BD 523 .P3 Class Book Copyright^ COPYRIGHT DEPOSIT r** ** THE Problem of Cosmology ABRIDGED AND ADAPTED FROM THE GERMAN OF FRIEDRICH PAULSEN E. Benjamin Andrews O ) t The Ivy Press Lincoln, Neb. igoi •> /I •^ * ? THE LIBRARY OF CONGRESS, Two Copies Received JUL. 29 1901 Copyright entry CLASS ClxXc. N». COPY 8. Copyrighted 1901, by The Ivy Press, Lincoln, Nebraska PREFATORY NOTE The following paragraphs are an independent re- production, with the utmost possible abridgment, of Fredrich Paulsen's Einleitung in die Philosophie (4th edition), Book I, Chapter II. The unbracketed foot- notes mentioning Paulsen all refer to this original. Following each such note is another reference, in brackets, giving the corresponding page or pages in Professor Thilly's Translation of Paulsen. The sec- tions of the Einleitung I have exhibited as chapters, except the eleventh, which, being long, furnishes the matter for two chapters. To induce and facilitate the reading of Paulsen's full exposition, his order of topics has in the main been followed. Also sentences here and there are mere translations from him. The body of the text is, however, by no means a mere translation. Neither the doctrine of the Einleitung nor its mode of exposition is closely adhered to, but both are freely supplemented or amended. The undersigned is not without hope that this compendious work may be found a somewhat more orderly, logical, and self- consistent discussion than the ampler one on which it is based. E. B. A. University of Nebraska, March 30, 1901. TABLE OF CONTENTS References for Collateral Reading Chapter I — The Problem Stated Section i. Definition; Sec. 2. Universality of Connection; Sec. 3. Connection in Space; Sec. 4. Connection in Time; Sec. 5. The Reign of Law; Sec. 6. Not only Order but Organic Relation; Sec. 7. The Mental World also an Organic Whole; Sec. 8. From Fact to Theory. Chapter II — Atomism and Paleyan Teleology Section 9. Atomism; Sec. 10. Its Weakness; Sec. 11. Paleyan Teleology; Sec. 12. Purpose Work in Nature; Sec. 13. Con- flict of the two Theories; Sec. 14. The Influence of Darwinism. Chapter III — Defects of Paleyan Teleology as an Interpretation of the Cosmic Order Section 15. It Presupposes Essential Schism between Mind and Matter; Sec. 16. There is no clear System of Ends; Sec. 17. Nor any clear Final End; Sec. 18. " Dysteleology;" Sec. iq. Individual Teleology; Sec. 20. The Question of Ends in History; Sec. 21. Conclusion; Sec. 22. Paleyism Persistent. Chapter IV — The Development Theory Section 23. Exposition; Sec. 24. Rise of this Theory; Sec. 25. Not the whole Truth even for Biology; Sec. 26. The Theory Supplemented; Sec. 27. The Problem still Unsolved; Sec. 28. Conclusion. Chapter V — Mental and Historical Evolution Section 29. Language; Sec. 30. Its Origin; Sec. 31. Results of Linguistic Science; Sec. 32. Primitive Speech; Sec. 33. Morality, Law, and the State; Sec. 34. Philosophy and Science; Sec. 35. History, Personal and General. Chapter VI — The Impossibility of Atomist Metaphysics Section 36. Primordiality According to Atomism; Sec. 37. Cause and Effect, What ? Sec. 38. The Modern Conception of Cause; Sec. 39. Atomism and Causality; Sec. 40. The Re- sult of our Examination; Sec. 41. Rigid Monotheism the Solution. (3) Chapter VII — Causality and Finality Section 42. Closer Definition of Finality; Sec. 45. Purpose in Mental Life; Sec. 44. Throughout the Animal and Veget- able Kingdoms; Sec. 45. In the Inorganic as well; Sec. 46. Spontaneous Teleology; Sec. 47. Teleology not a Science. Chapter VIII — The World-Soul Section 48. Our View Stated; Sec. 49. Its Reasonableness; Sec. 50. The World-Soul Notion in History; Sec. 51, Science and Sciolism; Sec. 52. Objections; Sec. 53. Further Objec- tions; Sec. 54. The Universe Sub Specie .Eternitatis. Chapter IX — Religion and Cosmology Section 55. The Nature of Religion: Sense of Dependence; Sec. 56. Faith or Trust; Sec. 57. The Basis of Faith; Sec. 58. Religion and Dogma; Sec. 59. Religion and Monism; Sec. 60. Continuation; Sec. 61. Prayer and Miracle; Sec. 62. Transcendence, Immanence, Dualism; Sec. 63. The Ques- tion of a Theodicy. Chapter X — Evolution of Cosmological Theory: Fetichism and Polytheism Section 64. Fetichism; Sec. 65. Polytheism; Sec. 66. The Elements; Sec. 67. Special Questions Touching the Genesis of Religion; Sec. 68. Monotheism: General Characterization; Sec. 69. The Progress from Polytheism to Monotheism. Chapter XI — Evolution of Cosmological Theory: Monotheism Section 70. Greek Monotheism; Sec. 71. Monotheism among the Hindoos; Sec. 72. In Judaism and Christianity; Sec. 73. Spinoza and Leibnitz; Sec. 74. Locke and the "Illumination"; Sec. 75. Hume and Kant; Sec. 76. Doom of Rationalistic Theology; Sec. 77. Schleiermacher. Chapter XII — Knowledge and Faith Section 78. Science Proper and Science in General; Sec. 79. Fides Praecedit Rationem; Sec. 80. This Tendency not a Prejudice; Sec. 81. Further Misapprehension; Sec. 82. Understanding and Reason; Sec. 83. Moods in Relation to Belief; Sec. 84. Externals in Religion. (4) REFERENCES FOR COLLATERAL READING ARNOLD, MATTHEW. . . Literature and Dogma: an essay towards a better apprehension of the Bible. God and the Bible: a review of objec- tions to Literature and Dogma. Darwin, C. R On the Origin of Species by means of natural selection, or the preservation of favored races in the struggle for life. 6th edition, 1888. The Descent of Man, and Selection in Relation to Sex. BALFOUR, L. J The Foundations of Belief. DuBoiS R.EYMOND,E..£/i?fo?r die Grenzen des Naturerken- ne?is; Die Sieben Weltraethsel. Two Lectures, 1882. GOETHE, J. W. VON. . . The Poems, Gott und die Welt. HAECKEL, E. P. A. . . . The History of Creation, or the develop- ment of the earth and its inhabitants by the action of natural causes. 2 vols., 4th ed., 1892. The Evolution of Man; a popular expo- sition of the principal points of human ontology and phylogeny. 2 vols., 1879. Der Monismus als Ba?id zzuischen Re- ligion undWisseyischaft. Glaubens- bekenntniss cines Naturforschers. 3d ed., 1893. English translation, Black, London, 1894; French trans- lation, Reinwald, Paris, 1897. HUME, D Dialogues concerning Natural Religion. Essay on Miracles. LANGE, F. A History of Materialism. LoTZE, R. H Microcosmus: an essay concerning man and his relation to the world. Outlines of the Philosophy of Religion. Metaphysics. Mill, J. S Nature, the Utility of Religion, Theism: being three essays on religion. Paley, W Natural Theology, or evidences of the existence and attributes of the Deity collected from the appearances of Nature. Compare Clark, F. LeG., Paley's Natural Theology Revised to Harmonize with Modern Science, London, 1875. ROYCE, J. [ET AL.]. . . . The Conception of God. (5) SCHURMAN, J. G Belief in God. WALLACE, A. R The Action of Natural Selection on Man. 1872. Contributions to the Theory of Natural Selection: essays, 1871. Darwinism: an exposition of the theory of natural selection, etc., 1889. WEISSMANN, A The Effect of External Influences upon Development. With annotations. The Romanes Lecture, 1894. Essays upon Heredity and Kindred Biological Problems, 1889, With these two works consult: Romanes, G. J., An Examination of Weissmann- ism, 1893; Hiller, H. C, Against Dogma and Freewill and for Weiss- mannism, 1893; Spencer, H., two articles in Contemporary Review, February and March, 1893, "The In- adequacy of Natural Selection"; Ibid., April, 1893, Romanes, G. J., "Mr. Herbert Spencer on Natural Selection " ; Ibid., May, 1893, Spencer, H., "Professor Weissmann's Theor- ies"; Ibid., July, 1893, Romanes, G. J., and Hartog, M., "The Spencer- Weissmann Controversy"; Ibid., September and October, i893,Weiss- mann, A., "The All- Sufficiency of Natural Selection: A Reply to Her- bertSpencer"; Ibid., December, 1893, Spencer, H., "A Rejoinder to Pro- fessor Weissmann," also ibid., Octo- ber, " Weissmannism Once More"; Ibid., September, 1895, Weissmann, A., "Heredity Once More"; Ibid., October, 1895, Spencer, H., "Hered- ity Once More: A Letter to the Editor" ; Ball, W. P., Are the Effects of Use and Disuse Inherited? etc., London, 1890; Lombroso, C, The Heredity of Acquired Characteristics, The Forum, October, 1897. ZELLER, E Ueber Ursp-ung und Wcsen der Re- ligion. Vortrdge und Abhandlun- gen 2te Sammlung, 1. Compare Andrews, E. B., in The New World, December, 1894, Science a Natural Ally of Religion. J a M ES, W The Will to Believe, and other essays in Popular Philosophy. (6) THE PROBLEM OF COSMOLOGY CHAPTER I The Problem Stated ^ ^. ... Section i. Presupposing a world of re- Defmition. ,. . , rr ^ ° . , . . ahty or fact, however constituted in its essence, we proceed, in discussing The Cosmological Problem, to inquire into the connection if any subsist- ing between the different parts or aspects of the world and into the manner in which they form, or seem to form, a unity. Whereas Ontology deals with the ques- tion: What is the essence or nature of the reai? we here ask: How is it that the real takes the form or forms it does, constituting itself into a cosmos ? The inquiry is natural, since, so far as we can see, reality might have any other form or no form at all that would be apprehensible by us. _. . ... _ Sec. 2. Unreflecting intelligence Universality of & . & _ .. views the world as an infinite plu- Connection. ,. p . , , , . r . rahty of independent things, each one of which is taken as having existence in, by and for itself. Things indeed seem to stand in mutual relations one to another, acting and reacting, yet ap- parently without any intrinsic necessity for doing so. Reflection, however, discovers that nothing which comes within our view exists by or for itself; that what we term action and being acted upon, so far from bearing an accidental or occasional character, is abso- (7) The Problem of Cosmology lutely universal. All matter is involved in the system all motion, from infinitely far back, forms but one single, mighty, total motion. Every finite element or thing whatever is a correlate, and omnis determinatio est negatio. ^ Sec. 3. So far as relates to the material world this reciprocity is emphasized by physics. When a stone falls we say that the earth draws it, according to the law of gravity, but the law is further to the effect that the stone draws the earth as well. Its motion is at each instant determined