and go round about her : tell the towers thereof : mark ye well her bulwarks, consider her palaces; that ye may tell it" to the people of this land. Each lecture opens up a new held, and contains rather suggestions and incentives to thought than a final and conclusive course of argumentation. The aim has been to awaken an interest and excite thoughtful enquiry into the subjects here treated of, which should then naturally elicit fuller proofs in further discussions. If the course, whether as~ delivered or in published form, serves to awaken an earnest spirit of enquiry, our work will not have been in vain. I must acknowledge my indebtedness to the various works of Dr. Hermann Ulrici, and the volumes of Ebrard's AjMlogctik, as well as to many other authors, whose works have helped to arouse and mould independent thought, have served to give shape to incipient conceptions, as well as furnish much service- able material. I wish to record my personal thanks to the two gentlemen who came to my aid with literary work ; to the committee whose unselfish help relieved my hands and made the undertaking so signal a success ; to the gentlemen who presided as chairmen on the difterent occasions, giving the whole scheme a cosmopolitan character ; to tb^^ Minister of Agriculture and Commerce, through whose kindness the Hall was continued at our disposal after it had become Government property, and lastly to the kind friends whose contributions not only solved the financial problem but linked to the enterprise the sympathy and encouragement of many hearts, more precious than silver and gold. CPIAS. S.'EBY. Tokio, Japan, Jane, 1883. TABLE OF CONTENTS. LECTURE I. CHrJSTIANITY AND CIVILIZATION. PAGE. Hon. .J. A. Biiif,'Iiam".« Introductory ricnmrks j riiKr.ruK : antiqi'ity of max. Stiuly and Practice 3 Search the Old 4 Test tlie New ^5 Grasp Truth, not Theory The Limits of Hypotlicsis 7 rhenomena do not explain Ulti- mate Causes 8.9 Is man an Evolved Ape ? 10 rrc-lustorlc Traces u No proof yet of Tertiary Man 12 | The Bible and true Science agree 13 I Both point to one God n \ THE LECTURE. National Crises beget Progress . . 15 WHY Anr AT VROCIREHS ? Growth is Normal, Necessary Ifj Chinese Stagnation Abnormal .... 17 Bcvolopnicnt in Spots a Mon- strosity ] j^ Originality always antagonized . . li) WirAT If! CIVILIZATION ? Definitions of Civilization 20 ' The Civilized Unit 2I Truo Civihzatiou is Occult, In- ternal , 22 Rooted in IMoral and Religious Faculties The Religious Faculty a Reality . . Faith not unscientitic Religion must be Scientiflcally Tested Christianity stands the Test .... WHAT IS CnniSTIAXITY ? I Christian doctrine, Science of I Theology I Christian Society, a Church I Christian life. Ideal of Humanity . Christian Peoples below the Ideal. j Comparison of Civilizations PEE-CIiniSTIAN CIVILIZATIONS. I Defects of olden Civilizations No Moral force, no true ideal .... Christ gives a new Civilization . . CIiniSTIAN CIVILIZATION. Conflict of Elements Produced development of new Powcis Defects of Modern Civilization . . A Coining short of the Ideal THE POTENTIAL TRINCIPLE. Influence of Christianity twofold . . The Laws of Moses, ever Truo in Principle Christ's doctrine Complete, flaw- less, mighty PACE. 2.3 21 25 26 27 28 2t) 30 31 32 33 3i 35 30 37 38 39 ■10 ■11 42 ™l Xll Tahlo of Contents. 'I' LECTURE II. THE SCIENTIFIC VIEW : THE DELATIONS OF THE CHI!ISTI.\N EELIGION TO NATURAL ESPECIALLY TO THE TllEOllY OF EVOLUTION. 15y Tuof. J. A. Ewixci, B. Sc„ F, B. S. E. :nce, I'AGE. Sir Harry S. Parkos' Introductory llemurks 43-40 THE LECTURE. Thn Easis of Science 47 Scicntilic Motliod 48 Elements of Religion 4'J Three fundamental beliefs 50 The idea to be conibattcd til How it has arisen r)2 Early folly of the Church 53 Draper's " History of the Conflict. 54 Between Religion and Science " . . 55 Nature her own Revelation 5(5 The Controversy has changed its ground 57 The " Origin of Species " 58 Christian Natural Philosophers . . 59 The " I'opular Science" fallacy . . CO Science does not make men irrc- hgious 01 Clifford and Maxwell 02 Theory of Physical Evolution 03 Globe Development 04 The age of the earth 05 The final catastrophe 00 Evolution of itself determines nothing 07 The indeterminate problem 08 Of Creation 0!) PAOE. Chemical Development 70 Marvellous similarity of the molecules 71 They differ from iiroducts of evolu- tion 72 Thomson's Vortex Atoms 73 Possible disappearance of gross matter 74 Life Development by Artilicial Selection • 75 Development of Species by Natural Selection 76 Cellular Structure 77 Outogencwis 78 " Spontaneous Generation " 7!) The Meteoric Transfer 80 What is Life? 81 Vitality perhaps mechanical 82 Consciousness certainly not 83 Mind the first reality 84 I am more than an organism .... 85 Science and Immortality 80 Summary of results . . : 87 The Telcological View 88 Miracle and Law 89 Animal Autoinatis}'! ad flO Freedom of the will 91 Impossibility of proving 92 That the will is not free 93 •Conclusion 9 ! AN INTERLUDE. REVIEW OF MR. H. SPe'nCER'S " FIRST PRINCIPLES." High Claims of Philosophy 9<» i Scientists not always philoso- Natural science not all Science . . 97 | phcrs 98 ■ i m Table of Contents. xui Nor Theological Aiithorltics 'JD True Scientists see the danger. . . . 100 Of the spread of rHeudo-scieuco . . 101 If Evolution ignores the Creator . . 102 It is Essential Atheism 103 And Essential Materialism 101 Apparent strength, concealed weak- ness 105 Four radical fallacies 100 Anti-religious bias 107 Disci'cpancics arise from lOH PAOE. Imperfection of Science and Exegesis 109 A cadaverous reconciliation 110 But Divine Light s'lines on Ill Fallacy in assumed basis 112 ExtremeEvolution theory untenable 113 Detective Delinitions vitiate 114 Apparently logical reasoning .... 115 A selfish use of Logic 110 Becomes patent Sophism 117 Agnostic Land of Promise 118 I. — ANATA'SIS. We want as Logical Basis 120 Patent Facts, not Assumptions . . 121 Man is Mind 122 Is he not matter ? 123 What is matter ? 121 Is there any matter :> 125 iMatter gives proof of Mind 12(1 Mind links man to liis Creator . . 127 Difference in forces 128 Life a Creation 120 Life an Executive Cause 130 A Coordinating Power 131 What is this building Unit ? 132 This seed of Body and Soul ? 133 The Unconscious and tlio Con- scious I 131 What is Instinct ? , 135 Instinct is independent of Ex- porienco 130 Lower nature perfect because dependent 137 The higher blunders because self- controlling 138 LECTUllE III. A PSYCHOLOCHCAL VIEW : Vv'HAT IS MAN ? The Threefold Division of Higher powers Intuitions, mental framework .... Moral and Spiritual Powers Satisfied only by Christ SYNTHESIS. Gravitation, Physico-Chemical Laws Laws of Vitality and Instinct " Man's Place in Nature " Matter and Mind ditler In Every Essential Particular .... Tlio Higher Powers may bo Dor- mant Or Abnormally Developed All may bo normally developed .. Some Spiritual Instincts The supply in Christ : Christ's Power over Men The secret of liis lufluouce Spiritual Kcvelation to Man The Man Christ Jcsua Shows Mall's Eolation to God .... 189 140 141 142 143 144 145 140 147 148 14y 150 151 152 153 154 155 150 157 XIV Table of Contents. AN EXCURSUS. FIEST TEINCirLES OF A PHILOSOrHY OF COMMON SENSE, SCIENCE ANT) CIIEISTIANITY. PAr.K. CHAPTKR I. — THE UNITY OF KNOWLELiOE. Knowledge the Operation of one Mind 150 CHAPTEK II. — THE KNOWADLE AND THE UNKNOWAIiLE. What is Knowledge ? ICO Three Laws of Knowlcdp;e Itil Mr. Spencer's description 1(52 Of the " Unknowable." 1(;3 CIIAPTEn III.— IS KNOWLEDGE HEAL OR HEIvATIVE ? " Eelativity of knowledge " KM The " Thing-iu-itself " fiction. . . . ICo PAOE. What we know is real or 100 Wo arc victims to lying Senses . , 107 CIIAPTEr. IV. — THE TREND OF KNOWLEDOE. True Philosophy begins with Gud. KiS Design or Chaneo ? lOi) CIIAPTEK V. — OUR KEY TO THE ADSOLUTE. What is Truth? 170 riiilosophical answers 171 rermancnt Satisfaction 172 Only in the God-man 173 " What think Ye of Christ ? " .... 171 The Prince of Peace and Progress. 17'j t LECTURE IV. THE HISTOIUCAL VIEW : CHRISTIANITY AND HISTORY. By Prof. J. M. Dixon, M. A. Hon. J. A. Bingham's Introductory remarks 170-177 THE LECTURE. Eastern and Western Conceptions of God 179 Incompleteness of the Western Conception ISO Modern Advance upon it 181 Definition of History 182 How History should be Studied . . 183 Laws of tho Harmony of Morality. 184 Vice never beneficial 185 Good absolutely good 180 Religion a universal factor in History 187 De Tocqueville on Eeligion 188 Cln'istiauity tho best Solution . . . . 189 Christianity of pedagogic value . . 190 The Theological attitude not a stage 191 Simple morality inadequate 192 Man's function is Service 193 Ingcrsoll's view of History 191 A distorted one 195 190 Liberty Not a negation of law 197 198 French tcsUniony To the need of religion 199 200 i Philosophy inadequate Saint Simon's testimony 201 ^ Liberty cannot exist 202 i Without religion 203 201 205 i A parable Reuan vemis Gilbon 4 II. w Table of Contents. XV LT3TE. . 170 . 171 . 172 ,. 173 .. 171 js. 17'J 189 190 ago 191 192 193 191 195 190 . 197 . 198 . 199 . 200 . 201 . 202 ,. 203 .. 201 LECTURE V. CliiaSTIANITY AND OTHEE llELIGIOXS. TAGIC. I lAOB. I'UErATOUY. Sock Funtlainuntal rrincipkH . . , , All Tnith i.s God's Lif,'lit No man excluded from Salvation. TLc Bible True HiHtoiy i'iu:i.iJHNAi!Y, The Human llacc one Proved in various ways Asian Cradle of man Traditions Chan''o STAIKMKNT OF THE AlailltENT. licli<^ion universal Whence the variety of mytliolof.'y? All point to the Asian Centre Mistaken Notions As to the Origin of lieligions Natural Development decay Supernatural alone advances .... Shemitc Tendency Chfistianity a renovating power . . A current nv take 20G 207 208 20!) 210 211 '212 2i;j 213 211 215 216 217 218 219 220 221 221 ALOXU TUE LINE 01' I'UOOi'. Egypt. Quotation from llenouf 222 Ancient Theology of Egypt 223 The purest 221 Downward lleligious Developmcut. 225 Cliina. The Development of llcligion in China 220-227 The God of " Shu " and " Shi " . . 228 Becomes " Heaven and Earth " . . 229 Aryan India. NORMAL. Indian lieligions 230 As traced in the Vedas 231 tiradual Decay 232 Brahma a riiilosophical God .... 233 Brahmauisni becomes Immoral . . 234 REACTIONAUY. Buddhist Reaction 935 Successful Buddhism 286 A Jloral Failure 9137 Charge against Buddhism 238 Persia. Persian Reform and Decay 239 European lieligions. Europe tells the same story 240 Shemite Eeligiuits Development NATDRAIi. Shemite Commercial Prosperity . . 241 Degradation of God-idea 242 Filthy worship of Istar 243 KUPEHNATUEAL. Biblical accounts Agree with other History Decay and Punishment Biblical Theology Supernatural . . DIVINE, rXIVEKSAL. Humble beginnings Augustine's Influence Divine Guidance For Jloral Development Tlic Bible raises the Moral Standard Ritual in the Old Testament .... Illustrates Christ's Propitiation . . 244 245 246 247 248 249 250 251 252 253 254 Mohammedanism an anachronism. 255 Extract from Dr. Marcus Dods' . . 250 " Mohammed, Buddha and Christ". 257 XVI Table of Contents. I 1> LECTUPtE VI. CirrJSTIANITY AND MORALITY: THE I'RACTICAL TEST. I'AGE. Sir II. S. Pai'lccs' introductovy re- marks 258-2.)!) THE LECTUllE. Historical 2C1 A Moral Collapse feared 2()2 Can Pliilosopliy Avert it ? 2(13 Comparison of Philowopliica) .... 201 And Cluistiau Etliicn 2Cm Greece Intellectually Great 2f)() Produces Eminent Jloralists 2(17 13ut no Advance in morality .... 208 Modern Pagan Etliics 2()!» Keprcsented by Spencer 270 Ignorance or Ignoring, which ? . . 271 " Influence " of an automaton .... 272 I'AOE, Christianity and Natural Ethics . . 273 Illogical Evolutioii-cxplanaliou of Consciousness and Morality . .274-.') Spenccrian Moralists 270 More logical than Spencer 277 Mimicking of morality 27S Acts without Character 27'.) The true Data of l':thics 280 God's Will, true Order of all things 281 Willingly Following God's order, true aiorality 282 The outcome of Spiritual Life .... 283 Justified by Eternal Hope 284 Made plahi in the Bible 285 Human Jarring and Divine Sym- phony 28() The Leaven Working in Japan . . 287 CONCLUSION. SUMMARY AND RESULT. God's Revelation in Nature and in the Bible must agree 288 Christianity leads to perfect Civil- ization 289 True Science and Scientists en- dorse the Bible 2!)0 False Philosophy exploded by thorough Criticism 2'Jl Spencer's System a Philosophical Eaii.re 2i)2 Its Ethical Fruitage, Moral ashes. 293 Man's Powers are finite but real. 204 And through Jesus may commune with God 295 Jesus, the Fountain of Living Water 2% ERRATUM. Page 255, line 1, for B.C. read A.D. lAGK. .. 273 of .274-.) .. 270 .. 277 .. 278 .. 279 .. 280 igs 281 cr, ... 282 , .. 28.3 , .. 284 . .. 285 . . . 28(i 287 LECTURE I. CHRISTIANITY AND THE PEOGRESS OF CIVILIZATION. The following remarks wero made by the Hon. J. A. Bingliam, United States Minister to Japan, who presided on the occasion of the delivery of the lecture. Ladies and Gentlemen : Honoured by the committee's invitation to preside on this occasion, I beg leave to say that in my opinion the series of public lectures proposed to be given in this place, the first of which it will be our privilege to hear to-day, may be productive of good, and can by no possibility work harm either to his Majesty's government, his Majesty's subjects, or to the people of any other nationality who may attend them. We have ample guarantee of this in the high character of the gentlemen who have kindly volunteered to give their time and best thoughts to this service ; in the subjects to be discussed, and in the fact that an invitation is extended to all to suggest such inquiries and make such criticisms concerning each lecture as they may wish, all of which will be kindly entertained and responded to. I thank the gentlemen for this liberal invitation, thereby according to others what they claim for tliomselves, and proclaiming that error itself may be tolerated when truth is left free to combat it, and affirming their faith in the utterance of another age, — " As for truth it endureth and is always strong ; it liveth and con- quereth for evermore." ■^ Iloii. J. A. Binrjlmm's Remarks. [Lect. ill! iil:^< We arc to-clay to bo favoured with an introductory address on the Antiquity of Man, and a lecture on Christianity and the Progress of Civilization. Being ourselves of the race of man, -whatever concerns men, concerns each and all of us. Christianity is a great central fact in the world's history. It commands at this moment the reverent consideration and approval of enlightened men in all lands. Of the general prin- ciples of Christianity it is not for mo at present to speak, nor is it needful that I should, as they speak for themselves ; l)ut I may be permitted to say of them that they are largely incorporated in the constitutions and laws of the European and American states. Our modern civilization is largely the offspring of Chris- tianity. It is the physical, intellectual and moral development of individual and collective man, the citizen and the nation. Its beneficent outgoings are to be seen in the science, literature and laws, and in the history, past and present, of our race. They are to be seen in the inventions of genius, which have laid the elements of external nature under contribution and made them minister to the wants and comforts of man, and in the gentle wide-spread organized charity, which supplies so much of human want, and mitigates so much human suffering. In a word, civilization is the sublime march of humanity, the progress of which no earthly power can stay or successfully resist. For Humanity sweeps onward : where to-day the martyr stands, On the morrow crouches Judas, with the silver in his hands, While the hooting mob of yesterday in silent awe return To glean up the scattered ashes into History's golden urn. Ladies and Gentlemen, it only remains for me to introduce my greatly valued friend Mr. Eby, who will now address us on the subjects indicated. I.] Study and Practice. 3 PRELUDE. ANTIQUITY OF MAN. engage " Tlic proper study of mankind is man." The most interesting and most important suhject that can our attention as reasonable men is that of man himself. What is man? Whence came ho? Whither is ho hastening ? are questions discussed since history dawned, and never more earnestlj' than now, and never were more varied answers given. Momentous interests hang upon our answers to these questions, involving not only the result of scientific research or theological dogma, but also man's personal woo or weal, the welfare of society, the political consolidation or dissolution of the strength of empires. The present course of lectures aims at the study of man in his manifold relations to the universe, his past, present, and future, in such a way as shall preclude a hasty and fatally one-sided decision, and shall open the path to such a thoughtful weighing of all available evidence, as shall culminate in a practical decision worthy of men possessed of reason and conscience. These great questions are of prime importance for the young men of Japan, and above all things at this particular juncture in the development of your country. In this time of transition from ancient forms to the newer ones of a differing civilization, the impress given by this generation of educated men to the plastic masses of the nation Search the Old^ [Lect. will affect your posterity and the welfare of your people for all the ages yet to come. I would therefore ask j'ou to look the matter seriously, solemnly in the face, and allow no petty side- issues to divert us from the line of great principles which lie at the foundation of true civilization, culture and progress. Ag an introduction to the larger questions in hand it seems proper that we should enquire as to the origin of man and how long he has been on the earth. A vast number of answers to this question has been given, nor has a satisfactory solution yet been found : it is simply one of those open questions which arc of great interest to us, but the answer to which, one way or the other, is not of the greatest practical importance. Wo are often reminded, by persons or books dealing with this question, of the angry discussions and misrepresentations of theologians as opposed to scientists and scientific research of prehistoric man. But two very important facts seem often to be overlooked, viz., (1) That scientists who were by no means theologically warped, have earnestly discussed the subject, and have as strongly opposed, and do oppose to the present day, the teachings of other scientists with regard to the antiquity of man ; and (2) That many theologians, such as Mgr. Meignan, R. C. bishop, M. I'abbe Lambert, and M. I'abbe Bourgeois and others have taken an active part in pre-historic researches, and do not find the teaching of the Bible or the dogmas of the church at all in the way. Now the fact is, there are scientists and scientists, and there are theologians and theologians ; and you will generally find that it is not the profoundly scientific man but the superficial sciolist who claims that science is destructive of faith, and who shouts, " down with religions and creeds." On the other hand, it is not the profound and thoughtful theologian, but the narrow- minded and half-educated alarmist only, who decries science and research into every nook and corner of nature, as an enemy of 1 1 I.] Test the Neir. theology and religion. One of the sayings of a theological teacher under whom I studied many years ago remains in my memory, and has been the guide of my thoughts and studies ever since, and I would recommend the same words to you, for in fchem is a whole heritage of wisdom. " Young men," ho used to say, " Young men, the world of thought is moving on ; do not accept a thing simply because it is new, and do not bo afraid to accept a thing because it is new." That seems simple enough, but it indicates the path to sure and lasting progress, and a moans to avoid disaster and disappointment. There are two classes of extremists, both of which wo should avoid with equal care, and these are, if you will allow me to coin for you a pair of new English words, neomamacs and neophohists. Neoma- nics are thoee who search for what is new, and accept it because it is new, rejecting the old landmarks, simply because they have been there so long. In this class are a great many young people whose ambition is more powerful than their judgment is mature, and who are to be found amongst both scientists and theologians. Neojihohists represent a class who stick to the old and despise the new because it is new ; they will have nothing to do with your new fangled ideas, and are constantly praising the past and pointing back to the old landmarks. There are a good many specimens of this species in olden lands, and amongst elderly people in every land, including old women, in the garb of both science and religion. Avoiding both extremes, our way must be to " prove all things and hold fast that which is good " and true. I presume you will not object to that, though it is a doctrine of Christianity and the very words of the Bible. Test the new, test it fully, and if it is true it must be good, and you must accept it or commit mental suicide. Test the old, test it well, be sure you are right ; but if the old is not true, it cannot bo good : you must reject it or deprave your intellectual being. The object of these lectures is to urge you to search for 6 Grasp Truthi not Theory, [Lect. I IP fl and grasp, not what is new, not wlmt is old, as sucli, but abovo all things to " Buy the truth and sell it not " — as Solomon tolls us to do. But you ask, — Does not the Bible commit you to a fixed chronological limit for tho origin and existence of man upon tho earth ? Some would-be scientists who knew more about rocks than about tho Bible which they were affecting to criticise, and some theologians, who knew more about old musty traditions than about tho scripture they thought they wero teaching, have said so. But (1) no theological truth depends upon our under- standing of those ancient chronological tables ; and (2) among students of that chronology there are one hundred and forty distinct and different opinions as to tho date of the beginning of the historical sketch in the Bible, differing to tho extent of over 8,000 years. Thus the Bible assorts nothing positive with regard to that point, and it makes absolutely no difference to the teach- ings of Christianity whether man has been on the earth 4,000 or 400,000 years before Christ. Again it is claimed that the Darwinian theory of evolution set the world on the right track in the study of man, and putting him into his proper place as one of tho mammals in the animal kingdom, explains the whole mystery of man's origin, position and destiny. While on the other hand physiologists and other scientists of equal note and authority declare that, on Darwin's own theory, it is as impossible that man should have developed out of any known line of apes as out of cats and tigers. It must ever be kept in mind that the doctrine of evolution is still a theory, a hypothesis : one among scores that fiave been set up by science, some few of which have been proved true, but most of which had to be eventually abandoned as they proved to be untenable. It is well, nay necessary, to have some hypothesis as an outline in which to set facts as they nre brought to light ; but it is going too far to ask the world to accept any I.] The Limits of Uyyothcs'iH, hypothesis as inith, which wo must belicvo as a scientific deduction, until it shows itself true, by a perfect adjustment to a sufiicient number of facts, and not to be vitiated by too many exceptions. Now the theory of evolution seems to gather a vast amount of facts, and placo them in such an order and harmony as to show that there is a ^'rcat deal of truth in it as far as it goes. And as far as facts attest the truth, so far must wo of course promptly accept it, only we must be careful not to Bupi)oso that one ingredient in a compound of many forces and facts fully explains the whole. The dispute is one of science purely, and it scorns that the majority of the best and most unbiassed thinkers look u.