by the relation of all its particles to all those which make up the earth. Were the earth's mass smaller or were a single atom of it for the moment inactive, the stone's motion would be different. On the moon it would fall with less speed and force, on Jupiter with greater. Moreover the stone's and the earth's particles are all attracted toward the centre of gravity of the solar system. The total fact probably is that the system as such is in relation with other systems and these with still others out to the milky way and we know not how far beyond. All the ma- terial elements in space thus form a unitary system with a unitary motion, wherein every motion of a part is included and determined as part motion of the whole. So physics teaches and there is no reason to doubt the statement. „ .. Sec. 4. Connection in time is no less Connection 7 . y. complete or impressive than connection in space. The stone, suppose, was thrown down by a storm. This was the effect of heat differ- *For the sense in which "connection" here and in the following paragraphs must be understood, see Sec. 37 and following. The Problem of Cosmology ences in different portions of the atmosphere, and this of precedent conditions such as cloudiness, precipi- tation, sea currents, the earth's motion, the form of the earth's surface, and so on to infinity. Had a perfect mathematician at any moment of past time, however remote, known the earth's masses and their relative positions and motions he could have foretold the stone's fall in time and in place with the same abso- lute precision with which astronomers predict eclipses. So of every physical event whatever. All motions throughout time are pieces of one eternal motion. _ Sec. 5. Everywhere in the physical world The Reign ° y • ■ ,-, so tar as known like causes in like con- of Law. ditions produce like effects, time and place being wholly immaterial. Gravity and all the general laws of mechanics, so astronomy and physics assume, are descriptions of the behavior of all matter in all space and throughout all time. Any particle could replace any other across infinite reaches of space or of time without the slightest change in the course of the world. This mechanical homo- geneity of matter does not seem to be intrinsically necessary. Not only is the reverse thinkable but, were material elements mutually independent, as ordi- nary intelligence assumes, we should positively expect disagreement, heterogeneity, impossibility of system. A science of nature, at least in the now usual sense of the phrase, could not exist, and there could be no applied mathematics. How can this majestic reign of law be explained? Can it be a mere happy accident? See Sec. 54. IO The Problem of Cosmology . _ « Sec. 6. The world is, in some sort, Not only Order . , . h „ . an organism, a hierarchy of higher Relation anc ^ l° wer > more an d l ess conse- quential parts, with due super - and sub- ordination. Thus our planetary system, itself a member of a higher system, contains within itself minor unities, the planets, several if not all of which appear as many-membered systems, having rings or satellites or both. Every one of the planets has its periodic motions, axial and around the sun. Each has its own developmental history, forming an essential part in the life-history of the total system. In case of the earth we can at least in outline recite this history. Of the earth, moreover, we know the inhabitants, and we see that these terrestrial organisms form hierarchies and a hierarchy quite in analogy with what we know touching the heavenly bodies. On earth, too, are unitary systems, each with its series of periodically recurring changes (breathing, digestion, circulation, reproduction) — phenomena which, again, in each case, are modified by birth, growth and maturity and end in death. Though itself a unity, each system is an obedient factor in a larger system — the inorganic supporting the organic, plants feeding animals, smaller animals higher animals and man. Moreover the cyclic pro- cesses of life on earth correspond with those of the planet itself. Generation accords, in the main, with seasons, i. e., with the earth's motion about the sun, life activity and digestion correspond with changes between day and night, viz., with the earth's axial motion. Lastly we have the atoms of the inorganic world and the cells in the organic, each a microcosm, relatively independent yet member in a system greater than itself and not existing for its sake. The Problem of Cosmology n Sec. 7. The world of mind like The Mental World that of matter failg tQ present also an Organic any unrelated e i eme nt. No life is explicable save in and through its historical setting. Every man is in a way an epitome of all the past. Lessing's biography in- evitably involves some account of Frederick the Great, Voltaire, Leibnitz, and Spinoza, of each of whom the life, when studied, carries us back to a great group of contemporaries and predecessors. Lessing's biography, in fact, could not be complete without involving a good part of the history of the seven- teenth and eighteenth centuries, and this history, to be fully understood, would require knowledge of all the earlier past. No biography or special history can be written without a more or less arbitrary separation of elements, every period and every human life in reality forming a piece of one infinite and seamless web. As in the physical world so also here, all is in each and each in all. The mental world, too, has its ordered wholes of higher and lower: humanity, na- tions, clans, families and individuals. The history of each man's inner life is quite largely determined by his contact and relations with the physical world. Some erroneously consider it to be wholly determined in this way. Sec. 8. Seeing that reality exists in the a form of a cosmos, presenting a unitary y* and organic system of members mutu- ally related and through and through governed by law, thinkers have been unable to content themselves with this towering Fact or Group of Facts. They have asked how it is to be explained. How has it 12 The Problem of Cosmology come about that the world, far from being a chaos of mutually defiant elements as would be the case were the logic of uncritical thought carried out, is a stu- pendous and imposing cosmos, each part, aspect and function firmly and kindly related to every other, up and down, forward and back, in and out, infinitely? To this inquiry three generic answers have been returned: I. Atomism, which explains the cosmical order as resulting from a fortuitous concourse of ma- terial or spiritual atoms which were originally inde- pendent. II. Anthropomorphic Theism, which ex- plains the same as the work of Intelligence proceeding architectonically, viz., bringing together plan and ma- terials previously existing apart. III. Monotheism, which proclaims unity as being the immanent princi- ple of the world. By this theory not unity but mani- foldness is the problem to be solved, the universe being not a compositum but a totum. CHAPTER II Atomism and Paleyan Teleology Sec. g. Atomism is the view according Atomism. tQ which ^e cosm0 s arose out of entirely unrelated particles, particles absolutuely independent of one another. Moving about in space these at length fell into those transitory connections called things and systems. Space, time, elements and mo- tion are the only presuppositions. Infinitely numer- ous and playing about in infinite space, the elements could not but originate, in the course of infinite time, all possible combinations. Among these would be plants and animals, which proved to possess equilib- rium sufficiently stable to admit of permanence and propagation. This crude theory, set forth by Dernoc- ritus, Empedocles, and Lucretius, has, on the surface, little in common with the atomism of modern empiri- cal evolutionists ; for these very plausibly derive pres- ent composites (living beings and species) from earlier ones. Yet in respect to the origin of things no empiricists of our day advance a step upon those ancient ones. _. ,, 7 , Sec. 10. As an attempt at fundamental Its Weakness. , . * . , explanation Atomism needs no refuta- tion. It insults intelligence to suggest that the hairs of a lion's skin, originating each by itself and in hundreds of thousands flying through space, all at once assembled upon the proper surface each in the socket fitted for it. Yet by this theory we must (13) 14 The Proble??i of Cosmology believe to have appeared in this manner not only the lion's covering but all his other parts as well. A lioness also must have come into being in the same way, and this not only at the same time and place but at the right time and place, where proper climate, food, etc., permitted life. If all this is not incredible no possible propositions are so. Indefinitely easier to belive that an earthquake one day so shaped, chiselled and collocated some pieces of stone that it left them a Doric Temple or a Gothic Cathedral, or that the Iliad or the iEneid arose by letting millions of types fly out of a bag ! The theory gains nothing by following hints from Empedocles and supposing parts of bodies, like hands and feet, to have taken form first separately. Well does Aristotle teach that wholes always precede their parts. Shake atoms to- gether to all eternity, the smallest hair will never grow save upon the head to which it belongs. Sec. ii. To the old Atomism, so mechan- ,_ „ , ical and senseless, Anaxagoras opposed Teleology. . . . t , \ ., f , the original and fertile apercu that the universe is the work of mind realizing ends (riXrj : "teleology"), a thought which in some form must be accepted if a rational account of origins is to be had. Anaxagoras's conception, after use by Plato, Aristotle and the Stoics each in his own way, became incorpor- ated in theology, whence, with various modifications, it has come down to our time as the popular philosophy of Creation. Far the ablest modern expositor of it was William Paley (1743-1805), whose Natural Theology (1802) had immense vogue for nearly half a century. The tenor of Paley's presentation is as follows: The Problem of Cosmology 15 Wherever we find a plurality of mutually independent elements so ordered that their connection permanently produces a worthy and rational result, we must assume that the order has proceeded from intelligence work- ing with that result in view as its end (reAos) or aim. Thus a watch, its numerous and various parts so combined as to make it a timekeeper, would be pronounced by all to be the creation of art and pur- pose. Finding it, or any part of it, on a desert island, you would unhesitatingly say: Men have been here: some man or men made this. _, _,__ , Sec. 12. Everywhere in nature, runs Purpose=Work J . . __ . the Jraleyan view, we find results so in Nature. , ■ •, exactly similar to those 01 human pur- pose and art that we are obliged to refer them to the activity of a similar architectonic intelligence. Muscles, nerves, heart, lungs, and so on, are obviously combined to produce and sustain life, while each of these instru- mentalities is in turn a composite, cunningly arranged for the functions actually fulfilled. How marvelous a contrivance is the eye, with its humors and lens to refract rays of light, its retina to receive the image they form, and its automatic accommodation apparatus to let in always enough light and never too much ! The organ is not only adroitly located and protected, but made double to preserve function in case of accident, to afford instantaneous judgments of distance and relief through triangulation, and to give ordinary vision more or less of a stereoscopic effect. These wonders are to some extent repeated in every organ throughout the animal frame, so that the deeper and broader bio- logical research becomes, the more manifest and im- 1 6 The Problem of Cosmology pressive is the presence of design in the whole realm of life. As an archaeologist digging among ruins brings to light an inscription, a sepulchre, or a temple, so the biologist from a few fossil bones reconstructs his mastodon or his plesiosaurus. In both cases design is the sole cue. - *«• j. • ^ Sec. 13. Strange as it may seem, Conflict of the _ , , , , , ^ t . Teleology has never yet succeeded two Theories. . , . A . _ in vanquishing Atomism. Ever since Anaxagoras's day the two hypotheses have struggled with each other on terms never very unequal. Speaking generally, devotees of the church have favored Teleology; adherents of science have leaned toward Atomism. In full Middle Age, indeed, Teleology seemed victorious, but the great cosmical and physical discoveries of the sixteenth and seventeenth centuries produced a strong reaction, which we remark in F. Bacon (1560-1626), Des Cartes (1596-1650), and, most of all, Spinoza (1632-1677). Eighteenth century think- ing, so formal, so conciliatory and uncritical, again exalted Teleology, especially since the world of minute beings made known by the microscope could not, as Des Cartes fancied, be readily explained in a mechani- cal way. In the first half of the nineteenth century Teleology appeared sweepingly victorious. Most scientists let it pass as a tolerable working hypothesis even if they did not accept it as fundamentally true. The triumph, however, was a brief one. As careful scientific research expanded, Teleology of the Paleyan, ecclesiastical, or popular type was found to be beset with difficulties only a little less serious than those of Atomism. See the next Chapter. The Problem of Cosmology 17 _, , „ Sec. 14. Extraordinary life was im- The Influence ... , _ . . parted to the anti-teleological view of Darwinism. f _ _, , °_ by the work of Charles Darwin (1809-1882). Giving a plausible, largely correct, and certainly invaluable account of the proximate origin of species through natural selection (Sec. 23), this great biologist begot in many the conviction that life in all its forms, primordial and human, physical, psychical and historical, may be explained without reference to any but known cosmic forces, mechanical or chemical, the evolution of species being thus only a continuation of the process which brought forth the planets and prepared the earth to be the home of life. Mainly owing to this attractive and magnificent generalization, most now deem it wholly unscientific to refer any vital fact or phenomenon to extra-mundane influence. This resolute search for cosmic causes is most healthy, the soul of physical science, yet it easily induces a scien- tific dogmatism no less dangerous or disgusting than dogmatism in theology. The universe may all be one yet not all be under laws which are now known or dis- coverable by methods at present considered scientific. CHAPTER III Defects of Paleyan Teleology as an Interpreta- tion of the Cosmic Order _ Sec. i 5. Paleyan Teleology pre- It Presupposes J J .. . , • u r- ^. t ~ . • supposes essential schism be- Essential Schism . , between Mind tween mmd and matten Such and Matter a P resu PP os ition contradicts and confounds clear thought. How does mind lay hold of matter to impose thereon its aims? When does or did it do this, and where?* We never see the process in operation. And if we could witness the junction, the thought of two earlier universes would remain to plague us. This perplexity, glaring in Anaxagoras, is not remedied by Plato (6aTepov:ixrj6v), or by Aristotle (matter). All three philosophers teach the contradiction of an irrational element in the world, "the other," in Plato's phrase, which forever baffles reason. Even church doctrine, while declaring that God created matter out of nothing, still treats it as, when created, something foreign to Him, intractable, needing, that it may gen- erate order and life, a reapplication of mind in the form of design. One would expect that an infinite and omniscient Creator, evoking matter from nothing, would constitute it adequate to all subsequent demands. To one holding this view of creation the rise of plant life out of inorganic or of animals from plants ought to seem wholly natural.** * Trendelenburg, in Paulsen, p. 161 [Thilly's Tr. p. 156]. **The doctrine of matter as a creation out of nothing is one of the Church's deep insights, making God all in all. So, the world is but a form of ceaseless divine activity. Paulsen, pp. 155, 156 [Thilly's Tr. pp. 151, 152]. It is in the assumption of a necessity for special creation and for miracles that the Church's logic gives way. But see Sec. 61. (18) The Problem of Cosmology 19 Sec. 16. While intelligence and 1 here is no Clear purpose in nature are at many System of Ends. points perfectly conspicuous, we can not make out in nature any system of purposes or ends. The opaque places in nature are more numer- ous and extensive than are the tracts of a contrary character. Notice: 1. The infinite waste of life which occurs in producing one mature life.* 2. The destruc- tion of mature and useful lives through famines, wars, and pestilences. 3. Desert patches of earth, like Sahara; perhaps also useless planets. 4. The inex- plicable pain in brute life before man and in all sen- tient life now. The utmost to be said upon this point is that the pain in question is a necessary incident in the production of good. But this not only can not be proved but, it would seem, ought not to be admitted if the Creator possessed infinite power and knowledge. To explain the above and such infelicities as inci- dental friction and disorder is to admit a moral, or else with Leibnitz a metaphysical, limitation in the Creator's nature. The admission, in either sense, amounts to dualism. See on this, Sec. 64. Sec. 17. To what does the cosmic Nor any Clear system tend? We can nQt see> Final End. Without the assumption of a future state of existence no tenable purpose can be assigned to existence here and now. If one alleges that happi- ness is such purpose, the reply is that it is not attained. The same is true of character. Happiness and worthy character are the rarest of exceptions. And whatever occult end, if any, is reached by means of the present *Lange, in Paulsen, pp. 171, 172 [Thilly's Tr. pp. 165, 166]. 20 The Problem of Cosmology system, that end must cease to be such when the sys- tem collapses. A display of power the universe cer- tainly affords, but to our view this is, so far as man's interests are concerned, fitful and without rational aim. See Hume, Dialogue vi. on Natural Religion. We shall find that a ray of light falls on the perplexity when, from moral considerations, we prophesy for man a life after death, but the Paleyans advanced no solid grounds for such an expectation. Their conten- tion was that our present life is by itself a rational affair. Sec. i 8. Certain things in nature y e eo ogy. seem i^e contrivances meant to thwart every rational, at least every moral, purpose of which we can think. Such are: i. The appendix. 2. The catarrh-sack in the human head. 3. The pros- tate gland. 4. Most animal pests, such as human parasites. Many pests, spiders for example, are wonders of design equal to the eye. 5. The superflu- ous cruelty of ravenous animals. We speak of "superfluous" cruelty, meaning, for the sake of argu- ment, to admit that ravening [powerful creatures and species devouring those less so, etc.] might perhaps in itself be reconciled with reasonable and benign purpose. Among the most striking manifestations of design are those enabling animals to kill. Sec. 19. Teleology succeeds no better if, n ivi ua giving up the anthropocentric point of e eo ogy. v { eW) we se ek to find in each separate form of life on its own account a sufficing reason for its being. Such a reason can not be made out in the case of animals or even in case of men. In very few The Problem of Cosmology 21 human individuals can life be shown to be on the whole a good. In plants, whose structure also dis- plays ample intelligence, this thought of course utterly fails. The Question of ^ EC> 2 °* Tlie doctrine °* en & s i n Ends in History. history is beset with many diffi- culties: 1. That humanity at large is really on the whole better off now than at the dawn of history is exceedingly hard to demonstrate. 2. If we admit that there has been advance it is quite impossible to prove that it is as great as it might have been — to show, i. e., that all historical events have been for the best. Thus, nearly every specially momen- tous event as the Reformation and the French Revolu- tion is considered by vast numbers of intelligent people to have been a curse to humanity. Observe that an event may actually have resulted well while another that was displaced by it might have resulted better. Common reasoning is incessantly in fallacy here. We can not compare the actual with the non-existent — a line of events which did occur with imagined doings which did not occur — so as to prove which was the better fitted to further the weal of mankind*. 