-ju evolution in bolic form and within certain limits, as the law according to which things have come into being. But a vast deal remains yet to be done before it can bo substantiated as the Copernican system or the Keplerian laws. And whatever the result may be, whether the hypothesis bo true or not — unless it can be shown that matter evolves itself without a Creator — it makes absolutely no difference io the principles of the Christian religion or the teachings of the Bible. But when men in the name of science, of which they arc not the best representatives, overstep their sphere of empirical research, and attempt to teach us what are the ultimate causes of things, and tell us that there is nothing in the world but matter and force and evolution, we cry — " Hold ! now you are on ground that is common to us both. We accept your facts as far as you bring us proof; but when you begin to philosophise on those facts, and attempt to construct a system of thought, we too have the same right to enquire into the metaphysical bearings of the case." "But," reply certain extremists again, "there are no metaphysics ; that is a region of fancy. There is nothing in the universe but matter, and mechanical force, and evolution." We reply that such a position, ancient though it is, is too narrow, too shallow, to allow room for all the facts of the case, and con- 8 Phenomena do not [Lect. Ill '."ill 111 li: '-■ \i tradicts all the analogies of our experience. You take a little acorn, plant it, up springs a tiny tender shoot ; the forces of the soil, and sunshine, and air develop its latent powers and in- crease its bulk until eventually you have the majestic oak with colossal trunk, gigantic branches, unnumbered twigs, a wealth of foliage and perennial crops of new acorns. Now, does the acorn, that little seed alone, account for that development and productiveness ? Am I to be blamed if I tell you I do not believe that that seed could have produced an oak, even with all the other forces of soil, and air, and light, and heat combined, if there had not first been involved into the acorn the life and powers of a perfect oak tree from which it sprang ? Evolution cannot bring out of matter and mechanical force what is not actually involved in them. Again you see this watch (not Paley's old watch this time). I ask you to explain to me the philosophy of this watch. Well, you say, here are gold and silver, and steel and enamel, and jewels, and all combined make up the watch. Yes; but all those things might be, and still there be no watch. How does it come to be a watch ? Why, there are the properties of the elements — inertia, malliability, ductility, etc., and there is adjustment of part to part, the hands indicating the hours. Yes, but how does it come that these form a watch ? Well, there are cog wheels, and springs, and balances, and regulators, and mechanical forces, and — Yes, but you have not yet told me about the watch as such at all, and whole volumes of such explanations would not give me a true philosophy of that little instrument. I must be metaphysical and talk of forces that I cannot see, cannot touch, cannot know. But do you blame me for believing — yes, having faith, that all the matter and mechanical forces in the universe could never have produced this watch without the addition of mind? Matter, and properties of matter plus mind, produced this watch. At least so I believe, although I li I.] Explain Ultimate Causes. 9 don't know how, or when, or where, or hy whom the watch was made. Am I unscientific because I confess to you my I'aith in the existence of a watchmaker who had a mind '? And can you bhame me if, following these analogies, I find it impossible to believe that without the addition of creative mind, matter and mechanical force combined ethereal atoms into molecules, and these into suns and systems and stars, each set in its place and moving Avitli more than clock-like regularity along its self-appointed way '? Or that this earth hardened into a sphere and raised the mountain chains, and gave the sea her bounds, and hollowed out a way for the rivers, and prepared a soil for the child it was about to produce ? Or that matter and mechanical force brought life into being, by which chemical action is reversed and made to Ijuild up by transformation of appropriated matter, and by the loss of which those chemical forces bring forth rottenness and decay ; a power which clothes the plains and hills with verdure, secures seed time and harvest, and makes all nature rich and beautiful with the unbounded opulence of forest and field and fiower? Or that matter and n.echanical force acting in the vegetable world brought forth animal life, by which the dark sea was peopled with tiny creatures and monsters great ; by which the worm of the sod, tho beast of the forest and field, the songsters in tho sky and tho soaring eagle were brought forth '? Or that matter and mechani- cal force alone working through the lower animals brought forth man with his ideas of moral good and evil, his conception of spiritual unseen things beyond, his longing for immortality '? Do you blame me when I tell you that as my philosophy of this watch demands the existence of an unseen mind to account for it, so my philosophy of this marvellous universe demands the existence of a mind adequate not only to produce it out of matter and force, but also to produce matter and mechanical force themselves from a something still behind them ? Is it not just ;2 10 Is man an Evolved Ai)o ? [Lect. !i I mi f 1 ^11 i'! possible that this, the highest arc in the sec/'ion of iuiinity which comes within our reach, the mind, intellect, spiritual longings of man, may give us a clue to the mysterious pro])lem ? Onward it reaches to spirit worlds and higher possibilities still, away on to the infinite mind the climax of all, and is it not possible that when we reach that point, apparently the fintipodes of matter and mechanical force, we will find ourselves at the fountain of infinite being, tlie point from ^A■hich all else has sprung, the infinite cycle there complete ? The infmito mind projecting itself in all the vast laws of matter, and mechanical forces, and vital phenomena, is the one unseen and necessary agent that makes oven evolution possil)le and holds the universe in harmony. Bat what has all this to do with the antiquity of man ? Much every way. Where does man come in, in this evolution or creation or whatever it m;iy l^e '? ]\Ian is of simian origin, say the most of evolutionists, or have so said until lately, some of the links of course being missing; but the point of departure for the development of man seems to be driven back step by step and the missing links to become more numerous than ever. Morpho- logists, those who study outline and form and resemblances there, tell us that there is a general similarity between the skeleton of the man and the higher apes. Anatomists who study the parts more fully tell us that • there is a radical difference in every bone of the body, and every muscle shows a different adaptation. Physiologists tells us that the viscera of man arc carnivorous, and those of the ape herbivorous, and that we can as easily have been evolved out of bears and lions as out of apes. Again wo arc reminded that in the series of phenomena of individual development of the body, the inverse order is observed ; moreover apes are climbers and men are walkers. Now, say many scientists, "it is evident that when two organised beings follow an inverse order — especially when otherwise antagonistic — iu the courac of their growth, thu more highly developed of the two -.;? -:'ii ■■■?: vl I.] PrcUhtorlc Traces. 11 can not have descended from the other by means of evolution." So that even scientilicall}- viewed, man's pLace in cvohition has not .yet been defmed. It is well to notice that thus far, in all developments of apes, from lowest to highest, there is notliinj^ but ape and no approach to man ; and in all the degradation of man, there is always man and no approach to apes. Nothing is known to science of man and his progenitors, excepting as essentially and perfectly man, and any talk of his simian origin is pure imagination. Just here comes in another phase of the question : "When did man first appear ? Sufficient proof has been given that man existed in the quaternary period along with the mammoth elephant and cave tiger, before Europe was last sul)merged and covered with glacial ice and arctic cold. But it is also roundly asserted that man lived in tertiary times, that is in geologic time — or 500,000, or 1,000,000 years ago. Now the supposed proofs of this assertion in Europe arc confined to a few scratches on some bones, and a dubious flint or two, so that cautious scientists there hesitate to accept the assertion as fact. But it is said that there is proof positive of the fact in America, remains being found under lava beds in gravel layers which belong to this ancient age. This find in the region of Table Mountain in California has been used even here to illustrate, above all other illustrations, the stupidity of theologians and the vast age of man. Let us look at this illustrious example more closely. I have at hand information rospectiiig the implements found in those gravel beds, and either the asserted facts are wrong, or there is something hard for evolution to explain. As to the facts, (1) doubts are entertained as to the age of the sublava gravels. They may be no older than the early quaternary. (2) But admitting their pliocene age, there are doubts as to the authenticity of the findings, no competent scientist having seen them there. (3) Admitting their authenticity, there a regravo 12 No Froof yet of Tertiary Man. [Lect. i:iiii I iiiiii !i doubts as to the non-disturbance of tlie gravels previous to the time of the findings, for auriferpus gravels are peculiarly lial)lo to disturbance, and there is good reason to think that those of California had been worked by other races before the whites. (4) The character of the implements said to have been found gives great force to the last (3rd) doubt, for they are mostly mortars and pestles, and other neolithic implements, such as are in common use among the Indians and Mexicans of to-day. — The very idea of neolithic implements in pliocene times is enough to make even the wildest extremist among believers in prehistoric man gasp and stare : it would be like talking of specimens of railways and telegraphs found among remains of the stone age. — So that Favre, and Evans, and Huxley and Dawkins, and Lubbock all say the existence of tertiary man is "not proven."^ The second difficulty however is here, if, as we have been told in this house, tertiary man existed in America, there is certainly something loose about evolution or man must have had an evolution all to himself, i (|uote from a professor in California. " Not a single existing mammalian species can be traced back beyond the quaternary. The higher the organism the more rapidly species change. Existing mammals can bo traced back only into the quaternary molluscan species, a small percentage to the early tertiary ; protozoan species even to the cretaceous. Is it possible then that man, the highest of all, will be traced back to the middle tertiary ? Why, since that time the whole mammalian fauna has changed five or six times ! Shall man be an exception to all the laws governing the evolution of the animal kingdom."^ Man 500,000 years ago, and man to- day on the same spot precisely the same ! ! and the universe moving to the march of evolution ! ! Why such an exception ? The fact is there is less talk about the vast antiquity of 'Le Conte in New York Independent. ».r*wit.s»«8nev'»»ir»'«i*"«iWitfWW M |i ra ai I.] The JVihlp, and true Sciencn agree. 13 man to-day than there was twenty years or ten years ago, and all reliable evidence is bringing him more and more within hailing distance of historic times. To conclude this subject I will just point out a few facts that seem to be established, not theories or scientific guesses, 1 at facts which seem to have proofs behind them, and sec how they compare with the Bible account of the first races of man. 1. — Fossil remains of quaternary man tell us, and all traces of prehistoric man confirm it, that from his beginning man was as perfect a man physically as the ordinary man of to-day, and if the brain is an indication of intellectual strength, equal to the ordinary intelligence of the present race of men. This cannot bo shown to conflict with the Bible. 2. — Science tells us he probably first appeared in Central Asia, and thence gradually peopled the globe. So the Bible. 3. — Every thing seems to show that the present human races all belong to one species, i.e. descended from one original pair. So the Bible teaches. 4. — Science tolls us that man was naturally naked from the start, and had to clothe himself in leaves or bark or skins. So teaches the Bible. 5. — Science teaches that the first race of men were savage in the sense of being groat in strength of passion, but children in reason and personal control. So teaches the Bible. (). — Science tells us that pre-historic man was ignorant of art, and music, and metals for a time. So tolls us the Bible, giving the names of inventors and teachers. 7. — Science tells us that ho must have been without in- herent legal fibre — that the law faculty had to be developed. The whole story of the first laws in the Bible would show the same fact of legal childhood. 14 Both imint to one God. [Lect. 8. — Science would indicate that the first races were unmoral, perhaps sadly immoral. The Bible tells as that they were inexpressibly vile. 9. — Science tells us that they lived before a general sub- sidence of land, by which continents were covered with water and glacial ice and arctic cold, destroying almost all animal life, including nearly the whole of the human race. The Bible records some such disaster, and it may be found that these traditions preserved by men agree with the records of geology. That is yet to be settled. In conclusion let it be distinctly understood (1) that not a single fact regarding prehistoric man has yet been established contradictory of the Christian's Bible. (2) That it is a matter which does not touch the Bible or Christianity whether man bo proved to have been a longer or a shorter time on the earth ; (3) that Evolution has not established a single fact affect ng the truth of the Bible ; (4) that all established facts regarding prehistoric man agree with established biblical teaching where they cover the same ground — in fact nothing has yet appeared to shako my confidence in the Bible or my faith in a personal God. " t I.] National Crises hcr/et Progress. 15 THE LECTURE. i " These that have turnccl the world upsiilo down arc come hither also." Nothing is more interesting to the 3'oung Japan of to-day than the questions of civilization and progress. The customs of the past, old forms of government and law are changing, along with dress and food and language. Some things seem to be changing more rapidly than others, and some changes do not always appear to be for the best, or at least entail a momentary loss. Every crisis in a nation's history brings with it a certain amount of trouble, confusion and suffering ; but if jirogress be true, every crisis brings to birth a better future. There arc often well meaning individuals, short-sighted and fearful, who, seeing only the momentary disadvantage, decry all change, all progress, as a curse and a wrong. Many doubtless there arc to-day in Japan, though their number is decreasing, who look baclv fondly on the good old times of settled routine and fixedness of custom, and who look towards the future of the restless present with feelings of dread or dismal forebodings of coming disaster for the state and for society. I. WHY AIM AT TROGRESS '? Is civilization a blessing ? a thing to be desired ? is a question often asked, as we are reminded of some sad remnant of evil or abnormal outcome of artificiality, as though that were the legitimate fruit and sign of civilization, giving the impression that it is not an unmixed good. Now in reply to this question I will give a Scotchman's answer by asking another question — "Is manhood as compared with childhood a blessing '?" How often we look back ou the frolics of our childhood, its wild, • I,,,) W 16 Gi'ovih is Normal^ Necessary. [Lect. i''' unfettered, careless freedom, and compare it with the life of toil and disappointment, and sorrow perhaps, that wo have in maturer years, and in moments of Aveakncss we almost wish ourselves hack in our childhood again. IJut what man of sober mind, of widening thought, and aspiring soul would in reality wish himself ])ack in the narrow though pleasant hounds of child-life ? Away such a thought. Life's aim is not pleasure and earth-born joy, but a grasping after a something higher than our past ; — a mastering, ruling of something without us, that shall minister to the enlargement of what is within us, though it bring its burden of sorrow. There is no rose witliout its thorn ; shall we therefore cast away the rose ? Nay, rather avoid the thorn. Nor shall we cast away the heritage of our manhood, but seek with its increase of strength to lessen its burden of pain. Civilization is the growth of nations into social maturity and political power, when many of the frolics and liberties of olden barbarisms fall away, and new duties, new cares, new burdens come along witli enlargement of mind, the out-reachings of commerce, the developments of social duties and political entanglements, and that pride which is the natural meed of conscious power. Is there a civilized land on the face of the earth to-day that would willingly go back to the ages of savage freedom, of feudal pageantry, or the stagnation of lands that have forgotten to grow '? Away with such a puerile thought ; better by far the manliness of civilization with its cares, than the childish pleasures of any fancied primitive land untouched by modern progress. Advancement is the normal law of life, a natural necessity of a healthy living organism. The child that grows not is an abortion of being, a failure, physically. The mind that grows not, but is content with a life of routine and custom, is a mental abortion which no one can either admire or choose. A state that does not advance but contents itself with a perpetual look- 1.1 Chinese Stagnation Ahnormal. 17 ing back at the past, as the highest possible aim of life, will Btagnatc, decay and bo left far behind in the race by those who look forward and struggle onward for a something better in the future than they have known in the past. Progress to a higher cizilization is or should be the normal fact in all nations ; but there are nations which seem to have made advance for a time, to have reached a certain degree of development, and then to have stopped, stagnated, decayed, or to have maintained an existence only l)y accumulations of primitive elements rather than by a growth into manlier forms. This is the case with nearly all the civilizations of Asiatic nations ; and China, your ponderous neighbour, gives us a tangible example. Thousands of years ago, while the world's civihzatiou still was young, China invented written characters — even while her language was in its first syllabic stage ; and all the growth of these many centuries since then has been to ac- cumulate in rich but unwieldy exuberance, a mass of those primitive characters, representing a language still in infantile form. Ethics, laws, customs, patterns were fixed. All her laws and ethics revolve around the one simple thought of the earliest form of government, that of the father having control over his household, and of children obeying their parents ; an idea which is made to do duty in every phase of official life, even to the Imperial Throne where sits the father of his people, and her indigenous religion centres in the worship of ancestors. Not a growth of social and political ideas, you see, but a vast accumulation of varied applications of the one idea of the rela- tion between a father on the one hand, and an ignorant woman Avith babies on the other. For the idea of the relation of f> li .r and son in China is that of father and little child, and has not even advanced to the idea that when the son has grown to manhood, he is one man and his father is another ; but the child is a child for ever. The manly strength of the full grown B 18 Bcveloimicnt in SpotSj a Momtroslti/. [Lect. (Icvoloped soil must bow to the word of liis father, or tlio mumbling of a dotard grandfather ; and thus a whole hcmispliero of ideas, of duties, is unknown while the other half is developed and strained, and stretched to monstrosity. A relationship prior to that of parent and child — the grand l)rinciple of all true sociology, given in tlio very beginning of the Bible, and fundamental in all progressive civilization — is ignored, milaiown, viz., the essential equality of the sexes, the husband being first of the two in household rank, and that when the child has become a man he is no longer a child, but a man who may take to himself a wife and these two then set up a new family. In China the w-oman is but a supplement to the man, and the child an appendix. The natural duties and relationships of parents and children arc reciprocal, like the two arms of the body, which should l)e balanced, though one may be a little more expert than the other. But in China the relation of father to child is so exaggerated that it is as if the right arm had been developed into a limb six feet long ; while on the other hand, the relation of child to parent, from the standpoint of parental responsibility and duty, is so minified that it is as if the left arm had been dwarfed to an inch ; and thus as a feeble, flabby body with one arm of an unwieldy length and the other inliiiitesimally small, would be a monstrcbity, so the ethics of relationships in China have grown into a social caricature of a fundamental truth. And then the result of this state of affairs is to preclude all growth. The law of advance is that each generation is like the one preceding it, with some little variety. Now if the variety is an improvement and the little change be allowed to live and grow, it wall increase until, in a few generations, there is seen to be a great advance for the better. If, however, all variations from the primitive form be prohibited, all advance is impossible, and a dead uuiformity of type results. LiECT. or tlio sphere eloped grand iiing of ion — is LCS, tlio it when a man ) a new 10 man, !liildrcn lould 1)0 lan the d is so iveloped relation nsibility ad been nih one small, in China il truth, oludc all like the ariety is live and e is seen ariations possible, I.] Oi'iginallbj nhrays Antagonized. 