3. Many momentous events, like the fall of Troy or of Carthage, the death of Alexander, the Turkish capture of Con- stantinople, and the Thirty Years' War, were appar- ently not for the best. 4. If we admit that, spite of appearances, all that has taken place has been for the best, we are still confronted with the fact of the infinite loss and woe which human advancement has cost. The *See Cicero, de natztra deorum, III, 89. Votive tablets in Neptune's temple testified to the great numbers of men who had been saved from death by shipwreck ; but no pictures there or anywhere told of the multitudes who actually perished in the sea. 22 The Problem of Cosmology downfall of noble civilizations in Mexico, Babylon, Phoenicia, and Carthage, illustrates this. So does the fate of progressive peoples as by Rome's victories, and the continuance of barbarous and unprogressive peo- ples even now. Nearly the same difficulties surround the proof of "all's for the best" in any personal life. _ . . Sec. 21. Recognizing as altogether in- Conclusion. , . b , & .. structive and important the manifesta- tions of thought and purpose in nature and maintaining that teleology must in some form be true, we still have to declare the Paleyan account of it false or at least utterly inadequate. We shall find (Sec. 47) that whatever analysis of reality is adopted, neither nature nor history offers matter for a strictly scientific tele- ology. Suppose immanent intelligence, which we shall give reasons for accepting as the true view, substi- tuted for mechanism, the considerations which incline our minds to specify as cognizable by us the ends or any of the ends which the World-Power is working out, fall very far short of logical proof. But the Paleyan exhibition of Creator and creation as sections of being foreign to one another needlessly aggravates the problem. Dissipation of the geocentric and the anthropocentric idea of the world has rendered a mechanical explanation of the cosmic order untenable and absurd. For the facts which Chapter I passed in review some other hypothesis must be sought. _ , . Sec. 22. Spite of its insuperable diffi- r>3.1evism * ± . culties, Paleyism is still a wide-spread conviction even among intelligent people. Church teachers continue to expound it and most reverent people to hold it. Reasons for this are The Problem of Cosmology 23 (1) that many if not most critics of Paleyism have been unbelievers, and (2) that this form of teleology is considered the only mode of religiously explaining the universe. But the latter assumption is groundless. Evolution itself as a method of creation is entirely consistent with theism. In any event religion can obtain no permanent support, indeed it must suffer permanent damage, by inculcating an untenable theory of cosmology. Witness the results of the church's attempt to bolster the Ptolemaic system, of its more recent struggle against the geological account of crea- tion and of its still continuing opposition to the hypothesis of development. Nothing nurses unbelief like this attitude on the part of accredited religious teachers. CHAPTER IV The Development Theory Sec. 23. The theory of development fcxposi ion. ff ers itself as a complete account of the manner in which all species of plants and animals arose. According to it, a small number of life forms being given, the evolution of these into the innumer- able species now existing is explicable through natural selection and allied forces, wholly without aid from any agency not resident in the evolving system. Among the individuals of a species one, say, has some happy peculiarity, as superior height, horns, teeth, swiftness, digestion, a thicker skin or a better power to hide, enabling it to thrive while others languish or to survive when they die. In the struggle for exist- ence such favored* individual succeeds beyond the rest in propagating its peculiarity. Its offspring tend to maintain this advantage in propagating, so that, in time, a new species is born. The old one may still abide, in which case, probably, the two at last so di- verge that interbreeding becomes impossible; each, however, going on to generate new species. It is usually admitted that this theory does not explain the rise of primordial life, while many evolutionists * Meaning of "fittest" in Darwin. Darwin admits (Origin of Species, ch. v), that the laziest and most clumsy beetle, which hates to fly, is often the one that lives, the bolder and really better being blown out to sea. The "fittest" here is the boldest and best which is not yet bold or good enough to fly too high or far. The same must occur in all species. Among bucks on the mountain the most daring climber falls and is killed or maimed, and a poorer specimen begets the later race. So of dogs, horses, eagles and men. Among the Jews during the middle age the fittest to survive were the least courageous, those most given to deceit and indirection. See Lombroso, in Forum for Oct., 1897, p. 205. (24) The Problem of Cosmology 25 recognize other unsolved biological problems. But, it is held, the theory accounts to such a wonderful extent for the origin of life that we are justified in applying it universally, the assumption of any occult factor at any point in the evolutionary process being quite unscientific. Withal it joins biological evolu- tion on to geological, thus at once unifying and ren- dering intelligible the entire universe of cosmic form, the cosmological problem needing no new but only at points, perhaps, a little fuller light. _. - A « •. Sec. 24. The first who sought to pre- Rise of this T . . . . - _, sent a scientific theory 01 mechanical Theory. , . J. . . . . evolution was the French biologist de Lamarck in his philosophic zoologique (1809). In Germany, nearly at the same time, Schelling, Oken, and Goethe uttered many thoughts of similar tenor. Biological Science was affected, however, only after fuller discoveries in Geology and Palaeontology. The laying bare of numerous defunct life forms, necessi- tating amendment of the special-creation theory by hypotheses of destructive cataclysms and re-creations from time to time in the past, rendered the special- creation notion absurd. But, as expounded anew by Sir Charles Lyell (1 767-1 849), Geology set aside be- lief in cataclysms, showing that the earth has derived its present form mainly from the slow and regular working, through the ages, of the same forces now active in it. At this point appeared Charles Darwin's immortal work, the Origin of Species by Natural Selection (1859), followed (1871) by his Descent of Man. These writings seemed not only to make the geological record clear and to unify physical science throughout, but to throw an all but final light upon 26 The Problem of Co sinology every main problem of sociology as well. All exact science felt a fresh stimulus. Biology in particular began to progress with a rapidity and assurance showing the influence of an invaluable new guiding principle. Going far beyond the master, soi-disant Darwinians hastened to exalt the new discovery as a universal philosophy, which rendered ridiculous all theology and religion as well as all metaphysics of the old type. Sec. 25. Admitting that Natural Not the Whole c 1 <.- u u ui u* _ . m Selection has probably wrought Truth even for . _ . „ / & n . . much as Darwin alleged, we can not Biology. , , . . . , take this principle as an exhaus- tive explanation of development even within the field of biology. 1. While natural selection may account for the survival of the fittest it fails to account for the arrival of the fittest. The rise of the fortunate oddities by which individuals become founders of new species it leaves a mystery. Yet these oddities are the very hinges of the theory.* 2. Many organs, like the eye and the torpedo, which, when matured, con- fessedly play a part in evolution, are the fruits of a progressive development reaching through genera- tions during which time they can not have been of the slightest use. The theory does not account for this their early conservation and growth. According to Weismann sexual propagation itself, on which all evo- lution of species depends, is in the same way a prius of natural selection* [save among protozoa]. 3. What * Weismann, to be sure, pretends to account for these oddities. According to him acquired traits are never inherited, transmissible peculiarities being always of the germ-plasmic or congenital order, the results of fortunate germ-plasmic combi- nations occurring in sexual reproduction. He regards the multiplication of trans- missible peculiarities as the great biological office of propagation in the sexual way. But as the theory thus carries all present differences between species back to differ- ences existing among the protozoa which, Weismann admits, were due solely to environment, the difficulty referred to in the text remains. See Romanes, "An Ex- amination of Weismanism," esp. pp. 23 and following. The Problem of Cosmology 27 Schopenhauer terms the "will to live/' which per- vades all life, vegetable as well as animal, is an abso- lute presupposition of Darwin's hypothesis, yet is not explained by it. 4. In animals the will to live becomes a positive psychical force, as illustrated by the sexual impulse, and can not be reduced or even likened to a mechanical operation. So far as it is concerned the individual is not passive, like the boulders which churn pudding-holes in rocks, but an active factor in the evolutionary process. Here at least the animal and the vegetable world are separate pieces of nature instead of forming an unbroken total. 5. They are equally separate in the item of consciousness or sen- sibility, this pertaining to the animal kingdom alone, nor does natural selection throw the faintest ray of light upon its genesis. «,, ^. Sec. 26. To obviate these and other The Theory „ t difficulties in the theory of develop- Supplemented. ./ r ment various subordinate hypoth- eses, mostly suggested by Darwin himself, have been introduced. 