19 The tendency to suppress originality is universal. Tlio difficulty in civilizing the world is not to get a people to submit to lixed laws, but to get them out of fixedness of law into a living, growing organism. The tendency is seen even in the west. A Pennsylvania Dutchman of my grandfather's day had a boy who was not satisfied with the old way of carrying wheat to tho mill, with the wheat at one end of the sack on one side of the horse and a stone to l)alance it at the other end of tho sack, at the other side of the horse, and put half of the wheat on one side and half on the other. He came running to his father, *' Fader, sec ! I haf put one half on one side and one on die oder, and it cocs just as cood." Ilis father scolded him, saying, " What are you thinking about ? Do you dink yourself better as your fader and grandfadcr ? You sliust go and put in tho shtoiic, as pcfore." Now in civilized lands, the progressive boy becomes his own master before ho quite loses his new idea, and he develops it independently to practical results, which even his old father by and by comes to approve, though if ho had had his way, it never would have been done. But in China each rising generation is kept in the rut of its predecessors by the almost absolute control of father over son, until ho in turn loses all tendency to vary, and himself becomes conservative. And thus by the tyranny of the past over the present the one typo is perennially perpetuated. II. WHAT IS CIVILIZATION ? This is a crucial question, the proper understanding of which will materially affect our discussion. One cause of tho endless round of polemical warfare, and the bitter wrangles in the world of thought, is the defectiveness of definitions of 20 Definitions of Cidlimtion, [Lect. cardinal points. Let us try at tlio start to understand wliat truo civilization is '?^ Dr. Mitcliel says it is tlio ar.vestinjj; of tho principle of natural Hcloction in the process of evolution, by which man comes to control himself and his destiny. Bucklo makes it out to be the sum or outcome of physical causes, the moral element beinj^ insip;nilicant, the mind itself the product of matter. Bagehot tells us that tho progress of civilization results from creations of mind conserved and propagated by physical or lower causes. Guizot — whom you all know, and cannot study too much, whoso work on European civilization is a masterly philosophy of history — tells us that civilization in its most general idea is an improved condition of man resulting from the establishment of social order in place of individual in- dependence and lawlessness of barbaric life, the progress of the human race towards realizing the idea of humanity. Now, in attempting to formulate for ourselves a definition of what civihzation really is, we must not forget the following facts : — (1) The state is an aggregation of individual elements, and that there can be no civilized and progressive land without civilized and educated masses of people. (2) No true civilization is in spots or partial developments. A state in which there are few troubles, — all things nicely arranged for everybody, but where the people do not think for themselves, being led by officialdom, like a flock of sheep in intellectual and moral childhood, — is not a civilized state. A state that has acquired ♦considerable moral and intellectual advance, but where the masses have little physical comfort and no political liberty, is not a civilized state. A land in which the people have almost perfect liberty, but where might is right, the weak oppressed and violence rules, is not a civilized land. A people in which every individual has almost perfect liberty, and inequality or ' These deiinitiona are rather in substance than in tho words of the authors jucutioncd. I Lect. !•] Thcy Cirillzed Unit. 21 I wliat ; of the ion, by liucklo ^cs, tlio )cluct of results >liysical :)t study lastcrly ta most ng from dual in- gress of dift'orenco in rare, but whore ihero is no national sentiment, no cohesion of state, simply an ever-llowinj^ muss of human in- dividual — is not a civilii^ed people. A land in which refinement and culture make a sort of paradise for the favored classes, but where morality is rare, where oft'eminacy characterizes the public spirit, where no noble idea or lofty sentiment permeates the masses of the people, cannot Ix; called a civilized state. Thus no one principle alone can make a civilization. (3) Civilization is not a tliinj,' that can bo manufactured to order, or imported ready made, — a something that men or nations can choose and change, put on and oil' like a suit of clothes. It is the life and growth of a people, the outcome in social and political life of the principles which actuate and control the individual character. Keeping these points before our minds, it will be seen that a true form of civilization is only to be found in those lands where civilized individual men combine on compatible principles, and evince a matured character in all the various phases of social and political life. Now what is the character of this unit, this civilized man ? It is a man in whom all the elements of human nature are matured, or are progressing in harmonious development towards legitimate maturity. A man in whom the physical alone is developed makes a magnificent savage, but is no complete man. A man may cultivate his mind and possess all the external refinement of the scholar and the gentleman, and yet have in his private life a moral foulness to which he would never dare to introduce his mother or sister, and thus make himself a representative, not of true civilization, but of that gangrene by whose rot many a nascent civilization has fallen into irrecover- able ruin. A man whose moral sense has been aroused, and who follows the bent of his higher nature, who cultures himself into philosophic calm and heroic virtue, but whose soul is still unlightcncd by eternal hope and the confidence of faith, in 22 True Clvilkatlon is occult, intovnciJ. [Lect. regions where faith alone is rational, is a man -whom we can admire, but whose gloomy type is impossible as| the ideal of a true civilization. The man whose religious instincts have been so warped and misled as to make him a recluse oi a cynic, an ascetic neglecter of physical, mental, social, or pohtical manhood, is an egregious failure as a man, and far from the ideal after which we seek. Our ideal man is one in whom all the elements of manhood have full room for development, nothing suppressed or removed, depriving humanity of any legitimate heritage ; the lower, however, subject to the higher powers, and all in conscious subjection, not to any man or combination of men, but to Him who has created the universe and is Father of our spirits. A man who cares for the physical as a valued inheritance, who takes his place as man amongst men in social and political life, whose mind is ever open and earnest in the search after truth in every realm of nature and of thought, whose moral impulses and actions are pure, whose spirit rises unsullied in hope of immortality and in scientific trust upon God, is a civilized man. Let this become the ideal unit, the aim of a people, fully realized perhaps by few, and that people will surely advance in all that is true and abiding in civilization. What strikes the mind first of all in a country called civilized, is the external refinement, the comforts and con- veniences of life, the power of machinery in manufacture, the ramifications of commerce and the engines of war. A step further and the school house and college, the spread of education and its influence, become palpable. It requires deeper penetra- tion, however, to sec the occult but still more powerful moral and religious forces behind it all. That there can be no true civilization without morality is a truism so thoroughly accepted by all that I need spend no time in arguing the point. History tells us, and no one in Japan would doubt the fact, that no amount of outer refinement, I.J Booted in Moral and lldlglous Faculties. 23 or advance of commerce, or engines of war or education could save a nation weakened by moral rot. In so far as a nation is immoral, just as far is it weak, and unless morally regenerated it will assuredly perish. But my next point many be disputed by many, and that is this : — There is no pu1)lic or private morality possible without religion, and then of course no true civilization without a religion. Man has a religious instinct that must be satisfied, which unmet by a something true to match it degenerates into dark superstition and cruel rites, and which untaught may be wrought upon by designing men to enslave the mind and block the wheels of progress. If, however, this faculty yearning for the unseen, supreme, and absolute being, the author of our nature and the universe in which we dwell, is met by a revelation which our reason tells us is worthy of belief, it lifts man, not out of the present world in which wo live, but gives him the consciousness of superiority and authority over all that is temporal, and of an heirship to that which is eternal. Man is a worshipping animal, " deifies and adores the first thing he meets rather than cease to adore. "^ This religious faculty is the most fundamental of all our faculties, if developed healthily, ennol les, impels our whole being forward and upward, the soul of all true progress. True religion, meeting the most fundamental faculty of man's nature, is the most expansive and elevating power in the world. Corrupted, it is indeed comiptio optbnij)essima, the worst of all debasing evils. To attempt to discard all religion because of its frequent abuse, and the errors believed and the crimes committed in its name, is as illogical as the asceticism of the monk, which curses the world because of the evils wrought in it. The man of well balanced mind is neither monk nor intidel ; he is religious and social ; he neither exiles himself from man nor seeks to repudiate 1 Coqucrel. \ A 24 The llellfjloiis Faculty a Ueallty. [Lect. ''1% God. And it often happens that as men drift away from a religious life, some low superstition develops within the soul. 'Tis very true that in individual cases, the rehgious instinct seems to be educated away. But blindness in many an indi- vidual does not'prove the non-existence of light, and the atheism of a few abnormal individuals is as nothing compared with the overwhelming testimony of all lands, of all ages, proclaiming with the united voice of every language, the hunger cry of the human soul for the infinite, that feeling after God, which must have something in which to trust. Nor is this religious faculty a mere sentiment which can bo cultivated by philosophic speculaLion, or by almost any land of thing called a religion. The universal hunger of the human heart after God, this mysterious longing for supernatural sympathy, those hopes and fears for the unknown hereafter, can never be satisfied with milk and water disquisitions on " the true, the beautiful, and the good " in the abstract. The sin- struck conscience with forebodings of wrath, and seeking the pardon of a loving Father, will never be satisfied with learned discourses about the evolution of conduct, the evanescence of evil, and the comparison of relative with absolute ethics. The soul that yearns after personal conscious immortality, and looks upon that hunger as a prophetic instinct of future life, will never be satisfied with any lean theory of transmission of influence ; nor will it be much hurt by the small talk of w^ould-be philoso- phers about this hunger being selfish and low. As well might they tell the common sense of mankind that the desire for food was low and selfish and animal. And what if it is ? Whatever you like to call it, it is there, and it must be satisfied at any cost, philosophize as you may, and so with the hunger of the soul. The world's religious instinct will not be satisfied with more hints and suggestions and theories ; this faculty demands something definite, something authoritative, which will compel I I I.] Faith is not unscientific. 25 the heart's belief. But now as soon as faith or belief in autho- rity is spoken of, up rises the wrath of a certain class of people who call themselves scientists but are not trulj' so, and they cry out " faith is suicidal of science !" " belief is destructive of reason!" Noth g could be more unscientific, more absurd, than such assertions as these. We ask no one to study the sciences by faith, or to allow belief to take the place of thought, although the doctrines of Euclid are as really founded on faith as the doctrines of Christ. There is a place for the microscope, and another for the telescope, and they cannot bo interchanged. It would be absurd for the astronomer to ridicule the micros- copist, because he cannot see the mountains of the moon with his little instrument that was made for an entirely different purpose; and ecjually absurd for small thinkers to ridicule faith, because it is not adapted to a sphere for which it was never intended. We are subj to laws, to limits, to authority on every hand, obeying which we have freedom, as fish in their natural element ; and outside of which is death, as to the fish thrown upon land. All matter is subject to physical laws, the individual is subject to social law, the citizen is subject to political laws, the mind is subject to mental laws, the soul is subject to spiritual laws, and being a conscious personality seeks a conscious personality, as the source of that law to which it feels itself subject. Religion is the attitude of man to that supernatural authority, and any communications which may come from him. And here microscope, and telescope, and crucible, alembic, scalpel, and test acids and whole laboratories of instruments and experimentalists cannot help one iota — a revelation must come in ; nor is it a region of blind acceptance of every thing presented by any class of men. But if any man, or any book, or any system of doctrine, be it Koran, Zendavesta, Pitaka or the Bible, comes asserting a right to proclaim to ua eternal verities, the will of the Supreme, or the facts of the If I * 26 Religion omist be scientifically Tested. [Lect. future world, before we believe, we must ask for their credentials and submit these credentials to human reason. And now you may call in your microscope and telescope and alembic and all the army of scientific experimentalists, with all their facts and specimens and knowledge, and let them test those credentials for you. Don't be afraid ; those credentials are very important ; if they are false it will be the height of folly to believe the message they bring ; if they are true, it will be still greater folly not to accept the message they offer. Test them well, for they are the scientific links between the natural and the supernatural, which if proved to be true will make your faith as thoroughly scientific as any other exercise of the reasonable mind. No religion that cannot produce its credentials and trium- phantly present them to the test of reason, can stand before the onward march of science, can for a moment be considered as an element in true civilization. No religion which debauches the mind can produce thereafter true morality of heart and life, and in the march of science must go to the wall. And that brings me now to a statement which I do not ask you to accept on my authority, or on the authority of the Christian church, but which I ask you seriously to consider, and to test scientifically. It is indeed the centre of my thesis, and to prove which this course of lectures is being delivered. And the statement is this : you have seen that there is no true civilization possible without the salt of morality, and that there can be no general morality without religion ; I now make the statement that there is no religion but Christianity that can stand the testing of science, the probing of advancing thought, and that can be the torch, the sun-light if you will, of true civilization of modern times. In every religion there are elements of truth, but the large proportion of palpable error brought to light by modern education, vitiates the good, and those religions that are unscientific are doomed to perish. 1 I a u% K-tt»'V»'>'»^"-3l*". [Lect. I.] Christianity stands the Test, 27 lentials ow you and all cts and dentials ftant; if message rili M: 40 Influence of Christianity, twofold. [Lect. 'i ■]' l:'i science. Science has done much to remove incumbrances of old pagan traditions that had fastened themselves like parasites on Christianity, and I hope and expect she will work on the same line until every shred of superstition, and human tradition, and useless form shall be done away, and the golden Christianity of Christ alone remain. Another thing she has done, and that is to nourish and stimulate a state of mind that is not credulous, which advances only where the way is firm. And may she still go on strengthening the intellectual powers, for then the faith of the heart will be more strong. But let her be careful to avoid that most fatal of human mistakes ; the going to extremes — let her not seek in removing the parasites to amputate +1'.e the limbs, nor in strengthening the mind to harden it against evidence and reason. The influence of Christianity has been exerted in two ways. (1) The politico-ecclesiatical corporation called a church, exerted as a political power a considerable influence in curbing the violence of the barbarian element, and introduced into European laws some vital principles unknown before, or at least not incorporated into the old civilizations. Such for instance as. — 1. The fact of a Supreme Lawgiver to whom all human law should be tributary. 2. The importance of the individual man in presence of the fact that each is immortal. 3. The obligation of man to man as being all equal in the eyes of the Supreme. 4. The sensitiveness to human life, proclaiming abortion to be murder, abolishing the gladiatorial combats, forbidding the exposure of children, etc. 5. Judging of the enormity of crime by the » lent of inten- tion, and so on. The other way in which Christianity worked, its more legitimate sphere, sometimes with the help of the church and ; I I.] The Laws of Moses, ever true in Princij^le. 41 sometimes in opposition to the church, was in transforming individual man by the teachings of the Bible, so that he might become a properly developed unit among men, the basis for the highest civilization. To show how this was done, and is being done, is outside of my present task, and to explain which would lead me to the wide field of Christian doctrine ; suffice it to say that Christianity has satisfied the human heart with the revela- tion of a God whom all can adore and love, and with an ideal man whose suprem ^, ?vcellence is acknowledged by all, and is still an inspiration for the noblest among men. The world was taught to believe in the enormity of sin, and the necessity of internal holiness as the fountain for purer action. Religion was made to be identical with practical life. The marriage bond was made sacred, the home was elevated, and vast and innumerable streams of charity were sent flowing to the lowest and the farthest of the human race, ameliorating man's present and pointing to a better future. These influences working together have been little by little transforming, elevating men, and through the individual man, ^^ations and civilizations. I shall now close with the statement of a momentous series of facts, and leave you to consider the problem the contain. The Christian religion is the rehgion of the Bible. The two cardinal points in the Bible are the laws of Moses, and the facts and words of Christ. A family of shepherds were taken to Egypt, where their descendents were enslaved in bitter bondage for centuries. They escape to the desert, wander for forty years before settling down in a little land called Palestine. During those forty years of wanderings, Moses, their leader, elaborated a system of laws. The time was more than three thousand years ago, and from that time 'until now, by every advance of civilization and of philosophy and science, not one single element, fundamental principle of law, has been added to what Moses gave to those escaped slaves. Can you tell me VifJ ■ HI: ■ , m thai I'lj, Ml ■;!■' i! . . ■ I i' \ 42 Christ's doctrine complete, flawless, mighty. [Lect. why or how it came to pass that Moses, nearly one thousand years before Confucius was born, laid down every true principle that Confucius taught, and did not teach one of Confucius's blunders ? And also how it comes that no civilized constitution or code of laws to-day, contains a single principle that was not known to Moses, and applied by him wisely to suit the time and the people that he had to deal with, and that in all his code there is not a single principle now found to be false ? Another fact and problem. Palestine has become a miserable province of Eome, as immoral as any other. Out of a wretched mountain village comes ^ young man of 30 years, who calmly contradicts the spirit of his times, and at the age of 33 is ignominiously crucified. But he leaves behind him a system of doctrine in which every truth contained in every other religion is contained, in which none of their errors are found, and which proclaims vital truths unknown to any other ; more wonderful still, from that day to this, through these nearly two thousand years, no new ethical or religious truth has been added, and though he taught only three years, yet he left behind him an influence which has revolutionized the very meaning of civilization, and set the world on the track of its grandest, fullest development, infusing also the propelling power. Tell me, can you explain these facts with reasons pm-ely human ? LECTURE II. THE SCIENTIFIC VIEW: m THE RELATIONS OF THE CHRISTIAN RELIGION TO NATURAL SCIENCE, ESPECIALLY TO THE THEORY OF EVOLUTION. Sir Harry S. Partes, K.C.B., G.C.M.G., Her Britannic Majesty's Minister to Japan, on taking the chair made the following remarks : — Ladies and Gentlemen : I have taken this chair with considerable hesitation, because I feel that it is not in my power to contribute by any remarks of mine to the value and interest of the lecture we are about to hear. I have been induced to do so, however, because I think that the plan of these lectures has been happily conceived, that they are specially recommended by their practical and instructive character, and that the gentlemen who are gratuitously giving so much time and labour to their delivery should readily receive any minor support that others may be able to render. I have also been influenced by the reflection that laymen, by evincing an interest in these lectures, may assist in demonstrating to our Japanese friends that the great subject of which they treat is not regarded among ourselves as the affair of a particular class, but as affecting all classes and conditions of men, and that, though the teaching of Christianity necessarily devolves upon those who devote themselves to that high and benevolent work, its practice concerns the well-being of every individual. The valuo of religion consists in. its being a vital motive which may servQ Sivi'l 1,1 44 Introductory remarJcs [Lect. as a guide in life as well as a solace in death; and if it lead, as it should do, to self-denial and self-control, to probity, peace, and good-will among men, its beneficial influence not only on the individual, but on the family, on society, and on the State is self-obvious, and can scarcely be over estimated whether considered from a moral or from a political point of view. The subject of the present lecture is the Relations of Christianity to Natural Science, especially to the Theory of Evolution. The religion of the Christian differs from science in this, that it is not a matter of demonstration from external, observation, but has its origin in the heart ; it is therefore a work that has to be undertaken afresh by each individual, however humble or however elevated his position, in order to meet a personal need that no science can supply ; and it is not a matter of the progress of the species, or the progress of any science in which those who follow can profit by the labours of those who have preceded them. Religion may be said to deal with the moral field of man's nature, and science with the material; but a knowledge of the true conditions of the latter is a most important aid to a right appreciation of the aspirations of the former. It is therefore wholly a mistake to suppose, as some would have us suppose, that science is opposed to religion, or that religion shrinks from the researches of science ; both aim at Truth, the one as a guide to knowledge in the seen and finite world, the other as a guide to conduct which shall best fit us not only for our duties here, but also for future life in the Unseen and the Eternal. The great truths of the scriptures are not to be impugned by the interpre- tation or misinterpretation which falUble man may place on some of their figurative passages, such as those which relate to the so-called six days of the Mosaic cosmogony, or those which are said to assert, though in a technical sense they do not assert, the immobility of the earth. Why, science itself now supports 11.] % the chairman. 