1. The important supposition emphasized by de Lamarck that changes in the earth's surface like the rise of mountain chains or the formation of islands and peninsulas must often modify species. 2. The principle of correlative changes in organisms. Thus, if natural selection alters the teeth of a species, stomach and claws change to correspond.* 3. The presence of a psychical coefficient in the evolution of animals (see 4, in Sec. 25). In the form of sexual selec- tion Darwin recognized this, but Wundt and Paulsen,** after Fechner, have generalized the thought. They * Paulsen, p. 190 [Thilly's Tr. p. 185], ** Paulsen, pp. 193, 194 [Thilly's Tr. pp. 188 and foil.]. The Problem of Cosmology suggest that the will to live, unconsciously operating, not only holds natural selection to its work, but occa- sions those felicitous idiocyncracies on which that process turns. For instance, the fighting cock's sen- sible need of spurs might determine special nutrition to the proper spot on his legs; whereupon the sense of need and the incipient eminences, being both trans- mitted, might, in generations, bring forth spurlets, which, then, natural selection would develop into spurs. This principle, observe, is in essence a depart- ure from mere mechanism and a resort to teleology. Observe, moreover, that none of these additions to original Darwinism helps us understand the beginning of conscious or sentient life. Sec. 27. Were we to accept Nat- The Problem ural Selection thus supplemented, 1 n o ve . ag a su ffr c j en f- account of the causes which have diversified extant life, general cosmolog- ical inquiry would not by any means be answered. The following enigmas would still await solution: 1. Primordial motion. 2. The definite character of original matter, enabling it, when set going, to take on determinate forms. 3. The genesis of life itself, there being no evidence that life has ever arisen ex- cept from antecedent life. 4. The birth and meaning of the reflective or rational mentality characteristic of man. The mechanical view of the world has no place for mind, than which a greater defect could attach to no theory. 5. The forthcoming of the moral sense, which is also characteristic of man. 6. The epiphany of great men. 7. The course of history. 8. The fact *See A. R. Wallace, The Action of Natural Selection on Man, where he argues that primitive man was highly intellectual. See also DuBois Reymond, Die Sie- ben Weltraethsel. The Problem of Cosmology 29 of progress in evolution. Darwin admits that, on occasion, second, third, or fourth rate individuals are the ones best fitted to survive [Sec. 23, note]; and this must often be the case among all species. We should hence not expect progress as a general fact but this alternating with retrogression. Sec. 28. Even supposing all the above * considerations waived, evolution can not be pronounced true as a general causal law but only as a general formal law, as a statement of the manner in which some other cause has built up the present world. Evolution means that such cause has pro- ceeded by infinitesimal steps, creeping instead of leaping. When it is said that evolution goes on solely by means of forces resident in the members of the series or by resident forces conjoined with those of the environment, while the statement as usually understood is untrue, it may be accepted provided "members" and "environment" be taken in a meaning sufficiently rich, including, i. e., cosmic energy and intelligence. The wish to explain without supposing foreign, supplementary or occasional intervention is wholly just, but it can not be realized on the basis of a mechanical conception of the world. Any system can evolve only what it has from the first involved. If so-called primitive matter actually gave forth the present universe, it must have been more than matter; it must truly have been rich "in promise and potency." Similarly of each subsequent step in the process: the lower, simply and strictly as lower, can not have pro- duced the higher. CHAPTER V Mental and Historical Evolution Sec. 29. Like human society or like any *» ** * given people, a particular language (or language at large) may be viewed as an organism, presenting a vast number of unlike parts regularly cooperating to one result. The thousands of individ- ual vocables may be likened to cells, which, variously put together, set forth in its infinite manysidedness the entire body of a people's thought. The organic character of speech appears also (1) in the several parts of speech, noun, adjective, verb, etc., which correspond to the main divisions of our ideas, such as things, properties, processes; and (2) in inflection, by endings or by prepositions, expressing the various relations which persons, things, qualities, actions, etc., bear to one another and to time and space. Without speech to afford intellectual commerce the life in common of a people would be impossible; still more so civilization and culture. How language arises and how it grows are thus cosmological ques- tions of prime moment, analogous to those relating to planets, plants, and animals. Sec. 30. Language can not have sprung Its Origin. intQ be i ng by acc ident (Atomism). Hardly more credible is the thought of it as an inven- tion, like Volapiik, to which men were prompted by their desire for a joint and social life (Teleology). The latter view belongs to the exploded theory of a (30) The Problem of Cosmology 31 state of nature wherein men were once fabled to have lived before the rise of society. One needs but to try and construe the conception to see its absurdity.* Did one man think out the whole, or different men the different parts of speech, inflections, etc. ? Or did many wise heads participate in the grand discovery? Each conjecture presupposes mental ability and reflection impossible save through the use of language itself. Yet the view of language as an invention has over Paleyan teleology the advantage of starting with the supposition of a known force, viz., gregarious- ness or sociality, the desire to communicate. The dilemma between atomism and old-fashioned teleology as applied to language seems at first view a radical one. No third hypothesis appears possible, yet each of these baffles belief. Sec. 31. Solution to the above Results of difficulty was well begun by the Linguistic Science. new view of language which w> von Humboldt, Bopp, and the two Grimms intro- duced, making it not a perfected instrument handed on from generation to generation, but a growth: not an epyov but an ivepyaa, ceaselessly evolving with a people's life. Languages are born and change like human beings, only more rapidly and visibly. The extant literature of Europe, better than any fossil record, reveals the birth and the death of several lin- guistic species, with no missing links. Note several characteristics of the process: 1. It is gradual, pre- cisely like evolution at large. 2. New speech-neces- sity, viz., the changing and enlarging life of men, is an incessant impulse to alterations in language. The * Paulsen, pp. 200, 312 [Thilly's Tr. pp. 193, 303]. 32 The Problem of Cosmology need is partly for fuller, partly for stronger, partly for finer expressions. 3. Sense for economy in utterance plays a great role, preference thus arising for forms that are brief, clear and easily pronounced. 4. The choice is always purposive instead of mechanical, yet never formally or deliberately purposive. 5. Advance is not always progress and perhaps never so in all respects. Compare modern Greek with ancient. Most Romance tongues are logically superior to Latin, but harder and dryer. 6. Written grammar is a late, artificial, in a sense unnatural product, and hinders linguistic development. The same is to some extent true of all literature. Sec. 32. Primitive speech offers a harder problem, not yet solved, perhaps mainly peec . insoluble. Man probably began with the natural language of brutes. Advance beyond that stage consisted (1) in the articulation of sounds, and (2) in the application of simple or articulate sounds previously denoting only physical states and pro- cesses, as symbols of objects also. Erect posture gave man better production, range and articulation of sounds, while the liberation of his mouth from pre- hensile service improved his enunciation. How an explicitly human vocabulary arose: how, in Aryan speech, for example, "da" came to be used for "giv- ing," "sta" for "standing," "reg" for "ruling" or "making right," "plu" for motions of water, and "luk" for "light," we can only surmise. Many root names of objects and processes were probably imitations of sounds which the objects and processes made. "Plu" seems a clear case of this onomatopoesis; also "mar" or "mr" for the noise of a mill. Human actions may The Problem of Cosmology 33 have been named from the tones often uttered in doing them. Young children's habit of handing out things with a "da" perhaps came down from a primeval habit which gave that syllable its meaning. The gen- esis of derivatives, of inflections and of the minor parts of speech we more easily understand from lin- guistic changes still occurring. Sec. 33. Morality, Law and the Morality, Law « ,-, / _. State are, like language, each a and the State. ,. . ' . living fact and 01 slow growth. Neither has a discoverable beginning, neither pro- ceeds from conscious purpose, from authority or from invention. Such ideas of their origin were part of the stupid rationalism which described poetry, art, religion, and every highest human possession as originating in human plan and purpose, as if clever people had in- vented and introduced these things on account of their great value. Similar rationalism is still incubat- ing to hatch the final education, the final political constitution, and the final religion. In fact, on the contrary, all law, moral or civil, at first consists simply of customs; statutes and codifications being later and more artificial. The state as the administrative and coercive aspect of society is likewise, in some rough form, present from the first. It comes into being with perfect spontaneity, wholly without the deliberation fancied by Hobbes and other believers in a " state of nature" antecedent to society. The purposed inno- vations having place when new nations or constitu- tions rise are relatively most superficial, and often work, for good or for ill, quite differently from what their authors designed. 34 The Problem of Cosmology „, ., , Sec. 34. Philosophy and science, too, Philosophy D J r 1 1 a 1 , _ . are plants 01 slow growth. As their and Science. . germinal form we may take the old mythical cosmology, men's first rough attempt at a unitary idea of the world. From this grew philosophy, which, in turn, after long cultivation and pruning, thrust out as branches the several sciences. The ad- vance was not excogitated or even outlined by any human intelligence, but the germs of knowledge budded and flowered by a sort of inner necessity. Individual investigators and thinkers wrought each in the dark, not seeing, at least beforehand, how their ideas would fadge with the general movement. Thoughts born in one man's head might in another's take the most unexpected forms. Mind still makes its conquests in that way. No one can tell what his in- tellectual influence is to be. The less a man thinks of contemporaries or of the future and the more ex- clusively he regards his subject, the more fruitful his work. Also the greater and more influential one's thoughts the surer are they not to have the character of planned discoveries. Newton, Darwin and Schopen- hauer did not intend to make the generalizations which immortalize them. Great, constructive, legis- lative ideas, when the time is ripe, come of themselves, as does an original conception in art. In mental crea- tion, such as science, religion, art, and criticism, only job work is projected beforehand. Sec. 35. No man thinks out his actual ~ , . career in advance. Youth, always Personal and ' J General rationalists, build air-castles enough, but these prove to consist only of air. In early years we believe in thoughts, particularly our The Problem of Cosmology 35 own, as able to change reality. All revolutions pro- ceed from young men. Age is less ideal, more his- torical. It reflects on the impotence and insignificance of individual effort and upon the awful power of tradi- tion, environment, and the course of events. The life of every historical people is like that of a man; child- hood, youth, maturity, and age are its stages. Also a nation's like an individual's life falls in with no man's plan but unfolds piecemeal and unconsciously. Even great men's deeds are but surges on the surface of a level ocean. Thus the same law of development which we have traced in the material world reveals itself in the mental. Organic forms whether in history or in nature arise not by forethought but by a spontaneous advance out of germinal beginnings. Growth, not fabrication, is the fundamental category of reality. CHAPTER VI The Impossibility of Atomistic Metaphysics „. ,. -B . Sec. 36. Although true, tenable, val- Pnmordiality , , , r , According to uable, and permanent as a formal Atomism ^ aw ' ev °l u tion, like anthropomor- phic teleology, utterly fails as a bottom explanation of cosmic connection. The post- initial structure of the world evolution certainly ex- plains infinitely better than old atomism, yet their utterances touching first things are identical: in the beginning independent atoms, from which all cosmic and living forms have proceeded. But the very con- ception of material atoms is contradictory and absurd. Does the atom occupy space? Then it is divisible and is not an atom. If not space-occupying, how can any number of atoms form a mass? To escape this dilemma some explain the atom as unextended, a mere point in space serving as a focus of forces. This notion perfectly suffices physics and mathemat- ics, but, when scrutinized, is found no more tenable than the other. A force exists only as it acts, and, to act, must have somewhat to act upon. No single thing, atom or other, has or could have existence save within a web of general being. The idea of self-ex- istent space is another absurdity. Also primordial motion and primordial relation need to be explained. Sec. 37. But supposing an atomic Cause and system launched, a further difficulty Effect, What? arises Starting with separate sub- stantive entities it must, to get on, involve the opera- (36) The Problem of Cosmology 37 tion of cause and effect among its members. Atoms, masses, and beings must really act on one another in the manner supposed by popular thought. But under reflection this is seen to be unthinkable. A cause of all changes there must indeed be; but, as shown by Hume, real interaction between finite things can not be conceived. How, for instance, can a given atom or billiard-ball, being moved, impart its motion to an- other, seeing that they do not touch? Repulsion is really no less a riddle than attraction (Kant.) Still harder is it to conceive direct causality between parts or members of the mental world. The proposition that A influences B can really mean only that when A does a, B does b. Or, generally, what we call the opera- tion of causes producing effects simply means that given changes at given points in the system are always spontaneously accompanied or followed by given changes at other points. Effluences and influences, causal ties and connections, necessity and compulsion among the elements of reality are nothing but con- venient figures of speech, like sunrise and sunset. Sec. 38. The above view of causation The Modern ig that of all the most recent p hii OS o- Conceptionof phers The firgt tQ domonstrate it was Hume (1711-1776). He showed that the most trenchant analysis of our thought in contemplating the relation of cause and effect reveals therein no element of necessity, either logical, as if the effect were inferrible from the idea of the cause, or mechanical, as though causes forced their changes to occur. All that we can discern in the fact of cause is that whenever certain changes take place certain others also take place. Kant (1724-1804) agrees 38 ' The Problem of Cosmology with Hume that, to our deepest scrutiny, causation means only regular concurrence or sequence in time. Not less emphatically than Hume does he deny the possibility of logically connecting effects with causes, or of referring the law of causality to the axiom of contradiction. Spinoza (1632-1677) taught that mind as such and matter as such never react upon one another. The philosophy of Leibnitz (1646-1716) in the same way presupposes the absolute independence of the monads constituting the universe. Their mu- tual relations are determined by a "preestablished harmony." Lotze (181 7-1880), Leibnitz's disciple, makes the accidental character of what we term caus- ation the main thought in his metaphysics. Lastly, the new science of physiological psychology, after long and most assiduous study of the brain and the successful localization therein of many psychical functions, declares invisible the slightest causal con- nection between the physical and the psychical side. Sec. sq. With Lotze we find that the atomistic view renders the connection and Causality. and reciprocity of things absolutely incomprehensible. If, as that theory supposes, reality had arisen out of many independent substances, the mutuality and harmony of their subsequent procedure would utterly defy explanation. Were each atom, each piece of reality, a thing on its own account, its existence and nature all its own without the slightest kinship outside, we should certainly expect it to go its own way, never troubling itself at all about other reals. On this hypothesis it is absurd to refer order and interaction to the "laws of nature," since these are nothing but formulae for the behavior of things. The Problem of Cosmology 39 Far from explaining the riddle they in fact constitute it. The amenableness of nature to general laws ex- pressible in definite formulae is, for atomism, wholly inexplicable. Sec. 40. Again with Lotze, arguing f ~ from the fact of reciprocal action Examination. and accordance with law through- out reality, we conclude that the elements of the cosmos are not foreign to one another; that, instead, reality is an absolutely perfect unity. In this way, when we assume that all things are members of one common nature, the one single Ultimate Sub- stance, we can understand the consideration which each item has for all and all for each. There exists but one actually substantive being, God. All change, all reciprocity, wherever or however occurring, is his experience and manifests his causality. All forth- putting of force is his free agency, perfectly unitary and coherent, however infinite and various its forms. Things are his transitory modes, patches of " der Gott- heit lebendiges Kleid." See, on this, H. Spencer, Principles of Sociology, §§ 659 sqq. w^- .j »* ^.i_ • Sec. 41. We are thus led to Rigid Monotheism T , , _ , .. adopt as the only solution of the the Solution. _ r , , _ ' , , , . , Cosmological Problem the third of the theories announced in Sec. 8. Monotheism, cor- rectly understood and logically applied, if it does not exactly explain the constitution and course of the world, at least provides a non-contradictory idea thereof. Cosmology thus leads us to the same result as Ontology: God is all and in all. He alone funda- mentally is, and all finite things exist in and through 4-0 The Problem of Cosmo/ogy Him. "In Him we live and move and are." This view, while differing from vulgar theism, has over that usual form of religious conception two important ad- vantages: i. It reconciles theology with itself by abol- ishing the contradiction of asserting creation out of nothing and at the same time maintaining the sub- stantive character of finite beings. 2. It much lessens the difficulty of believing in man's free-will, since it merges all reason with the divine, which it explains as purely spontaneous and free.* The true view differs equally for the better from Materialism. It is often thought that banishing the idea of God would carry also all fear of an evil future for man. Not so. If somehow the miseries of this life came without a God, how can we be sure that they are to end ? Even when all humanity's present life ceases and the planet freezes or melts, may not the same fatal energy which set going the life that now is place us in another per- haps less tolerable? If the system has reason for its centre and goodness for its aim there is assurance of its happy denouement in some way. On any other supposition there is none. *On Freedom, Paulsen, p. 227, sqq. [Thilly's Tr. pp. 221 and foil.] CHAPTER VII Causality and Finality ^. r^ *. .