45 the mighty epochs figured in that cosmogony with a sublimity and a simplicity unapproached in any other description of creation ; and we in this day are not to be charged with error or ignorance because we speak, inaccurately in a technical sense, of the sun rising or setting, or of the ascension or declination of the heavenly bodies. Man, prone at all times to magnify his own learning, and sometimes forgetting by whom he is endowed with those mental powers which distinguish him so widely from the brute creation, and of which endowment with its attendant responsibilities no theory of Evolution can either deprive or relieve him, is occasionally inclined to attach too great weight to his own deductions, and to claim for his last hypothesis the authority of fact. On the other hand, the fallibility of human assumption is as observable in some of the dogmas and doctrines of men as it is in some of their scientific conclusions. There have been many views of revelation which have proved to be erroneous, and if science be opposed to such views, and aids us in correcting them, we should thankfully accept its teachings. While on the one hand the Christian religion has been attacked with crude theories, so also have some of its believers shown a want of faith by fearing such attacks. They, in common with all professing Christians, should rather from the past take confidence in the future, remembering that the progress of human knowledge is the illumination of revelation, and that the discoveries of science have ■■: ^atly contributed to the intelligent advancement of the Christian cause. And as fresh light is permitted, by means of man's research, to break from time to time on our limited perceptions, and to reveal to us a deeper insight into the illimitable magnitude and minuteness of the order of the universe, the more reason have we to recognise in this vast work the finger of a divine Creator, and while sensible of our own littleness, but also of our great hope, to exclaim with g 46 Introductory remarlcs. [Leot. the Psalmist of old, in the spirit both of religion and of science, " How manifold are Thy works Lord ; in wisdom hast Thou " made them all, the earth is full of thy riches." It remains for me to introduce the lecturer to the meeting, and in doing so I feel that it would be superfluous for me to make any personal allusion to Professor Ewing, whose scientific acquirements have been so long and so favourably known to this community, both foreign and Japanese. II.] The basis of science. 47 THE LECTURE. 1' Before discussing the relations of natural science to religion we must make sure that wc icnpw what is meant by science and what by religion. It is very certain that a great many quarrels have sprung up for no other reason than that the contending parties have given different meanings to the same word. If they had settled their definitions they would have found there was nothing to fight about. Now I think that a great deal of what has been said about the relations of science to religion would not have been said if the speakers had taken the trouble to lay down for their own guidance and for the guidance of their hearers, just what these words mean. To avoid, then, the danger of beginning with a misunderstanding, we shall try to do this in as few words as may be consistent with clearness, only pre- mising that a consciousness of the difficulty of the task is no reason for shirking it. The materials out of which we build up science are the facts which we learn through our senses. But these in themselves are not science any more than a pile of tiles and timber is a house. We must not only observe; we must measure and compare ; we must collect those facts together which have some- thing in common, and decide what that common feature is, and we must try to cxplavi them by pointing out that they follow from some simpler or more general results of our experience. For this is the only kind of explanation that science can ever give or ever hope to give. She can only tell j'ou how a complex fact is to be expressed in terms of simpler facts, and if you ask her for an explanation of these simpler facts, she will perhaps lead you a step, or even two or three steps, further back, so that 5 !^ 48 Scientific method. [Lect. you come to simpler facts still ; but these, as much as the first, are results of experience. And if yon ask impatiently to be led to the bottom of things and to be told why these primitive ex- periences are just what they are and not otherwise, science tells you she can give you no further guidance, and hands you over to the metaphysicians. Take an example of scientific method. There must have been some very early student of nature, though his name has not been preserved, who observed that a stone when let go or thrown from the hand falls to the earth. His widening ex- perience soon showed him that the same thing was true of other stones, and not of stones only ; and after a great deal of com- parison, men came to see that all bodies near the earth's surface have what we now call weight. A long time later Newton showed that the motion of the moon was to be explained by her weight ; that she is in fact always faUing towards the earth in just the same way as a stone does. An easy step further led to that magnificent generalization which we call the Law of Gravitation, in which, going by analogy quite beyond the bounds of our direct observation, we say that every particle of matter in the universe attracts every other particle with a certain force. In this general result we are able to find a common explanation (in the sense I have just described) for the falling of a stone to the earth, and for the structure of the solar system. But you must notice that this law, like all natural laws, is no more than a generalization from experience ; and while it explains much, itself requires an explanation. To give it one has been attempted by Lesage, and if his explanation be the right one we should be able to deduce the law of gravitation from the simplest laws to which we know the motions of all material substances conform. Beyond these laws of motion, which would seem to be the ultimate goal of all scientific " explanation," we are unable to go. II.] Elements of religion. 49 Tho orderly uniformities of Nature, which it is the l)usines8 of science to discern, and which in our blindness wo call laws, must not be supposed to carry the force of necessary truths. Wo have no right to assume that the generalized result of our limited experience will bo found free from exception in the light of a wider knowledge. While wo strive to bring apparent ex- ceptions within tho circle of sciontitic order, we should bo abusing the authority of science if wo asserted that no real exceptions could occur. Extensive as we find the reign of law to be, wo cannot logically conclude that interference has not happened in tho past and may not happen again in tho future. Turning now to Religion, and -moro particularly to the Christian Religion, we find, I think, four elements which are combined under that name. These are (1) certain beliefs ; (2) certain moral precepts ; (3) certain rites or observances, with an organization which carries these into effect ; and (4) a certain habit of mind which for want of a better name we may call devout. To convey any clear notion of this last to a person who has not felt it for himself is scarcely possible ; nevertheless it is perhaps tho most essential factor in the making of a Christian. It is not enough that he should believe that there is a God, who has revealed himself, and a future life ; that he should act towards his neighbour as he would wish his neighbour to act towards him ; that he should belong to a society whose objects are to worship the supreme Being and to carry out the law of benevolence. Belief in God as the Maker and Ruler of the universe would be little to us did we not love him as a Father, and the practice of Christian charity would be scarcely more than a haphazard kind of poor- relief, were it not based on a deep sense of tho brotherhood of men. But for our present purpose we need not consider any m m •[ ■5' ,?■( ifl M 50 jT/irc/? fundamental hrlirf>i [Lect. except the first of these four elements of which Christianity is built up. For it is clear that science has nothing to do, one way or other, with ethical codes or devotional sentiments or church organizations. If she has anything at all to say about religion, it must be about beliefs. What, then, are Christian beliefs ? If we compare the many answers which have been given to this question at different times and by different men, we find that while they disagree widely in minor details, three grand statements stand out as the essential, because common, features of all Christian creeds. These are : — (1) the belief that there is a personal God who is the Creator and Euler of the universe, and that its history is tlie continuous unfolding of his eternal purposes. (2) That he has revealed himself to us througii the minds of men, and more especially in the person and life of Jesus, whose precepts and example form our noblest rule of conduct, and in whom our highest aspirations find their satis- faction and our best ideals their embodiment. (3) That the obvious incompleteness of this life will be supplemented by a life continued after the death of the body, in which our individuality will somehow be preserved ; — a life to which the present is no more than a brief and scarcely intelligible preface, suggesting many problems which would be intolerably burdensome did we not look elsewhere for their solution. These three beliefs — in God, in a revelation, and in a future state — are the tripod on which c""!' system stands, the necessary and sufficient conditions of Christian stability. Comparing now the two forms of thought. Science and Eeligion, you will see that they both tell us something of om'selves and of the world about us ; but the things they tell are very different, though by no means antagonistic. Science shows us the order of nature, its method and history ; religion shows its origin, uud, to some extent, its purpose or destiny. If we ask nm IL] The idea to he combatted. 51 how tilings happen, we appeal to science ; if we ask ichy they are so, science cannot help us, but religion is ready with at least a partial answer. You will see, too, that the growth of science need not involve the decay of religion, unless indeed we can prove on scientific principles that our fundamental beliefs arc false — unless we can prove that there is no God, that a revelation is physically impossible, and the future life a dream. Neverthe- less, I think I am right in assuming that there is in the minds of many now present, if not a definite belief, at least a vague idea that the relation of science to religion is esentially one of antagonism. You hear much of the ' conflict ' of these jtwo great departments of human thought, and you are perhaps led, without well knowing why, to imagine that while physical science is continually extending its dominion over the minds of men, religion is being driven from the field. You picture to yourselves religion as a moth-eaten and ragged garment, which has no doubt served its uses in the history of humanity, but is now fit for no higher oftice than to clothe the intellectually naked, to bo cut down and adapted to the intellectually childish, or to bo cast into the fire of destructive criticism. You fancy that religious faith has been abandoned by scientific thinkers, and survives only as the superstition of the uneducated. You have no doubt, and rightly, as to the vitality of science : j'ou see its practical fruits and profit by them, while some of you have entered more or less deeply into its spirit. Ecligion you scarcely even care to know, and perhaps in your own minds place the faith of the West side by side with the Buddhist creed from which you have broken loose. You are ready, nay eager, to assimilate everything in Christendom except Christianity. " Sensible men do not " believe it over there," you say. '/ We will not fetter ourselves " with chains which they are laboriously casting off. The pro- " gress of science is every day discrediting it more and more. Wo " will not waste time in examining ita claims." And if I were to I M-i 52 Hoif) it has arisen. [Lect. ask yon whii* part of your scientific studies has led you to this conclusion, you ^YOuld probably refer me to the theory of Evolution. This, if I am not mistaken, is the present attitude of young Japan. Forgive me if I have misstated the position ; if these are not your ideas so much the better, for they arc wholly false. It is not enough to call them inaccurate : I hope to show you by a dispassionate review of the subject that it is an entire misunderstanding to suppose that the science and the Christianity of the present day are anything else than friends. For in that first place, as a matter of mere statistics about which no difference of opinion is possible, wo find that of those men living and recently dead who have done the most in scientific discovery, of the great leaders and exponents of physical science, a very large proportion hold or held the Christian faith. And if we turn from this statistical aspect of the ij[uestion to the subject matter itself, and examine as fully as we can the results and tendencies of modern scientific thought, I venture to say that we shall find nothing to contradict or dis- credit, but even something to suggest a confirmation of the fundamental articles of the Christian creed. How then comes it, you will naturally ask, that the impression has arisen in the minds of many men that there is essentially war to the knife between religion and science ? To ai swer this question, we must glance very briefly at the history of tl:o Christian Church. During the very earliest stages of that history, in the life-time of Christ and his apostles, and for some time after, wo find no materials even for conflict between students of natural phenomena and the exponents of the new faith. But the Church soon lost her primitive simplicity and in many ways wandered strangely away from the ideal of her divine Founder. She amassed enormous wealth, acquired a political II.] Early folly of the Church. 53 influence which placed kings at her command, and (what is important to our immediate purpose) she formulated as dog- matic truth not a few statements which were not only absent from the teaching of Christ, but were wholly alien to the spirit of his revelation. In many cases those dogmas were nothing more than definite crystallizations of the popular opinion, or superstition, or quasi-philosophic theory of the time. During the period of intellectual darkness which we now call the Middle Ages, a period during which the Church was in fact the guardian and, one may say, the monopolist of all knowledge, those dogmas received that sort of confirmation which comes from never being called in question. The greatest dogmatists are those who never have the good fortune to be contradicted ; and, in the case of the Church, what was conceived to be philoso- phically true received the stamp of a theological dogma. The popular notion that the earth is flat, and that the sun, planets and stars are insignificantly small bodies revolving round it, became, in the writings of the fathers, invested with the authority of a religious truth. No scriptural sanction for such a doctrine existed — in fact, when we think how universal this view must have been in the early stages of natural knowledge, it is most surprising that the biblical cosmogony docs not in any way con- tain it. Nevertheless this merely popular opinion, destitute as it was of scriptural authority, became a part of ecclesiastical belief, and when, at the dawn of the scientific renascence, Copernicus came forwnrd with rational ideas al)out the solar svstem, the Church, in foolish alarm, opposed the new doctrines with all the forces at her command. For a time the question remained un- settled, until the telescope of Galileo decided it by discovering the moons of Jupiter, when the Church renewed her useless struggle. At last peace came, and with it the conviction which so often comes when the heat and passion of conflict give place to calm reflection — the conviction that the whole affair had been a grand I 9 54 Draper's " Tlistorij of the Conflict [Lect. ir.iiHA'i. j-a,^ mistake, and that after all there was nothing whatever to fight about. The Church discovered that the spade of science, which she had thought to be under mining her foundations, had in fact done no more than clear away a rubbish-heap ; and notwithstand- ing her violence and folly, the greatest intellects of the new philosophy, Kepler and Newton, were to be counted amongst the followers of Christ. The story of this and other similar episodes of ecclesiastical history has been told by the late Dr. J. W. Draper in a book which has, I believe, obtained a large circulation in Japan, and to which for this reason, rather than because of its intrinsic importance as dealing with the question before us to-day, I shall devote a few words. To a reader who does not possess much independent knowledge of the Christian religion, the title of that book cannot fail to be misleading. For the history it narrates is not a conflict between Science and Religion, but rather between Science and th e Church, and indeed we might say the Eomish Church, since (as ho admits) that organization has been specially selected as the object of Dr. Draper's attacks, on the extraordinary ground that " extremists determine the issue" (preface, p. x). The struggle, he says, "commenced when Christianity began to attain political power;" and again he compares the primitive form which Christianity adhered to during the first three centuries of its existence with the adulterated and paganized type it assumed under Constantino, and expressly says that these modifications "eventually brought it in contiict with science" (p. 39). To speak then of the conflict of science with religion is to give the name of religion to that deposit of semi-pagan error which during thirteen conturi ^ thered undisturbed on the fair temple of God — gathered so tliickly that priests and people alike forgot the difference of dust and stone until the trumpet of Luther shook the walls. Ho would be a rash man who would II.] between lleUgion and Science." 55 even now pronounce complete the work of cleansing which was then begun ; and in that work science has lent no unimportant aid. The misconception of the struggle which the title of Dr. Draper's work implies, appears frequently in other ways throughout the volume. In the words of a philosophic critic who is a fellow-countryman of the author, and who will not be accused of any pro-c}iristian bias, "religion" is to Dr. Draper " a symbol which stands for unenlightened bigotry or narrow- minded unwillingness to look facts in the face ; " the title of his book " keeps open an old and baneful source of confusion ;" and the same critic concludes that there is no such * conflict ' as that of which Dr. Draper has undertaken to write the history.^ To give you an idea of the way in which the impression of conflict is needlessly fostered, I may quote from the headings to Chapter VI, where we And the antithesis : — " Scriptural view of the world, the earth a flat surface : Scientific view, the earth a globe." Now, as I have already said, it is not the scriptural view that tlie earth is a flat surface. It was, if you like, the popular and even at one time the ecclesiastical view, but you will not find it either in the Jewish or in the Christian scriptures. In the same chapter Dr. Draper goes on to say that " on the basis of this view of the structure of the world great religious systems have been founded " (p. 153). The implication would seem to be that Christianity is one of these, and if so, could we conceive any more ludicrous mistatement of its "basis?" Again, Dr. Draper speaks of Copernicus as " aware that his doctrines were totally opposed to revealed truth" (p. 107), though Copernicus was probably enough of a biblical scholar to be aware of just the opposite. Perhaps, however, the drollest climax of historical distortion is reached where Dr. Draper speaks of the origination I S ^Fiskc. The Uiueen ]Vorld and Other Enmys, p. 138 et scq. 56 Nature her oum Uevelation. [Lect. is,,; and rise of Mohammedanism as a "reformation" — "the first or Southern lleformation," while the movement of Luther is "the second or Northern Eeformation." liesuming now our brief historical review, we find that after the lleformation (the " second or Northern" one, I mean) the relations of the Church to science became much more friendly, although in a number of more or less conspicuous instances the Church was compelled to abandon certain outlying and quite unimportant positions by the advancing tide of scientiiic discovery. Views regarding the age of the earth and the method of creation, the antiquity of man and other points, which were in part at least based as a too literal adhesion to the Jewish scriptures, had to be rejected ; and the truth became more fully recognized that Nature is her own revelation : that the revelation which forms the basis of religion refers to no matters concerning w hich knowledge can be otherwise obtained. "While some theologians endeavoured by a certain elasticity of interpretation to remove the apparent inconsistencies, others saw in these only an additional reason for modifying i^aoir views as to the inspired character of the books (additional, I mean, in the sense that the same conviction was borne in upon them as a result of biblical criticism, apart altogether from the bearings of scientific discovery). Indeed scientific discovery has in a measure tended to confirm rather than discredit the authority of the ancient Jewish scriptures, by showing their singular freedom from scientific blunders as compared with other writings claiming to be sacred. It is a fact hard for the opponents of revelation to explain, that the order in which living beings are named in the biblical account as appearing on the earth, is that which the theory of evolution requires, and the evidence of geology proves. Even so unfriendly a critic as Ilaeckel, in speaking of the so-called Mosaic cosmogony, cannot refrain from bestowing his "just and sincere admiration ou the Jewish lawgiver's grand ingight into II.J The controversy has changed its ground. 