^. Sec. 42. Rejection of Paleyism Closer Definition T . J . . _ , n . . _. ... is not the rejection 01 the "final of Finality. ,, . . . . __ T1 cause idea in every form. What is insufferable in Paleyism is its sundering of the cosmical purpose from its fulfilment. We can not conceive of the Infinite as first forming or having a plan which he afterwards proceeds to fill out with reality. But purpose as antedating its result is not necessary to the notion of final cause. This notion is realized whenever an arrangement or movement willed by any being has, however instantaneously, the result which such being intended. Observe that, as finality does not include the element of before and after, so it does not exclude that of what we call causal procedure. Rather, it may be said, all teleological connection is or involves at the same time what we term a causal connection. However, the teleological is fundamental ; the tc'Aos always being, as Aristotle has it, to SOev 17 KLVYjCTLS. _^ . Sec. 43. While every mental experi- Purpose in Z . \ , . \ . . t _ .. ence fits into a causal order, which, in Mental Life. f , one sense, explains it, the characteris- tic phase of mentality is its purposive activity. The form of mental work does not arise from any vis a tergo pushing it on, but always from some goal-idea leading it. A normal human life, or that of a nation, is no composite of amorphous bits of consciousness, (41) 42 The Proble?n of Cosmology but an organic total with meaning. Every biography presupposes this, and so does every man in thinking over his life past or to come. Mental association does not proceed haphazard, by the mere play of effi- cient causes, but mostly in a way to evolve some de- signed result which the subject views with pleasure. Even in finite work, however, the plan is to a great extent executed as fast as it originates. The poet may plan now to write out a poem hereafter; but, as a creation in his own mind, the poem mainly origin- ates when planned and is planned when it originates. So with the orator, save that his planning and execu- tion extend through the delivery, not being at an end with any preparation, however careful. The architect may or may not incorporate his plan, but its erection into reality in his mind is a course of projection and realization going on together. Formative idea and the realization thereof are similarly contemporaneous in the life of a person or of a people, and in the whole development of human history. Everywhere are to be seen innumerable elements freely cooperating, a sort of esthetico-ethical necessity constraining each to contribute to the common end. ' t ., Sec. 44. So far as concerns con- Throughout the ■ , ,-r 11 1 ... , scious human hie all admit the Animal and ... , , ^ . « . activity 01 purposes and ends, lo Vegetable •/ _ 5. r explain fishing-nets, lor instance, Kingdoms. ^ , , , . . . no one would think of saying that, being constituted as they are, men aimlessly make their hands go so that nets result and are thrown into the water. But planning is no mere human attribute. To declare man a mere piece of nature, denying that he is a realm apart, and yet, on the other hand, to limit The Problem of Cosmology 43 finality to man alone, is most arbitrary and unscien- tific. If men weave and use nets to catch fish, spiders certainly do the same to catch flies. And if the catch- ing is purposive so is the eating and the digesting. All the processes of animal life, conscious or uncon- scious, must be interpreted as purposive, not only those maintaining the existence of individuals but also the instinctive ones like building nests, laying and hatching eggs, nursing and protecting young. It were an insufferable denial of nature's unity to use teleology in explaining the conservation of individu- als yet deny its place in the conservation of species. Thus forced to predicate purpose beyond the sphere of either human or brute consciousness, we must go further and recognize its presence in every part of the organic world. In its manifestation of design that world forms a seamless total, no domain of it admit- ting of satisfactory explanation by aetiology alone. Sec. 45. In the inorganic realm In the Inorganic purpose is confessedly less obvi- ous, yet in the absence of counter- vailing evidence the view, emphasized by science, of the world as one unbroken piece, demands that the thought be applied in this department as well as else- where. Living beings were not rained down upon our planet: they are its legitimate offspring, made of the same elements as the earth, children of the great cosmic-telluric system, itself, apparently, a work of art. As animals could not originate or subsist with- out plants, so plants depend on the soil, which chemical and physical forces have provided by breaking up rocks, and upon rain and warmth produced and re- newed by cunning and complicated inorganic pro- 44 The Problem of Cosmology cesses. To all this it is objected: i. That the inor- ganic world is a congeries of dead elements — the conception of Atomism and of Paleyism. Answer: As we have seen, both Ontology and Cosmology de- clare this an absurd theory and bid us think of mat- ter itself as somehow alive. 2. That all things, pro- cesses and events in the inorganic realm are suscepti- ble of a purely aetiological explanation. Answer: They are so explicable only in the sense and degree in which an organ melody is. Notes, keys, and vol- ume vary as the> do because organist and organ have the physical constitution they have. In the same way an oration can be physically explained, or a Beethoven string quartette depicted as "a scraping of horses' tails on cats' bowels."* If, however, as all say, the meaning and beauty of the result in those cases defies physical explanation, the statement holds good for all nature, since nature, too, has meaning and beauty. Sec. 46. It accords with the above Spontaneous 7, • , , ,_, , . that all men, scientists with the rest, Teleology. spontaneously ask touching all things, Wherefore? as well as What? and Whence? Find- ing the Wherefore category in ourselves we can not but use it in construing the world about us. No man is able to regard the various processes in a life or the different stages of its development as all on the same * See James's Will to Believe, etc., chapter iii, under Sentiment of Rationality. To the mere intellect the universe may be construed in a variety of ways each as satisfactory as any other. The intellect, could it act independently of the rest of our nature, would be satisfied with any view of the universe involving no mental hitch, wrench, or friction. Is there then no sense in which one thought of the world can be declared more rational than another? There is. A theory of it is rational (1) in proportion as it "determines expectancy," i. e., forewarns how things are go- ing to turn out, and (2) in proportion as it is congruous with our powers or funda- mental propensities, of which faith is one. To judge rationality by these tests is no more subjective or arbitrary than is the quest for rationality itself. In fact any merely intellectual apprehension of the universe is per se irrational and unsatisfy- ing in that it leaves unsolved the problem why there is any universe at all instead of a " multiverse." The Problem of Cosmology 45 dead level of importance simply because they are all equally real. We exalt certain stages and results as the regnant and determining ones and subordinate the rest. The acorn is for the oak that springs from it in a sense higher than the one in which that oak exists for that acorn. So of tadpole and frog, pupa and butterfly, ox and calf. Could we see a planetary sys- tem or a whole national life unfold, we should there, too, in the same way, apply the notion of final cause. It is not necessarily the later stages of an evolution which we exalt as worthful. The ashes of a tree are not its end, nor is the carcase of a brute or the ruin of a temple its end. Our criterion of importance among the members is, meaning for ourselves as intelligent, aesthetic and moral: the fact being that we are inevit- ably impelled to try and construe or unify the world taking these principles of our nature as norms. The scientist as such, (laudably) seeking to arrange all things in an order of efficient causation, may in part overcome the teleological tendency indicated, but he can never wholly do so. The impulse to assign worth among things is an inconcussum of our nature. To lose it would mean the loss of personality itself. Ab- stract understanding alone could never grasp any of the predicaments which express worth, and under- standing alone does not constitute us human beings. ,_, t t Sec. 47. After all we are not in con- Teleology ,. • f _ . dition to set up a proper science 01 not a Science. , TTT r v , ends. We can not, thus tar at any rate, predicate this or that as the system's supreme end. In general, we have not overcome the difficul- ties pointed out in Chapter III. We allege only that a telic character pervades the world so far as we can 46 The Problem of Cosmology see, and that cosmological analogy joins ontological theory in declaring such character probably universal. Teleology is not unscientific but only extra-scientific. It does not contradict the sciences proper, which con- sist in exhibiting the causal order, but it usefully sup- plements them. If it can not be demonstrated, neither can it be disproved. As science is the expo- sition of causes efficient, art, poetry, religion, and, in part, philosophy, are expositions of causes final, of the significances and values of things. They address themselves to the meanings of reality, introduce cri- teria of better and worse, set up ideals and goals, and make life worth living. If science proper is the priestess of truth to the understanding and as such ever to be heeded and venerated, those other disci- plines are her priestesses to man in the higher walks of his soul. All four, as well as science, belong at the altar; let none seek to drive any other away. CHAPTER VIII The World-Soul _ __. Sec. 48. The conclusions from the fore- Our View going considerations may be briefly summed as follows: 1. Reality is an all- inclusive unity. Finite things are not absolutely substantive but have a whorl-like existence in and through the Infinite One, the ens realissimum et perfec- tissiitium, whose more or less substantive constituents they are. 2. We are not to say "God is all," or "all is God;" God and Existence not being identical con- ceptions. God is the Centre, the Absolute, which neither comes, goes, nor changes. The universe, on the other hand, exists. It is God's out-put,* not God himself. 