57 nature :"^ and a scientific thinker of a very different school, Dr. Joule — to whom more than to any other man we owe the doctrine of the conservation of energj- — says " it appears to be impossible to give a clearer, and at the same time an equally succinct, account of the dynamical theory of creation, than that which is comprised in the second and third verses of the first chapter of Genesis." It would be pleasant to linger over the entertaining spectacle of the modern historian of creation complacently patting his venerable predecessor on the back. But the point is one on which we need not dwell ; for, if I am not mistaken, the views regarding inspiration which theologians generally hold are such as would not preclude the possibility of historical or scientific mistakes on the part of those writers whom they regard as the vehicles of a spiritual revelation. In fact the controversy, so far as there is a controversy, proceeds now on wholly other lines. Scepticism has thrown aside such rusty old weapons as the story of Galileo. That they were ever used is a matter of no more than antiquarian interest ; to us now the questions which have a living reality are very different from those. If you think that Christianity is to be resisted by the sort of attack for which Dr. Draper's book furnishes you the materials, you are making the same kind of mistake as a soldier would make who should choose a bow and arrows as his equipment in an age of torpedo-boats and rifled guns. Compared with the questions of to-day, the old case of Genesis versus Geology is as a fossil to a living organism, scarcely less a fossil than the much older conflict of the inquisition with astronomy. In this connection, however, one noticeable episode in the relation of the ecclesiastical world to scientific thought is so recent as to deserve : lention. Twenty-three years ago the late Mr. Darwin propounded a theory of the origin of species, applicable to the IB 5 i P Si Si 3 1 Ilistori/ of Creation, Vol. I, p. 68 The " Origin of Species.'' [Lect. descent of man, whi rtling as it then was even to most scientific men, has nc .. .'eceivecl at the hands of those best able to judge, a very general although in some cases a qualified assent. At its first statement, and for some time afterwards, many theologians found in it a contradiction of certain popular conceptions which had been worked into the web of their religious faith. The tradition that the several types of animal life as we now find them proceeded direct from the hand of the Creator was, like the flatness of the earth, a popular notion rather than a legitimate deduction from the Biblical narrative. But in the minds of some religious men it had become a p vt of their conception of a creator, and they held fast to it, a|t."..rently with the idea that if it were abandoned there would be no room left for belief in God. Darwin himself had indeed anticipated this objection, and replied to it very truly, when at the end of his work on the Origin of Species he said : — ** There is grandeur in this view of life, with its several powers, having been originally breathed by the Creator into a few forms or into one ; and that whilst this .planet has gone cycling on according to the fixed law of gravity, from so simple a beginning endless forms most beautiful and most wonderful have been and are being evolved." But it was not until after much profitless struggling that this wise judgment of his was generally admitted to be just ; and indeed, though the din of this recent controversy no longer fills the air, we may still hear an occasional exchange of shots between outlying combatants. But I think I am scarcely anticipating events when I say that the Christian Church is settling down with the assurance that whatever be the ultimate verdict on the views of Darwin, it is a verdict which the scientific world alone must give, without help or hindrance from preconceived notions, and that, be the result what it may, the position of Christianity is no whit disturbed. Once more let mo briefly repeat that this whole subject of si. f 11.] Christian Natural Philosojyhcrs. 59 the historical relations of science to religious thought finds its key in the fact that where there has been conflict or opposition it has proceeded from ideas which are not essential parts of the Christian system. " The real contest is between one phase of science and another; between the more crude knowledge of yesterday and the less crude knowledge of to-day."^ The abandonment of traditional ideas has been a process of purifica- tion and restoration, not of mutilation. It has been aptly said that every individual Christian and every organization of Christians may be regarded as a mirror which reflects the figure of Christ and His Church. But the mirror even at its best is warped and dull, and the image is distorted and dim ; and if wo see in it features whose divinity we cannot recognise, our first care should be to turn from the image to the object, where, haply, we shall find nothing to repel. If history shows us, and there is no denying it, that the Church's public relations to science have been in great measure a series of blunders which were sometimes crimes, it also shows that, bad as these have been, they have never had the power to alienate fiy)m Christianity the men whose names shine brightest in the annals of scientific discovery. Not to mention a host of minor workers, we find amongst the Christians Newton, who supplied the key to the solar system ; Boyle, " the father of modern chemistry"; Dalton, who discovered the laws of chemical com- bination ; Young, one of the great developers of the undulatory theory of light; Faraday, the prince and pattern of all ex- perimentalists. And if we extend our view to the present day, we find that very many of the most distinguished students and the ablest interpreters of the dynamics of nature take their place on the same side. You will admit, even those of you to whom Christianity is no more than a name, that a religious 3 ' Fiske, loc. cit. 60 The " Pojmlar Science " fallacy, [Lect. WWil 1-1 ^s ■i system which, distorted and misapplied though it has heen, has shown itself capable of acceptance by many of the greatest intellects of all ages, past and present, has a marvellous vitality and power. Apart from the historical attitude of the Church, another cause is at work to produce this erroneous idea of conflict. A few really scientific writers and a numerically mighty host of quasi-scientiiic ones, who have not accepted Christianity, have referred to it in their writings or lectures in a way which has led many people to suppose that the rejection of Christ is a necessary result of pursuing the scientific method. Partly because of their anti-christian bias, such writings and lectures have received an amount of popular notice which more purely scientific ones cannot command. The latter appeal to a smaller public — outside of which we generally find the most grotesquely distorted estimate of scientific men, their works, and the tendencies of their enquiries. It you were to ask a hundred ordinary Englishmen or Americans to name the man whom they regard as the special representative of physical science, ninety- nine of them, perhaps, would name Professor Tyndall. Now»I have no wish to say a word, and it would be highly unbecoming in me to say a word, derogatory of Dr. Tyndall' s standing as a contributor to the solid structure of scientific truth, and there is no one but must admire the clearness and eloquence with which he can exhibit its beauties to those who have no eyes for its technical details; but at the same time it is the simple truth that his position with respect to Christianity is, amongst the greater living English physicists, not a represen- tative but rather a singular and isolated position. Put him in one pan of the balance, and put Thomson, Stokes, Joule, Tait and Stewart in the other, and those of you who know anything of the recent history of physics will have no difficulty in deciding on which side is the weight of scientific authority. In II.] ScicncG docs not make men irreViglous. Gl this connection I may appropriately quote the words of a distinguislied chemist, Dr. J. 11. Gladstone, himself a fine example of the not rare combination of scientific eminence with earnestness of Christian life. In denying tho popular fallacy that there is a divorce between scientific and religious thinkers, ho says : " A singularly largo proportion of the highest men of science of this and preceding times have been devout believers, or at least have acknowledged the truth of the scriptures ; while if we descend to men of the second and third ranks we find, at least in my experience, about the same proportion of Christians as in most other professions." ^ Of course it is not suggested that scientific study will make a man religious : my purpose in these remarks is the much humbler and more rational one of showing that it does not make men irreligious. "Whether a scientific man is religious or irreligious, he is so not because he is scientific. Of this we have abundant evidence of a kind whose value can be appreciated even by those who know little of science and loss of Christianity, the evidence, namely, which is presented in the lives and opinions of scientific men. If by some instances they teach us that knowledge of nature has gone along with unbelief in religion, by many more do they prove that there is no essential discord between the spirit of enquiry and the spirit of reverence, and that the wisest of men's sons have often put aside their wisdom, and become even as little children, that they might know the truth. Two men have recently died, in each of whom science has sustained a loss which it is easier to deplore than to estimate, and who, at once by their likeness and unlikoness, illustrate what I have just said. One, Clifford, died so early that his achievements were potential rather than actual; the other. Maxwell, was taken » Trans. Vict. Inst. Vol. I, p. 391. M ij''.!:''i 62 Clifford and MaxircU. [Lect. from tho midst of a life of Bplendid performance. Of the two, Clifford was an unboliovcr in Christianity ; Maxwell an earnest Christian. If tho life of Clifford gives a now illustration of tho old truth that man cannot by searching find out God, tho life of Maxwell may bo said to show that man cannot, by searching, find God to be impossible. He Imew, as few men have ever known, tho possibilities of matter, and penetrated into the mysteries of nature more profoundly than many men can even follow. It is difficult to speak of his services to science or tho depth of his philosophic insight in language which a general audience would not think extravagant and unreal. Just before his death he said that he had examined every system of atheism he could lay hands on, and had found, quite independently of any previous know- ledge he had of tho wants of men, that each system implied a God at the bottom to make it workable. lie went on to say that he had been occupied in trying to gain truth, that it is but little of truth that man can acquire, but it is something to 'know in whom we have believed.'^ The life of such a man as Maxwell would suffice to give the lie to the popular fallacy that science conflicts with religion, even if he stood alone ; in fact, however, his place is with Newton and Faraday, alike as a pillar in the temple of natural knowledge, and a stone in that grander temple whose corner-stone is Christ. To a certain extent, however, we may cast ourselves loose from the fetters of authority, whether ecclesiastical or scientific, and examine, each man on his own account, the bearings of modern scientific thought on belief. I shall therefore endeavour to place before you, with as much clearness as tho shortness of time at our disposal will permit, some of those more recent developments of scientific discovery and speculation which may be expected to come into contact with religious thought, and in ^Nature, Nov. 13, 1879. :■»,.• II.] Theory of Phi/slral Ei^ohit'ioa. 68 particular to give a brief summary of the theory of physical evolution, in order that wo may test whether it contains anything so fatal to Christianity as some of its local exponents seem to imply. More fully than in any earlier age, scientific thinkers now- aday recognise an orderly procedure in the whole of natural phenomena. They soe that the actual state of things, in all its manifold complexity, is but one link in a great chain of develop- ment — one step in a slow but inevitable progress from a wholly different past to another wholly different future. They have abandoned the old notion that things as we find them now have been in their chief conditions the same for ages in the past and will remain the same for ages in the future. We now know, as far as any scientific truth can be known, that the story of the universe is in this respect like the story of a man's life or a plant's growth : a simple beginning, a complex present, a future of necessary death. From the brief moment of its existence which is given to us to study, we have learnt that which enables us to cast our vision backward to a time when no life was possible on the earth — to a still earlier time when sun and planets were a nebulous cloud ; and forward to a future when sun and planets shall be joined in one huge inert mass, and all life shall have ceased to be. This ceasless progress from beginning to catas- trophe, one little step of which has brought us all here to-day, has been of late studied in various portions of its vast extent, with results which are included- under the general name of theories of evolution or development. The idea of the univerro as a great mill, which grinds out all things by a process of unvarying sequence, is older that the Latin poet Lucretius, but its exact scientific form belongs to recent times. To Kant, and subse- quently to Laplace, we owe the tlieory of globe development, while Darwin has endeavoured to trace the progressive changes of living things, and Mr. Herbert Bpenccr has systematized the i 64 Globe Development. [Lect. idea of §volution and carried it into domains which lie outside of physical science, and therefore outside of our consideration to-day. The whole subject is essentially a progressive one: it is continually receiving additions, and combines much that is still unproved hypothesis with much that rests on as sure a basis as any other scientific doctrine. In examining its relations to Christianity, however, I shall not hesitate to include hypotheses on whose truth or falsity it will be the business of the future to decide. First then as to Globe development. The nol)ular theory of Laplace assumeo that the material which now forms our sun, the earth and other planets, and their moons, was a long time ago diffused in very much smaller pieces throughout a vast extent of space. Those particles attracted each other by ordinary gravitation and therefore fell together, but besides this motion towards a common centre we must suppose they had a motion of rotation about that centre. In rushing together they generated heat by their collisions, or, in more learned language, their potential energy was changed to heat. As the condensing mass cooled by radiation it split up partly, and portions became detached from the main body which repeated the process for themselves on a smaller scale. These formed the planets, while the main body continued to co"flensc into the sun. As the planets condensed they, in like ii^^nner, threw off, or rather I should say left behind, moons, or rings as in the case of Saturn. Owing to its vastly larger mass, and partly perhaps on accoimt of its originally higher temperature, the sun has cooled less com- pletely than the smaller bodies of the system. It is still enor- mously hot, so hot as to be a grand dispenser of radiant energy, but it is a spendthrift living wastefully on its capital : it is radiating out energy without receiving anything like the equivalent of what it gives, so that its store is steadily diminish- ing. Tho earth, though still enormously hot in its interior, has »i'. IL] The ar/c of the Earth. 65 long ago cooled sufiiciently to admit of life on its surface. T, o know, however, with much certainty that it was formerly in a molten state, far too hot to admit of life. The question then arises — and it is a question of no small interest — how long ago did the earth cool down sufiiciently to be a habitation for living beings '? Sir AVilliam Thomson has succeeded in giving an ap- proximate answer to this question. Three independent lines of reasoning have led to the conclusion that something like fifteen millions of years is the longest time during which life can have existed on the earth. The calculation is at best a rough one, and perhaps wo should say fifty millions instead of fifteen. At any period much earlier than that, the surface of the globe must have been too hot for tho existence, not only of such living things as wo now find on it, but of any conceivable form of organic life. And now, if we look forward instead of looking back, wo sec that the separation of the planets from tho central mass, which occurred during the original contraction, is only a temporary thing, only a postponement of their ultimate fate. Their speed of rotation round the central sun diminishes continually, and they tend to fall in towards it with a slow spiral motion. The earth will by and by be engulphed, and when it falls in, it will at least serve this good purpose, that it will supply the sun with a largo addition to the stock of heat energy which is radiated out for the use of such of tho other planets as will still bo outside to receive it. I need not say that this catastrophe would put an end to all terrestrial life ; if, indeed, that had not died before from an altogether different cause. The processes of growth and nourishment depend essentially on tho radiation which wo receive from the sun ; and if that were greatly diminished no life could exist on the earth. Now, the sun is a hot body in the act of cooling, «o a time must come when, even if the earth bo still pursuing au iudepcndeut )fd ';«P' 66 The final catastrophe. [Lect. % •u path, the sun's rays will ho too feoblo to keep up animal and vegetable li'e. Life, then, may be frozen out or it maybe burnt out ; but one way or other it will come to an end within a finite length of time. We may regard this grand process of cosmical development either as a history of globe structure, that is of aggregations of matter, or as a history of transformations of energy. We believe it to be in the main a true history, not only of our solar system, which forms a mere speck in the immensity of the visible universe, but of all stars, individually and collectively. Con- sidered as a structural change, it is a progress from a state of very widely separated particles to an accumulation of everything into one vast lump. And the very fact that the large masses now visible to us are of finite size is held by some physicists to be a proof that the process has not been going on forever — in other words, that the visible universe has had its origin in time. Considered as a history of the transformations of energy, it is a progress from the potential form, due to the distribution through space of gravitating matter, to the form of heat dissip ♦^^cd into space, or uniformly diffused in a manner which makes impossible all farther transformations, all \ ital and mechanical actions. We may form a mental picture, however imperfect, of this action, by comparing the universe to a clock, M'hich has been running for some time since it has been wound ud. If it receives no further supply of energy from outside, the clock inevitably runs down, that is to say, after a time its activities cease. A few more ticks of the pendulum, and all is silence and rest. And so, looking back, we can infer a time when a hand must have interposed to wind up the weights and start the wheels in the orderly routine by which they carry out their maker's purposes. I do not mean to imply that the creation of the energy of the universe must have taken place within a iinite limit of past time : that would, I think, be a I'uir iufereucu only if II.] Evolntiony of itself, detennines nothhirj. 67 tlio universe were, like the clock, a finite system. But we do not get rid of creation by pushing it back into the past ; and the whole process, whether wo regard it as a structural change or a transformation of energy, is nothing more than a statement that something follows when we have given something else. We may go back and back, still we shall always come to a state of things which requires explanation as much as does the present. In thiit early state, wherever we pause to regard it, we may see the worlds as they now exist potentially contained, and the question of why they arc there will bo just as difficult — as hopeless of scientific solution — as the question of why they are here now. To say that things have assumed their present forms by a process of evolution is no contradiction of the Christian idea that they are what they are because it is God's will that they should be so. Evolution is no more than a certain method of change, and a method of change does not of itself make worlds ; to do that requires a method of change working on materials which already exists in certain states. We only shift the direct action of the Creator a step further back, for if wo conceive that in the original configu- ration of the material whose development we have been tracing, the complex activities and results of Nature as we know them were latent, then of course we may fairly ascribe them to the will of the Creator, just as much as if they were direct results of his action. The truth is, that law of itself determines nothing ; it must have an original structure to modify ; and the same law, acting on an originally difterent form, would have given wholly different results. When we say that the development of suns and planets is the necessary result of the law of gravitation, we say what is perfectly true ; but it is just as true, I conceive, to say that their development is the continuous unfolding of the purposes of God. If wo choose so to regard it, science can say nothing against the statement. And thus it has been truly 98 as 3 68 The indnterminate ^^rohlom [Lect. B 'i I .J 4 I said that, even if we adopt the most strictly mechanical view of natural events, the whole outcome of the universe is the reeult of will acting by law. This point, which I hold to be an immensely important one, has been treated with much clearness by the late Professor Jevons in his admirable work on the Principles of Science, and I cannot enforce it better than by quoting his words : — ** Even assuming that all matter, when once distributed through space at the Creation, was thenceforth to act in an invariable manner without subsequent interference, yet the actual configuration of matter at any moment, and the consequent results of the law of gravitation must have been entirely a matter of free choice. " The original conformation of the material universe was, so far as wo can possibly tell, free from all restriction. There was unlimited space in which to frame it, and an unlimited number of material particles, each of which could be placed in any one of an infinite number of different positions. It must also be added that each particle might bo endowed with any one of an infinite number of degrees of vis viva [kinetic energy] acting in any one of an infinitely infinite number of difi'erent directions. The problem of creation was, then, what a mathe- matician would call an indeterminate problem, and it was indeterminate in an infinitely inihiite number of ways. Infinitely numerous and various universes might then have been fashioned by the various distribution of the original nebulous matter, although all the particles of matter should obey the one law of gravity. " Lucretius tells us how in tho original rain of atoms some; of these little bodies diverged from the vectilinenl direction, and coming into contact with other atoms gave rise to the various combinations of substances and phenomena which exist. He omitted, indeed, to tell us whence the atoms came, or by what force some of them wore caused to diverge, but surely these iH II.] of Creation. 69 omissions involve the whole question. I accept the Lucrctian conception of creation when properly supplemented. Every atom which existed in any point of space must have existed there previously, or must have been created there by a previously existing power. "When placed there it must have had a definite mass and a definite energy, kinetic or potential as regards other existing atoms. Now, as before remarked, an unlimited number of atoms can be placed in unlimited space in an entirely un- hmited number of modes of distribution. Out of inlhiitely inlinito choices which were open to the Creator, that one choice must have been made which has yielded the universe as it now exists." ^ The position hero laid down by Jevons refers not merely to the recognition of Globe Development as the action of an intelligent Creator : it has a much wider application than that. If we conceive, as some persons do conceive, that all natural events, even those which seem to be determined by the free action of living beings, are simple dynamical results of the previous positions and motions of material particles — if we take this extreme view of the universe as a gigantic mechanism — the idea which runs through the passage just quoted has an immensely important signilicance. For then, while wo recognise all pht .rmcna as latent in the primeval configuration and motion of the atoms, we must also regard them as being the necessary thougli indirect results of the will of the Creator, to whom that primeval arrangement is ascribed. And let no one say that by such a conception wo bani.sh the Creator from the world he has made — that our God is a god who sits with folded hands, while the wheel-work he luis set in motion grinds on lioedless and unheeded. " An infinite mind must of necessity foresee all the infinite results and outcomes, and foresee them as i > I'rinciplcs ol Science, Vol II. p. 133. i.-^ f^^. ! 70 Chem leal Dcvcloijvicnt. [Lect. .1' i I, tliG results of the original constitution, and therefore all the subsequent effects are really (ktermincd by that mind. The objection which is sometimes urged against this mechanical view, that it throws the Divine action into an infinitely distant past, and excludes Ilim from the present, argues an imperfect conception of the Divine mind, which is equally present through- out all time ; and every effect of a perfect machine is as truly the effect of will, when it is comprehended in the original design of the machine, as when it is produced by the will of the work- man acting through the machine. So that even on this strictly mechanical view it must be admitted that the whole outcome of the universe is the result of will acting by law."^ Returning now to the development of the universe as we are able to study it by scientific methods, we come to the question, — Do the different kinds of stuff* or matter out of which sun and planets are alike made up, differ from each other in a way which we can account for by supposing them in their turn to have been developed from some simpler, more universal stuff' ? In other words, docs our knowledge of the structure of matter favour the idea of Chemical Development ? To deal with this question fully would take up far more time than we can spare ; but we may briefly notice one or two points. To the old question, arc there atoms (things which cannot be cut), or can we imagine the subdivision of a piece of matter to be carried on without limit ? physical science has not supplied an answer. But we do know that if the process of cutting up, say a drop of water, were repeated over and over again often enough, we should after a finite numl)cr of cuttings come to pieces which were no longer pieces of water at all, but something different from water and from each other. The smallest parts into which wo can divide a substance without causing it to lose > Dp. Cottcrill. Transactions of (be Victoria Institute, Vol. XII, p. 329. II.] Marvellous similarity of the Molecules 71 its characteristic properties are called molecules, and we have good grounds for believing that all substances possess a molecular structure. In fact, by making this supposition wo are able to explain a great many of the observed properties of gross matter by reference to the simplest principles of dynamics. Now, in following out this theory, we lind that the molecules of any one substance are alike to an extraordinary degree of exactness. By the help of the spectroscope wo are able to ex- amine the molecular structure of the materials of the stars and the nebul.T), and wo find, not only that these materials are substantially the samo as those which build up our own earth, but, more than this, the molecules of which they are composed possess, with a marvellous precision, the same forms and properties as the molecules which compose the same substances here. We know, for example, that any one of the millions of molecules of hydrogen in Sirius vibrates in (as far as we can measure) precisely the same periods as any one of the millions of molecules of hydrogen in the sun, or as any one of the millons of molecules of hydrogen in the flame of a lamp ; tind when we Ihid that two elastic structures vibrate alike, not only in one fundamental mode, but in many, we may safely conclude that their forms must be very exactly alike. Of course we cannot prove absolute identity; indeed, even if there were absolute identity in the period of vibration, the motions of the molecules amongst each other would cause slight variations in the frequencies of the waves of light which reach an observer. But we may certainly say that we have experimental proof that the molecules of any one sub- stance, enormously numerous and widely distributed as they are, possess an identity of form far exceeding that which by any process of manufacture wo can give to industrial products. The molecules of hydrogen or the molecules of sodium, whether we bring them from the depths of the earth or examine them in the most distant star, resemble each other far more closely than do is J} a 72 They differ from inQdnds of EiwhUlon. [Lect. coins struck from the same die, or bullets cast in the same mould. Now it is cliaractcristic of tho i)ro(luct8 of evolution (so far as wo can tell what arc products of evolution by watching the process itself) that they possess a certain considerable unlikencss as well as a certain considerable likeness. Variation amidst similarity — that is the very condition on whose existence the process of development depends. ]iotli in the development of worlds from nebulous mist and in the transformation of species by natural selection (as wo shall see presently) the products arc decidedly not all alike. But amongst the vast numbers of molecules of any one substance which we find scattered through space we can detect no dissimilarity, and it seems a fair — at least R probable — conclusion that they are not results of evolution. So far as wo can judge, tho molecules are " the only material things which still remain in the precise condition in which they first began to exist. "^ Or if in their formation there has been any process to which we can give the name of development, it must have been of a kind very different from the process which we sec at work in the structural changes of gross matter and in the progression of organic forms. There appears to be some prospect that the old chemical separation of the various kinds of matter into a certain number of elements, incapable of further resolution, may in time be abandoned. We may perhaps come to recognise the so-called elements as composite structures, built up of some one primitive substance. The chemical speculations of Prout and the recent researches in spectroscopy of Lockyer favour this view* ; but in that case the remafks which have just been made as to tho manufactured character of tho molecules would apply with undiminished force io the primitive pieces whose simple combinations give rii^e to the so-called elements. t~- -■ r' H ■ I: ■: V > ^ Maxwell. Theory of Ucat, p. i>12. % II.J Thomi^on's Vortex Atoms. 73 I must not leave this subject of the structure of matter without mentioning the remarkable suggestion wliich Sir William Thomson has made as to the possibility of having true physical atoms, pieces which cannot bo cut, without ascribing to them the inconceivable property of infinite hardness. The idea is that an atom is a vortex ring, or other form of vortex movement — the same kind of movement as a smoker sometimes produces in the smoky air which issues from his lips — but the vortices which form the atoms of nuitter exist, according to Thomson, in a continuous lluid iilling all space, and destitute of inti'rnal friction. If this is the character of the atom, nothing short of an act of creative power could produce it, even when the raw material, so to speak, that is the continuous lluid, was given. And, again, nothing short of a miraculous or non-natural intervention could bring the vortex to rest after once it was set in motion. On this theory, even if we were supplied with as much of the raw material of atoms as wo chose to ask for — the clay of which our bricks are made — wo should be ])owerkss to add one to the number of atoms already existing or to reduce their number l)y one. This is l)ecause the lluid in which the vortex movement is supposed to exist is frictionless : but if wo suppose instead that 'i is nearly but not quite frictionless, we get two very curious results. For then, in the iirst place, can wo conceive of the development of matter out what is not matti;r (I say conceive of it — nothing more than that, for we have no means of picturing the process to our minds, and not a particle of evidence that such a process ever occurs). And further, we should then be able to extend our vision into the future of the universe in a very wonderful way : for if the atoms are vortices in a lluid which possesses ever so little viscosity, they must in time die out altogether, and so wo should be able to predict the total disappearance of matter itself! The doctrine of the dissipation of energy has led us, lU I', ' 74 Possihlc dUnpppiirnncc of (jross laaiter, [Lect. with much certainty, to conclude that the end of gloho develop- ment will be a huge inert mass, in which all the matter of the worlds shall ho gathered together ; hut the speculation I am now reproducing takes us a long way further than that. It takes us to a time when, one after another, the atoms shall molt into space — to a time when "we shall have no huge useless inert mass existing to remind the passer-hy [if there he a passer-hy] of a form of energy and a species of matter that is long since out of date "^ — to a time when the universe shall have buried its dead out of sight. It will at least serve to bring vividly before us the feebleness of our faculties, if wo conceive of the visible universe itself as nothing more than a collection of tiny whirlpools, which a little while ago were not, and a little later will sink to rest ; and yet in their brief moment of being we find the best help we know of in our attempts to realize that infinite duration which is an attribute of God. But we must come down from those high regions of physi- cal dream-land to more sober ground. "We find on the surface of the earth many different khids of living things, and it is a part of the business of science to trace the historical connection between what we see now and the much earlier stage in the earth's existence to which a consideration of globe development brought us — the stage, namely, when the surface had just cooled sufficiently to allow animals and plants to live. In other words we must consider the evolution or development of life. And the question at once arises, were the various forms of living things which now exist separately created, or were they developed from some more primitive form, as the suns and planets have been developed from nebula)? Long before the time of Darwin, naturalists advanced the hypothesis that the various species have sprung from a common stock ; but it was left to Darwin ^Tbo Unyccu Uaivcrac (Stewart und Tuit), p. 110. m II.] Life Development hij Artificial Sotection, 75 and Wallace, and especially Danvin, to take the truly immense stop of reducing the speculation to a scientific theory, and to show how, hy natural means, such a process of descent may have occurred. The theory of descent, and the explanation of that theory hy reference to natural selection, are contrihutions to science whose importance cannot easily he overrated. For tho ))onelit of those now present whose knowledge of Life Develop- ment is even more imperfect than my own, I shall endeavour to give an outline of it, though, as the suhject is one out of tho range of my own studies, such an outline will most likely he faulty as well as incomplete. Along with the fact that children resemhle their parents, we find that tlii.^ reserahlance is not exact, that they differ more or less from their parents and from each other. Tho fact of tho likeness to parents is called Heredity, the fact of the unlikeness is called Variation. Thus, amongst say tho descendants of a pair of sheep, wo will find some with longer hodies and shorter legs than others. And it will occasionally happen that tho difference is so great as to have a large inlluenco on the hahits of the animal. For example, if a sheep is horn with an unusually long hody and short legs, it will not ho ahle to jump over fences which other sheep can jump over, and some of its children will share this peculiarity while others will not. Sup- pose, then, that the farmer who owns tho sheep sees the henefit of having a flock which will stay at home; he can take advantage of heredity to hreed a race with long hodies and short legs. He can do this hy letting the common kind die without off- spring, and encouraging the hrceding of the long-hodied sheep ; and in course of time all his flock will he of the long-hodied kind. Now this is not a fancy picture : it is the real story of what a real farmer once did, a ' 'cute ' Yankee of Massachusetts. Wo see here how a new and permanent variety of living heings may arise by a process of artificial selection ; but when e ai! fSStm ml mm* ftmm ? Mount Aiiibun Univfcfiiiji. Ralph Pickard BeU Library - IMAGE EVALUATION TEST TARGET (MT-S) !!! 1.0 I.I 1.25 *^ 1^ ill 2.2 Sf 1^ lllllio 1 1.8 U IIIIII.6 V] <^ 4V^ L ''1:1 I if; '■ 76 Develojmicnt of Sj^ecies hy Natural Selection. [Lect. Ave attempt to explain all the actual distinctions of species and genera as accumulated results of similar small changes, we must look for some determining agency other than New England farmers. Darwin supplies the want hy pointing to the Struggle for Existence, the battle of life in which individual fights with mdividual and race with race — fights simply to live, and the weaker goes to the wall. Now, if small variations occur which give to the possessors of them some advantage, however little, in this universal struggle, these individuals will stand a greafcer chance of success than their less fortunate neighbours. They are more likely to thrive and propagate their kind. Any peculiarity which makes an animal or a plant better suited to the circumstances of its existence will tend to become permanent and to be incensified in succesive generations ; while those individuals, otherwise similar and exposed to the same condi- tions, but who do not possess the same peculiarity, will tend to die out. And besides the changes which occur from generation to generation, it is observed that within the life-time of a single individual there is an adaptation of its organism to the condi- tions of its life, and this too, by heredity, tends to be passed on to its successors. You will readily see that this process of Natural Selection takes advantage not only of such considerable variations as those we had an example of in the case of the sheep, but also of such minor variations as occur at every birth and in the lifetime of every individual. And as time goes on the successive small differences are added together, and hence it is easy to imagine that in the course of ages very great changes will result. In this way, then, it is conceivable that a man, a bird and a fish may have had a common ancestor, one of whose progenitors Avas perhaps also the remote grand-parent of a star- fish or a worm. And, indeed, so ill-defined — so impossible of definition — appears to be the boundary between plant and animal life, that wo need not be surprised if the pine and the bamboo IL] Cellular Stnicture. 77 succeed in making good a claim to cousinsbip -with man. Tims the more advanced followers of Darwin have endeavoured to trace the pedigree of the human species down through lower forms of animal life, forms not necessarily the same as those now extant, to a primitive creature belonging to the class which Haeckel calls " not only the simplest of all observed organisms, but even the simplest of all imaginable organisms."^ But this is not by any means the whole of the story. Biologists tell us that if we examine a very simple form of living creature — the Amocha, we shall find it to consist of a little lump of soft material, which perpetually changes its form in response to the stimuli which reach it from outside. A central part somewhat firmer than the rest, called the nucleus, is its only apparent approach to organization. But this being is able to perform the three great functions of life : it is irritable, that is, it responds to external influences ; it nourishes itself by stretching out parts of its own soft substance as temporary hands to gather in food; and it produces other creatures of its kind, by the simple process of splitting up into two pieces, each of which thenceforth lives an independent life. Now every more complex organism is found to be built up of a great number of simple pieces grouped together. These simple pieces are called cells, and each of them resembles to some extent an Amceha. Each of them consists essentially of a little lump of the same soft substance, with a firmer nucleus, and each of them is believed to possess a certain degree of individual life. But they are not wholly independent, for the myriads of cells in the body of one individual work together to maintain the life of that individual, just as the myriads of officials in Japan are component parts of the central govern- ment, while each one possesses a certain amount of separate el* 'SI' as ■MM*' at: 'History of Creation, Vol. I, p. 343. 1 f'' " Hi' » ''HP i.'(,f Jl,.' m ■'Pi ' 78 Ontogenesis. [Lect, authority. The cells do this by grouping themselves into parties, which divide the labour of living by performing different functions. Some cells carry on the work of digestion. Some cells form the nerves which carry stimuli up to the brain; some cells make up the brain itself ; some cells form the nerves which carry the messages of the brain to the muscles ; while other cells compose the muscles whose duty it is to translate those messages into action. And all organisms, plants and animals alike, consist of a greater or smaller number of cells : in very low forms, such as an Ama-ha, there is only one cell which constitutes the creature ; in the higher forms, such as man, there are countless millions. Next, if you take any individual of the many-celled kind and trace its own separate life-history backwards, you will find that it began to exist as a single cell. The egg or germ in which a plant or an animal begins, in general, its individual life, is a single cell, and the earliest stage of its development consists in this cell multiplying itself as an Amonha does, by splitting up into two cells. Theea two cells, however, remain together as component parts of the one animal or plant, but they nevertheless possess enough independent vitality to multiply themselves, in their turn, by splitting up each into two cells, making four in all. These again divide, and so the process goes on, the cells becoming more and more numerous and more and more various, their variety suiting them to the various kinds of work they have to do, in promoting the unity and welfare of the being whose parts they are. It is at least conceivable that any single complex organism is built up as the result of a process of natural selection in the struggle for life amongst individual cells, just as t)ie sum of living beings on the earth's surface is, according to Darwin, the result of a similar process acting amongst individual organisms. We have, then, two aspects of life development: the develop- mmf^ 11.] " S^wntaneoKS Generation." 79 ment of different races from a common stock, and the development of an individual composed of many cells from a single cell. About this latter process there can be no doubt ; naturalists tell us that it takes place under their very eyes. And we can easily understand that any one who has watched the marvellous changes by which an egg or germ grows into a highly organised animal, or a seed into a tree, will have little difficulty in accepting as possible and even very probable the theory which asserts that in the course of ages beings like Amcche have been gradually transformed into man. Nor need we wonder that the development of an animal from its primitive germ has been regarded as a brief repetition of the long process by which an ancestral race of beings like the germ were changed into the species to which the animal belongs ; so that the atory of the individual's early growth is a history in miniature of the evolu- tion of its race. Supposing then that we recognise the multitude of species now inhabiting the earth as descendants of some very simple race of beings, say even of a single germ, the question at once faces us, — Whence came that germ ? And the answer which some naturalists, though by no means all, would give, is that it arose by what is awkwardly called spontaneous generation, out of common lifeless matter. This of course leads to the further question — Have we any experimental evidence to show that a living being is ever produced out of not-living matter ? To this question the answer is decidedly "No;" in all cases where we have seen livin" beings produced, they are the descendants of other living beingL. At first sight it might seem to be otherwise. If you take, say, a solution of sugar — not a living thing — and let it stand for a time, you will find it soon swarm with simple organisms. But it has been proved with great certainty that in all such cases the organisms really come from germs, carried by the air or by other means to the liquid in which life appears; ri ?ii *>■ t 80 The Meteoric Transfer. [Lect. and if you take sufficient care to keep the germs of life out, the liquid will remain lifeless as long as you choose to preserve it. Of course, to say that we have no evidence that life ever comes except from life, is not the same thing as to assert that life never under any circumsi,an has come or can come except from life : but I think I am right in saying that most naturalists incline to the belief that the doctrine omne viviuii ex vivo is true throughout all space and all time. Now we saw that some fifteen or it may be fifty miu'ons of years ago the earth was too hot to permit of life on its surface. And when it cooled, if life did not originate on it by spontaneous generation, must wo suppose an act of creation to have taken place ? Not necessarily ; for as Helmholtz and Thomson have suggested, the germs of life may have come to the earth from other globes, borne by those stray fragments which we know sometimes strike our planet. And indeed it is not impossible that meteoric stones may have more than once been the carriers of creatures, in different stages of development ; so that we may to a certain extent imagine that the process of evolution of species, whose results we now witness, did not all happen on the surface of the earth in the comparatively short period during which terrestrial life has been possible, but took place partly throughout the wider theatre, during the far longer ages, and under the more various atmospheric conditions, which other worlds have doubtless afforded. Even taking this view, however, of the origin of terrestrial life, it is scarcely possible to suppose that living beings have existed in the visible universe for as long a time as dead matter. When we attempt to conceive of the formation of a living being out of dead matter by any natural process, we are l^rought face to face Avith the grand problem, — What is life ? Are its characteristics essentially different from the characteristics of matter, or can we suppose that a suitably arranged collection of I II.] What is Life? 81 common molecules would possess the qualities of a living being ? To put the question in other words : Is an animal a machine in the same sense in which a nteam engine with its boiler is a machine ? As a matter of definition it is, I believe, usual to call a thing living when it has three characteristics. It must feed itself ; it must respond to stimuli ; and it must possess, at least potentiall}^ the capacity of producing others of its kind. Now we could certainly imitate any one or all of these actions by a sufficiently complex mechanism. We could make, or rather we could assert that a clever engineer, with plenty of materials, men, time and tools at his command, could make a machine which would kick when it was pricked, so to speak; which could stoke itself with energy, provided a supply of energy was put within its reach ; and which could even go on turning out other machines like itself. In fact, the visible phenomena of vitality are conceivahhj nothing more than mechanical. Please do not suppose me to say that they are nothing more than mechanical : all we can say is that the actions which are performed by an Amccha or by any higher organism, in response to any stimulus, are conceivably not different in kind from the actions which take place when a touch is given to the valve of an engine or to the contact- making key of a telegraph. And therefore the passage from not-living matter to a living being is thinkable, so far as the merely visible qualities of that being are concerned : I say it is thinkable, although we have no evidence to show that such a passage has ever occurred. Now let us pursue this very important point a step farther. Suppose one of you were to run a pin into me : you would find that I possessed the property of irritability, which is one of the essential properties of a living being. For I should respond to your stimulus by giving a start and perhaps making a sound. Those actions, however, would not prove that I am essentially 11 iS "SIS' ■Minv mm as Cm*'* Si 82 Vitality ■perhai)S mechanical ; [Lect. ii-fl. different from dead matter : they would only i)rove that I am possessed of a very complex structure. For you might fairly say that the mechanical disturbance which the prick produced caused those mechanical actions through a perfectly mechanical chain of sequence. You set a sensory nerve throbbing : its vibrations travelled up until they came to a point of communica- tion with motor nerves. The message passed down these to the muscles, w^hich consequently contracted, and movement and sound were the results. Of course you cannot rigorously trace the sequence, nor see exactly how each motion happens as the dynamical consequence of those which precede it ; but still, here is a series of events which perhaps follow each other in as strict a mechanical order as the movements of an engine follow the touching of its valve. So far then as ijoii can judge from this pin-pricking experiment, you see nothing about me which cannot, possibly, be explained as matter and the motion of matter. But I know better. I know that, besides all this train of physical events, there has been something else which is of a wholly different kind. / u'cis conscious of your pin-prick, I felt pain. And so we find that, in addition to the effects of the prick which were visible to you, there were others of which I alone was directly aware. Now the question is, are these latter — the facts of consciousness — explainable as matter or the motions of matter ? Or, to put it more generally, are they in any possible way physical in the sense that matter and electricity and chemical actions and energy generally are physical ? For if so, then clearly we should have no room for any other gospel than a gospel of matter, and the idea that the death of the body is not the end of the individual life would be on the face of it absurd. If we could express thought and feeling in terms of the things which physical science deals Avith, then the only possible philosophy for us would be materialism. From the clash of dead II.] Consciousness certainly not. 83 and senseless atoms would spring the whole universe, including ourselves, our hopes and loves and pains, our grand capacities for good or ill. If this were the verdict of science, then indeed we should be compelled to believe that she stands to all religion in the attitude of a deadly enemj' — nay, of a conqueror who gives no quarter. But, happily, we are driven to no such tremendous conclusion. For it is the clear and unanimous verdict, alike of modern science and philosophy, that there is not only no analogy, but no conceivable analogy, between the phenomena of dead matter, or even between the visible phenomena of living matter, and tho phenomena of consciousness. We can see in the vital acts of an animal or a plant enough resemblance to the properties of inorganic structures, to say that perhaps there may be no essential difference between the phenomena of living matter and those of lifeless matter. But when we attempt to pass from the visible manifestations of life to feeling and thought, we find a gulf over which science has thrown and can throw no bridge. AVe are forced, each of us for himself, to conclude that this body with its functions and possibilities is not all : that there is something else, called mind, which is the seat of these higher activities, a something of which the body itself is but the clothing and the instrument. Thus in his own consciousness every man possesses an avenue leading out into the unseen, away from matter and the properties of matter, away from organisms and the functions of organisms, into a region where science is powerless to follow. We have good reason to believe that every thought which passes through the mind is associg-ted with some movement or physical notion of the cells which build up the brain ; and that if those cells were removed, the mysterious link which connects consciousness with the body would be broken, although certani vital functions might still be exercised. And it might seem iB 84 Mindt the first reality. [Lect. tt natural, to a superficial view, to conclude that thought and feeling are nothing but those ph5'sical actions, and that the mind is nothing but the brain. I am well aware that a too exclusive study of the material universe and a realization of the fact that perhaps all visible vital actions are purely physical , may tend to make a man rush to the conclusion that material- ism is a true or at least a possible philosophy ; to exclaim, "everything is matter, or the affections of matter." But when I come to examine the grounds of my knowledge of matter and the affections of matter, I find that the point from which I start — the postulate Avhich I take without proof as the basis of my system — is none other than this : I am a conscious thinker. I know the universe only as it affects my con- sciousness. These things which I call matter and the motion of matter are no more than assumptions which I have made to account for certain of my states of consciousness ; and a state of consciousness cannot exist without a thinking mind. To my own mind, then, I must ascribe a reality far greater than any reality I may choose to ascribe to the external universe. Indeed you could not contradict me if I were to say, with Berkeley, that the external universe has no reality at all — " its being is to be perceived or known." I do not say that ; but if you will think how impregnable even that extreme position is, you will easily realize how absurd would be the statement that a state of con- sciousness is an affection of matter, when all we know of matter and its qualities is learnt by postulating consciousness first of all. In fact " if I were obliged to choose between absolute materialism and absolute idealism, I should feel compelled to accept the latter alternative." These last are not my words : they are the words of a deservedly honoured teacher of science, a great physiologist and a thorough-going apostle of evolution — Professor Huxley,^ who has in the same place ex- ^ Critiques aud Addresses, p. 3U aud p. 293. II.] I am more than an organism. 85 pressed his conviction of tlie " great truth," " that the honest and rigorous following uji of the argument which leads us to materialism, inevitably carries us beyond it." Obviously in all this we have no proof of a future life : what I contend is merely that science does not disprove it. What she teaches me is that I am more then a countless aggregate of molecules, more than a collection of cells, more than a highly organized individual unit of vitality. She teaches me that there is something which is more truly myself than any of those, and transcends them all. That this something is connected by ties of closest union with the outward and visible part is certain : that it may not be capable of living on when those tics are broken we dare not say. And if we feel, as some have seemed to feel, the need for imagining an embodiment by which in the future life a memory of the past shall be preserved, a physical link between the future and the present, science is even able to suggest how such an embodiment may be supplied.^ My knowledge that I am a conscious being is a kind of knowledge which I can have with regard to myself alone. My knowledge of other men is entirely derived through physical channels, and cannot directly teach me that they too are conscious. But when I find an essential similarity between their visible characteristics and my own, it is a natural and proper step to conclude that they, like myself, are the habitations of conscious minds. Here, however, the analogy stops. We recognise each other to be conscious without the smallest hesitation ; but we cannot be certain that the lower animals are so : we can scarcely deny consciousness to a dog or a horse ; on the otlier hand, we have a great deal of difficulty in imagining the mind of an oyster or a mushroom ; still more *See " The Unseen Universe," by Profs. Stewart and Tait. 86 Science and ImmortaUtij. [Lect. ill \U 1 in conceivin,q of any liiglier attributo than vitality as the separate possession of the colls which build up any complex organism ; while it takes an unusually bold speculator to fancy that a molecule thinks and feels. And so we have no scientific means of tracing the development of our invisible jart in the Fame way we have traced the development of on;- bodies. Wo may speculate about cell souls, and a rudimentary consciousness inherent in matter, provided we do not fall into the error of calling our speculations science : and I am not aware that they will in any case have special interest to the Christian. For him it is enough that he has a soul — how evolved he docs not know ; his concern is with its character and its destiny. And he cares little whether in the after life ho shall find othsr messengers from earth than the souls of his fellow men, and whether he shall inhabit a form whose parts are the projections into futurity of the dead vital fragments of which his earthly body Avas com- posed. In truth, the absence of all likeness between the spiritual and the bodily side of our nature precludes us from applying to the former the results of our study of the latter, and bafHes all speculation which would trace continuity in the development of mind as we seek to trace it in the development of body. In his longing for a future, in which he may go on towards that perfec- tion he sees to be so unattainable here, and yet so supremely worthy of attainment, man stands alone, apart from all the brutes ; and it may well be that he, the only aspirant, is the only possessor ; that his alone is the gift of eternal life. The attitude of science towards the doctrine of the im- mortality of the soul has been admirably summed up by Clerk Maxwell in a single sentence : — " The progress of science," ho says, "so far as we have been able to follow it, has added nothing of importance to what has always been known about the physical consequences of death, but has rather tended to deepen the distinction between the visible part, which perishes before our II.] Summarij of results. 87 f eyes, and that which we are ciirselves, and to show that this porsonahty, with respect to its nature as well as to its destiny, lies quite beyond the range of science."^ We have now taken a brief but comprehensive glance over the field where evolution may with more or less distinctness be discerned in the physical world. And it onlj' remains to indicate what I hope many of you have already seen for yourselves — that there is absolutely nothing in the idea of physical evolution, extend it as we please, to afifect the fundamental articles of Christian belief. I have already pointed out that it leaves the question of the immortality of the soul exactly where that question was before evolution took to itself a name. It gives no cli^e whatever as to the purpose of the universe, and leaves us as free as we have always been to see in all events the expression of the Divine will. Let us take the extreme mechanical view, which an acceptance of the evolution theory in its most extended shape would lead us to take. Let us say that the whole physical world, including tho living beings \i\ it, is at any moment the necessary result of tho position, motion, and physical properties possessed by the primitive atoms of which the cosmic mist was composed ; then we have just as much need as ever of a First Cause to account for that initial arrangement ; and the more clearly we recognise the sum of actual events as potentially contained in the primitive cosmic mist, the more surely may we assert that everything happens of set purpose. I am glad in this connection to be able to quote Professor Huxley, who, in criticising Haeckel, has remarked that " the teleological and the mechanical views of nature are not, necessarily, mutually exclusive. On the contrary, the more purely a mechanist the speculator is, the more firmly does he assume a primordial molecular arrangement, of which all the phenomena of the 1 Nature, Vol. XIX, p. 143 m mn 1 88 The teleological view. [Lect. universe are the consequences ; and the more completely is he thereby at the mercy of the teleologist, who can always defy him to disprove that this primordial molecular arrange- ment was noL intended to evolve the phenomena of the universe."^ And let me cite another witness, of the thoroughness of whose evolutionism you will entertain no doubt. "We are obliged," says Herbert Spencer, "to regard every phenomenon as a manifestation of some Pow^r by which we are acted upon ; though omnipresence is unthiUi ble, yet, as experience discloses no bounds to the diffusion of phenomena, we are unable to think of limits to the presence of this Power ; while the criticisms of science teach us that this Power is incomprehensible. And this consciousness of an incomprehensible Power, called omni- present from inability to assign its limits, is just that conscious- ness on which raHgion dwells."^ I can fancy that at this point some of you may saj^ — " this conception of design in the arrangement of the primitive world- stuff reconciles the idea of God, the Creator and. Ruler, with the theory of evolution and the orderly procedure of nature : but we fail to see how this God can be a God who hears and answers prayer." To this I would briefly reply, that the more thorough a believer j^ou are in evolution, the more readily you will admit that the prayers we offer up are themselves potentially contained in the original design, and that there is no scientific reason why an answer to them should not be there also. The time which remains is far too short to allow us to con- sider fully this as well as many other subjects which crowd in upon us. Two of them only I shall speak of very slortly: namely, the relation of those events which are called miracles to the order of nature ; and the physical aspect of the old philosophic question of the freedom of the will. ^Gritiaues and addresses, p. 2H. ^First Principles, p. 99. Mi I'll it: II.] Miracle and Lair. 89 If bj' miracle wo mean an occm-rence wliicli lies outside of the order of nature as that order is determined by our common experience, then there are two ways in which we may reconcile a belief in miracles with the teachings of science and the scheme of evolution. In the first place, it may be that our com- mon experience has led us to a conclusion which, though true in general, is not universally true. The mathematician Babbage showed that a machine — a mere collection of wheels and levers — • might be made which would grind out results according to one deiiuite law for any assignable time, and would at some fixed instant (determined by the originjil construction and setting of the machine) produce one exception to the general law, after which it would return to that again, and all this without any interference from outside. Now there is nothing incon- ceivable in the idea that the primordial arrangement of atoms which the extreme theory of evolution assumes may, like Babbage's machine, in general give results following one observed method, which, because it is usual, we call the law of its action, and may also give occasional results of an exceptional character, which we regard as violations of law only because we have generalized too rashly. Or, to take another view : — there is nothing in science to negative the idea that creative intelligence may really interfere with the course of events, in the sense of introducing a new action not dcducible from the preceding states and actions of the system. There may be, from time to time, real influences proceeding from the unseen, like those which, in fact, we are forced to believe occurred at the creation of matter, probably also at the first appearance of life, and possibly also (as some scientific men maintain) at the first appearance of man. The will of a higher being may, for all we can tell, affoct the course of events, and tlie exercise of its influences may or may not bo subject to conditions like those under which (as most of us believe) the will of man has a real determining power. BE ais m ■ i mum hmiim as 6?! i;- 12 90 Animal Automatism and [Lect. And this brings me to the last point to which I must ask your attention — the relation of the human will to the course of natural events. Many actions that are performed by the body are per- formed quite apart from any conscious volition — such as the beating of the heart, or the ordinary act of breathing. And when you wink your eyelids in response to a clap of the hands, or the falling of a hammer on an anvil, or a sudden flash of light, your body performs this action of its own accord. So far as we can judge, such actions, done without the consciousness of will, are strictly mechanical : a stimulus travels up a nerve, is reflected, so to speak, down another, and starts the movement of the appropriate muscles. Hence these actions are called reflc.v, and in performing them the body is said to act automatically — that is, like a machine which merely responds in a determinate manner to mechanical influences. Now physiological observations and experiments have shown that a great many very complicated actions may be performed by the body of an animal or a man under conditions which forbid us to suppose that there is either volition or consciousness. A man, for instance, whose spinal cord has been divided becomes incapable of feeling any pain in the parts of his body below the place of injury, or of moving his limbs at the dictation of his will. But these limbs are neverthe- less able to move of themselves, and if you tickle his foot with a feather you will find it is drawn up as vigorously as if he felt the irritation, and as if he purposely sought to escape from it. But he does not feel it, and even if he wished to draw up his foot he could not do so : the leg literally moves of itself in response to the stimulus : the action is apparently as truly mechanical as the action of a telegraph instrument when the operator touches its key. And it is astonishing to find what complicated actions — actions which we should certainly hold to be conscious uud intentional did we not know them to be un- d2 II.l the Freedom of the Will. 91 conscious and mechanical — can be performed by the animal organism, or portions of, it in a purely reflex way. Take a frog whose spinal cord is severed, and which therefore does not feel pain in the lower ^f^-^ of its body, and cannot move them (if we may reason by analogy from the case of the man), and touch it with a drop of vinegar on one side below the point of injury. The foot on the same side will rise and rub the place : and if you hold the nearest foot down so that it cannot move, by and by the other foot will rise, cross the body, and b'^gln to rub.^ Now if an action so apparently purposive and voluntary as this can be done in a way which we are compelled to believe is purely automatic, it is not out of the question to suppose that even more complex actions may be so performed, or indeed that all the movements of, say, a dog or a horse are nothing more than mechanical consequences of mechanical influences. "We cannot in fact be sure that the dog or the horse even feels and knows what he is doing, still less that he wills and carries his will into action. Descartes' speculations led him to assert that beasts had no consciousness — that a horse does not feel the whip although it starts in him a definite set of actions, as his driver has learnt by experience. For the sake of the miserable creatures who pull your omnibuses in the Ginza, I could wish that Descartes were in the right. But then I know that I feel, and since the part of my body which I have learnt to regard as the organ of consciousness exists in a less developed condition in the horse, it is a more probable and also a much safer view to suppose that t' e horse docs feel too. Granting that an animal feels, there is of course the other question, whether it also is capable of determining what it shall do, by free volition. For all wo can tell, its actions may be like the winking of our eyes when a flash of light falls on them — a conscious but quite involuntary wmem Ihwim as SI P 'Huxley. Nature, Vol. X, p. 3Ci. 92 Imfossihility of p'omir; [Lect. .,'i,j ' ; act. And now we come to the practical aspect of the subject : how does all tins hear on the actions of man ? I know that I am conscious, hut am I really free, or simply a conscious machine which goes by itself, the body keeping the mind in- formed of its movements, but performing these just as a machine would do, without finy control or interference by the mind ? Is my body speaking these words by itself, by motions which are the mere retiectiuns in my organism of certain physical influences proceeding from outside, or the necessary results of certain physical states of the machine itself ? Is this lecture as purely a mechanical product as the tune of a barrel-organ ? In support of this view it is urged that so many very complex movements have been proved to be reflex that mere complexity is no evidence of freedom. Some writers have even said that the idea of the will influencing matter is nonsense ; that the only thing which influences matter is the position of surrounding matter or the motion of surrounding matter.^ On the other hand, it is asserted that our sense of freedom of action (in certain cases and within certain limits) is as strong and direct as any of our other facts of consciousness, and that since all science is built up from our recognition of the facts of consciousness, we should be in error if we were to deduce from one set of these facts a conclusion which flies in the face of another set. And it is also urged that we are ourselves conscious of a distinction between certain acts which are merely reflex find others which wo feel to be deliberate.^ Between the two views I shall not presume to offer a decision. But if you say that the notion of will influencing matter is " nonsense," it seems to me that you make the mistake of carrying a conclusion derived from experience in one region into iClill'oi'd, Lectiu'es and Essays, Vol. II, ]}. 50. ^Cai'pcutcr. Mcutal riiysioloyy, Tiefacc to the foui'tli edition. II.] that the Will is not free. 93 another region where the conditions are essentially different. Our conclusion that the motion of matter is the only possihle cause of other motions of matter is derived from observation of matter where it is free from the influence of the human will — of matter, in fact, which lies apart from any organism; and we have no right to extend it to the very case which we purposely uvoid in selecting the conditions of our experiment. Of course no one believes that when a man's will acts he violates the doctrine of the conservation of mfitter, or the conservation of energy, or the conservation of momentmn. The will may nevertheless have a true determining action subject to all these conditions. You have only to imagine a stress between two particles of matter which are moving in opposite directions in parallel lines, a stress namely at right angles to the motion of each, to see that we should then have a change of this motion, and conseciuently an indefinitely large influence, without any change of the matter or the energy or the momentum of the system. And if we believe that certain molecular movements in the brain cause states of consciousness, it seems unreasonable to deny that the converse relation may also hold — that a state of conscious- ness may be the cause of physical movement. No scientific test that we can ever apply to an organism can prove that an undetermined will has not a true determining power over the actions of the organism — no test short of the complete prediction, in all cases, of the actions which the organism will perform. No one will be bold enough to say that wc shall, with any practicable extension of our knowledge, succeed in forecasting men's deeds as American meteorologists succeed in forecasting the weather ; and hence there seems no reason to hope that the old question of freedom or necessity will ever find a solution at the hands of science. In any case we may feel sure that our sense of freedom, and with it ovr seneo of moral responsibility, will survive r-' SS6 aiis MWI* as S: K;,-5 ,i^j 94 Conclusion. [Lect. II. j« It IS; 'fe any intellectual speculation on or even conviction of physical determinism. The distinguished men who have advocated this view of human activity would be the first to repudiate the idea that they are on that account less alive to the dis- tinction of right from wrong, or less earnest in their efforts to abhor evil and cleave to good. Their case is curiously parallel to that of the Calvinists, who hold, as part of a religious philosophy, that all our acts are not only foreknown but predetermined by God. Far from letting this belief lessen their sense of moral responsibility, the Calvinists furnish many of the noblest examples of Christian faith and practice the world has ever seen. We need have no fear that physiology or any other science will make men either immoral or irreligious : if it drives them into Calvinism they will, after all, liave small reason for complaint. We have gone over so much ground that your patience must be grievously overtaxed, but the time will not have been wasted though you carry away nothing more than my text, that the study of nature does not conflict with the worship of God through Christ. I have tried to show this in two ways : — by reference to the opinions of scientific men ; and by an examina- tion of those parts of science which have a bearing on religious ideas, especially the theory of Evolution, which you are some- times taught to regard as acting on Christian beliefs in a manner like that in which carbolic acid acts on cholera germs. With that kind of teaching you are more than sufficiently familiar, and I would have you take it for just what it is worth. To give you the means of doing this has been my object, and, if I have suc- ceeded, you will be able to judge for yourselves how widely removed from the true scientific spirit is the temper of those who outrage the name of science and prostitute her authority, by attempts to discredit a religion which they do not understand and cannot injure. ^•^•i- AN INTERLUDE/ t.- REVIEW OF Mil. H. SPENCER'S *' FIRST PRINCIPLES." Hold thou the good : define it well For liar divine pliilo.soi)hy Should push beyond her mark, and be Procuress to the Lords of Hell. — TennyHoii. You have seen that modern science, when true to itself, is no enemj', but rather a friend to Christianity-. It remains yet for us to face the question, whether the new philosoply of the present day is equally friendly or is antagonistic. I have no hesitation in asserting that all truth is essentially one in the midst of great variety, whether the truth in common every-day life, in science, in art, in poetry, in philosophy or in religion. What is true in one cannot clash with or destroy that which is true in another department of thought. If there is clashing 1 The immediate cause of the preparation of this interlude was the reception of a letter from a Japanese student in response to our invitation to the public to make criticisms or enquiries. This letter contained a number of objections to Christ anity, so obviously inspired by the " New Philosophy " that I thought it wise to answer not only tho questions contained in the letter, but to expose the fallacy of the fountain from which tho youth of Japan are now so largely drawing their intellectual stimulus. There seems to be a good deal of temerity connected with such an undertaking. To bring a " great philosophy " to task should bo the work of one deeply read and widely experienced in fields of thought. No criticism sliould be second-hand ; to avoid the seeming of this I have tried to leam Mr. Spencer's meaning from his own works ; to avoid the charge of impertinence on account of limited years of experience, I quote the thoughts of others whose years and philosophical standing place them beyond the possibility of such a charge, and whoso thoughts have contributed largely to the consolidation of my owu independent opinion. .vm SSKS RMS'* SSlM« fim»A 96 High Claims of Pliilosoiyhj [Inter- f-^ that cannot be explained simply by the imperfection of our knowledge, and that may not be removed in time, — an an- tagonism of fundamental principles which cannot by any possibility both be true, then of course one must be rejected as false. Now, thus far a great many philosophical systems have risen in antagonism to Christianity, every one of which in so far as that antagonism extended, had to be abandoned, and is now known chiefly to the historian of thought. A new philosophy, or what calls itself a new philosophy, has come to the front with great vdat, which professes to herald in a better day over the ruins of a shatter' "" Christianity and of all existing religious systems — the philosophy of Herbert Spencer. If the first principles of that philosophy are true, I see no place for Christianity in human hearts. If Christianity is true, that philosophy must be a mistaken view of awful questions. It now remains for us to enquire whether this philosophy can scientifically claim the homage of our reason, and replace in civilized lands the Christianity which, if successful, it must destroy. Or, will it, like the long line of its predecessors, come up and flash for a moment, and then be consigned by the common consent of mankind to the philosophical antiquarian, along with its unnumbered forefathers, while Christianity still marches calmly on, advancing from high to higher honor ? Mr. Herbert Spencer has been hailed by many as the apostle of a new era of progress for human thought — as having reconquered for England the foremost place in philosophy. His works are widely read in every civilized land ; and, if I am rightly informed, his philosophy is moulding the mind of young Japan. And there can be no doubt as to the colossal powers of the man who has for a quarter of a century held imperial sway over thousands of thoughtful men ; who aims at, and to many seems to succeed, in giving philosophical consistency, to the LUDE.] Natural Science not all ScIgiicc. 97 constitution of the universe, as seen through the lense of motlevn natural science. But when essential elements are ignored, and at the start a slight deviation from the truth is allowed, the greatness of the ultimate error will he in exa^t proportion to the strength which speeds along the deviating path, the crash of ultimate fall will be proportionate to the heights ascended.^ The vast advance of physical science in these modern times has been lauded and emphasized as the dawn of a brighter era, having in its forces the "promise and potency "of all things worthy of consideration, and beyond whose reach there could be no thought worth thinking, no fact worth knowing. I would be the last man in the world to decry the legitimate work of natural science, or to minify her splendid achievements. But natural science unlocks only one of the many avenues of research and effort, fits and satisfies but one phase of mind and of humanity, deals with but one side of truth. Most men with brains enough to become first class specialists in their chosen branch of science, are able also clearly to see that their science, and all natural science combined, does not remove the necessity for logical philosophy and the study of metaphysics ; and does not make them authorities in matters outside of their sphere, and they may themselves take high ranli as thinkers. But the study of the natural sciences as they come within the reach of the great multitude, does not tend to strengthen the faculties for philosophical thought, rather the contrary ; producing in many who claim to be scientists, — and are so as far as their capacity gives them scope, but having none left for other pur- poses, — an aversion to metaphysical philosophy, and revealed religion. And these men prophesy the death of metaphysics, 1 Bacon shrewdly remarks that " a cripple on the right road will beat a racer on the wrong," adding language which at times might be applied to Spencer : " This is farther evident that he who is not on the right road will go the farther wrong the greater his flcetueas and ability."— il/cCo»7i. tag HW1M & ifiSS'S MIHI| 18 '1^ iVl^ 98 Scientists not necessarUi/ [Inter- ■•5.:,;/! .1,' m: :.': i.-i: i which they cannot gi'asp and whose logic is inconveniently in the way of their theorizing, along with religion which they fail to appreciate and whose power they have nover known. Now this is not the work of true scientists nor of pure scientific literature. The works which have value as real contributions to pure science are very few and read by a comparatively limited class of cultivated students. But these additions, whether theoretical or actunl, are seized upon by a multitude of writers and lecturers, who make a business of reproducing the same materials over and over in text books, and magazine articles, and story-books, and lectures, and lay sermons, heaping facts and theories and shallow speculations into one ever-increasing mountain of so-called science, from which the gaping multitudes, unthinking, feed themselves. There are \X'ry few scientists who are likewise good philo- sophers ; and many who have gone out of their regular line, have succeeded only in demonstrating anew the fact, so often forgotten apparently, that proficiency in one branch of study does not make a man an authority in another. Huxley has made himself the laughing-stock of logicians by his " Life of Hume," and Draper, the butt of historians by his reiteration of dead and buried issues, based on facts which he has distorted in his mis-named " Conflict of Science and lleligion." And can you conceive of any sadder example than trembling, dying, hoary-headed, honor-crowned Charles Darwin, who after a life of what men call splendid success, when asked by an ardent youth as to his opinions of revelation, replies, " I'm an old man and have no time for such enquiries ; but scientific investigation makes a man cautious about accepting any proofs, and as for myself I do not believe in a revelation." Two or three very serious thoughts arise in connection with this. Charles Darwin, through a long life of toil, has given to the world many a contribution of value, many a speculation that has proved LUDE.] rhilofiophical or ThroJof/leaJ (mthoritics. 09 untrue, a vast hypothesis which only lacks proof to mako it universally accepted. But he has not had time to in- vostif,'atG the claims of a revelation ; ho is cautious about proofs ; and yet he ventures a judgment, backed with his authority, but confessedly based on his ignorance and his doubt of proofs. "What is to become of the world of law and of com- mon sense if we are to doubt all things which can be sustained only by proofs, but cannot l)e tested in a laboratory or approved of l)y some natural scientist because its proofs have not como within his narrow field and he has not time to go out of his rut to find them ? Nothing is left for us but to embrace with unquestioning faith a great number of interesting and useful facts brought to light by science, linked together in a vast hypothesis, which for lack of fixed proof often changes its form, and is rejected by many first class scientists. My advice on the head of this is, — Young men, don't accept the dictum of any man, especially on subjects that he has never investigated ; don't imagine that science can make a man a universal authority any more than theology can make a man a scientist ; and don't be cautious about proofs excepting to test them well, but do bo cautious about putting faith in any theory that is lacking in proofs. What we need most of all to-day is a little honest skepticism that will not swallow down as undoubted fact every dictatorial utterance that is noised iibroad in the name of a pros- tituted science. Test your science and see if it has proofs ; test your philosophy and see if it has proofs ; test your religion and see if it can produce proofs ; test Christianity, and see if it has proofs. And in so far as proofs exist, l)clieve ; in so far as proofs are lacking, suspend your judgment ; in so far as proofs are opposed, you must reject or be untrue to the scientific method. But this is not the tendency to-day ; unproved theories are taught and blazed abroad as truth, transforming the very character of our schools and colleges and professions. Where classic 100 True Scientists see the danger [Inter- literature and exa,ct thought made men in former days, now riilo tho laboratory and physical sciouce and tentative theory ; and along with apparent advantage, already tho bane is being felt in a decadence of thought. None too soon can tho warning voice be raised to save our world from such a degeneracy of tho thinking powers, as will lay mankind open to a credulous unthinking faith in tho lowest and worst kind of materialism, which is equally destructive of logic, of philosophy, and of religion. Dr. Bealo, who, though first and foremost as a biologist, still retains his philosophy and his common-sense as well as his religion, thus speaks of the tendencies of modern decaying thought : — " People have been misled in times past by false teaching, and large numbers have become steeped in ignorance, bigotry and fanaticism. But I do not believe that the most lamentable instances on record have led to results more disastrous, or so likely to prove more injurious to the in- terests of individuals and possibly to nations than this attempt in our own time to establish the weakest and worst form of materialism ever advanced is calculated to produce in the future. It is bad enough when numbers of people become converts to a system founded on truth more or less perverted, o'* misinter- preted, owing to the ignorance or mistaken zeal of its exponents ; but the evils resulting nre harmless and evanescent indeed as compared with those which must result from inculcating a system which professes to be founded on reason, but which really rests upon fictions and arbitrary assertions. A system in which fact is appealed to, but is not to be found. Look at it how you may, you will not discover the smallest speck of firm ground of truth upon which to build any form of materialistic doctrine."^ Dr. Dawson thus writes of the same tendency : — " There can be no doubt that the theory of evolution, more especially that phase of it which is advocated by Darwin, has greatly extended ^Victoria Institute. LUDE.] of the spread of pffendo-scwnce. 101 its influence, especially amonf,' young English and American naturalists, within the few past years. Wo now constantly sco reference made to these theories, as if they were established principles, applicable without question to the explanation of observed facts, while classilications notoriously based on these views, and in themselves untrue to nature, have gained currency in popular articles and even in text-books. In this way young people are being trained to bo evolutionists without being aware of it, and will come to regard nature wholly through this medium. So strong is this tendency, more especially in England, that there is reason to fear that natural history will be prostituted to the service of a shallow philosophy, and that our old Baconian mode of viewing nature will be quite reversed, so that, instead of studying facts in order to ai'rivc at general principles, we shall return to the mediicval plan of setting up dogmas based on authority only, or on metaphysical considera- tions of the most flimsy character, and forcibly twisting nature into conformity with their requirements. Thus * advanced ' views in science lend themselves to the destruction of science, aud to a return to semi-barbarism."^ The evolution philosophy has also taken hold of many in Germany, and there Dr. Haeckel, its greatest living exponent, a very few years ago, at a meeting of natural philosophers, told the assembled doctors that " the two principles of inheritance and adaptation, explain the development of the manifold existing organisms from a single organic cell; dispensing forever with the need of a Creator, and moreover a creature composed of only one of these omnipotent cells, by certain zoological inquiries, is shown to be possessed of motion, sensibility, perception and will. The cell, then, consists of matter called protoplasm, composed chiefly of carbon, with an admixture of hydrogen, oxygen, nitro- gen, and sulphur. These component parts, properly united, ^Victoria Institute. 36 '!B! jlWItl'*' GSTa 1 ^ ■ 'ivi ^ : -Jii .''J;l*fa 102 If Evolution lijnores the Creator [Inter-