3. The Infinite manifests itself, far as it does so at all, in the two inclusive phases of reality, nature and history. Spinoza's dichotomy into Exten- sion and Consciousness was meant to express this truth. The two sides, however, are not co-equal in dignity, since extension itself is but a form of mind. 4. All movements and changes in the universe are so many direct activities of the Infinite, setting forth in a cos- mos of concrete, particular phenomena the richness of his endlessly manifold nature. 5. Being the ex- pressions of a divine purpose, these activities form no chaos but a rational order. The necessity with which they proceed is also rational. Containing in himself *"And God is seen God in the star, in the stone, in the flesh, in the soul and the clod." — Browning's Saul. (47) 48 The Problem of Cosmology all reality, God is subject to no influence from with- out, still less, if possible, to any compulsion. As causa sui He must also be a causa libera. All rational beings partake this character with their original. * Sec. 49. To justify this con- Its Reasonableness. cepdon o{ an infinite; etemal Spiritual Life, whose fulness surpasses our utmost thought yet of whose nature we have a noble (thus far the highest) adumbration in man, we here recall a few considerations already presented: 1. The unity of the world despite the non-causal connectedness of its members. 2. The analogy offered by the reality best known to us, viz., ourselves. In us mind is primary and everything bodily has its corresponding inner phasis. 3. The very fact of mind, to material- ism a hopeless riddle and contradiction but according perfectly with the theory here advanced. 4. The telic character of existence, in biology overwhelmingly obtrusive, elsewhere the object of impressive surmise. We do no violence to the data by declaring life the goal of the earth's evolution, consciousness the goal of life, mind that of consciousness, and a rational- moral existence that of mind. If this is so, the further thought of a supreme Spiritual Life as the end and aim of all things is inevitable. No other possible conception so illuminates reality or enables one to construe it so simply. *We deny freedom of a man (1) when he is compelled from without ; (2) when he is acting out a compulsory nature of his own, received from God or parents. If a man were causa sui and dependent on no external influence, we should certainly denominate him a free being. In that sense God is free. This is what Paulsen, also Caird, Harris, and all the Hegelians, mean by God's freedom. The very deep and perplexing problem of a nature within the primordial being to which primordial and all will must bow they do not front. See below, Sec. 54. The Problem of Cosmology 49 The World=Soul S =c. 5 °' ( A P hil ° s °P h y f e . the «.i ^. • u . ^ above, often with imperfections Notion in History. , . . , , ,.. and considerable modifications, has received the assent of the world's greatest think- ers, in the East and in Europe, in ancient and in modern times. Only a few philosophizing physicists have demurred. The best reflection among the great culture-peoples of Asia found rest in idealistic pan- theism. A related form of thought wrought out by Plato and Aristotle — reality a single essence, the ab- solute unity of the spiritual and the good — satisfied the Greeks. The Platonic conception mastered mediaeval thinking almost against its will. Modern thought, as well, wherever freest and boldest, has always taken the same direction. Bruno (1 548-1 600) and Spinoza (1632-1677) were led to it by the new discoveries in cosmology and natural science; Ger- man speculative philosophy was won over by the modern mode of apprehending history. In Hegel and Hegelism, where all reality was resolved into the idea, many thought they saw the final philosophy, suppos- ing materialism and agnosticism thenceforth forever impossible. While this proved to be an error, such reaction as has appeared since affects few save those who renounce as hopeless all effort to think problems through. ~ . . Sec. 51. Comparatively few among the c, . t . cultivated at present reflect much upon Sciolism. , . * ,, , \ . ultimate problems. Most who do this soon land either in skepticism, owing to difficulties in the theory of knowledge, or in materialism based on natural science. Investigators of nature usually ignore or deny the fact of a soul in nature. The 50 The Problem of Cosmology notion of a mundus intelligibilis seems to them like that of anthropomorphic gods, a fancy or a dream. They deem it superfluous, essaying to explain the world, consciousness perhaps excepted, from atoms and force. Science, it is said, has attained man's estate, no longer tolerating childish speculations. Influenced by the confidence with which science asserts itself, public opinion in educated circles is ashamed to own convictions not bearing the "scientific" stamp. Feel- ing the absurdity of recognizing a realm of fact yet denying its knowableness, some venture to assert that what we do not know does not exist, that what astron- omy and physics can teach is all there is to be said about the universe. Others admit a sort of knowl- edge touching supersensible realities, but deny it scientific rank, confining the terms "science" and "scientific" to work within the field of exact or at least of experimental research. In fact, science is simply a method of investigation, applicable any- where. To define it by its object is in effect to call scientific all studies dealing with those objects. But this is ridiculous. _, . .. Sec. 52. We proceed to canvass the most Objections. ..,..,.. , . formidable objections to the hypothesis of a world-soul: 1. A soul presupposes a nervous sys- tem. Reply: For aught we know suns, stars and planets may be the ganglia of such a system. They possess the same matter as nerves — carbon, oxygen, hydrogen, iron, phosphorus, etc. — have functional unity, and seem to form a rounded system. Their spatial separateness perfects rather than disturbs the analogy, as nerve microscopy clearly shows. Perfect resemblance to an animate nervous system we should The Problem of Cosmology 51 not expect, as the cosmical body needs no means of communicating with extraneous being. 2. The hypothesis is mere imagination. Reply: Suppose it is so, though the statement is not wholly true, the his- tory of science itself shows that imagination is most important. Present hornbook knowledge about milky way systems, cosmic evolution, the structure of the eye and the motion of light, was once imaginative, ridiculed by physicists. How fortunate that investi- gators pressed on ! Until entire reality is explored bare guesses at the unknown are more scientific than scorn of speculation. Moreover, speculation which is consistent with itself and with the knowledge thus far acquired is scientific as far as it goes. _ ^, Sec. 53- 3. We are not conscious of Further . _.. .. membership in a World-all. Reply: A Objections. , f „ , part would naturally not survey the Whole but the Whole the part. A cell, if conscious, would probably not be aware of being merely a cell; its consciousness would seem individual and independ- ent. 4. The hypothesis exalts error and evil as on an equality with the True and the Good. Reply: Not so (see Sees. 46, 47). It gives scope for all imaginable differences of better and worse short of breaking reality absolutely in two and declaring evil inex- plicable. The charge made is applicable rather to materialism. 5. We can not mentally construe the relation of the finite to the infinite. Reply: We have the analogy of the relation which the individual mind bears to its component faculties and experiences. As our feelings, impulses and thoughts all fit together in one consciousness, so we may think the whole com- plex of mentality in the universe, known and unknown, 52 The Problem of Cosmology as uniting in the life of God, yet no part losing aught of its several independence. The present or the his- torical life of a people is another analogue. Matter may be conceived as in last analysis resolved into mind. Or, were we with Plato to take it as defying mind, an irrefragable shell or casement of "other," the view would offer no greater difficulty here than in any theory of the world. 6. By this theory the soul can not be immortal. Reply: Quite the contrary. If there is a central, infinite consciousness to things, all that has ever existed is in a sense immortal. But more. Nothing forbids the belief that as our present pro- gressive blending of thought and experience with other mortals and with God in proportion as we advance in knowledge and goodness does not annul personality, so we may grow up and out into God yet not be lost in Him, not cease to be ourselves. _. ' . Sec. 54. To complete the Cosmology The Universe ,*.■.*, 7 ~ , . above outlined two further remarks Subspecie /Eternitatis are necessary: i. The truth that reality presents a Reign of Law (Sees. 3, 4, 5) does not conduct us to the deepest nature of being. The usual idea of law as fundamental is in fact not true. Every operation of law probably involves an element of free co-efficiency contributed by the Central Power. Thus, no two leaves are exactly alike; history does not repeat itself; we can not fore-judge a char- acter or a life from its antecedents; every great man, in particular, is an ultimate fact. Numberless phe- nomena are, from the point of view of law, so far as our vision pierces, utterly inexplicable. For all this our thought seems obliged to assume within the Abso- lute a fundamental nature which must constitute a law The Problem of Cosmology 53 even to the will of the Absolute — to posit law, that is, as deeper than freedom. To this one can offer only the very unsatisfactory reply that ultimate fact may not accord with our thought. 2. For the universe as a whole, God and the world together, there can be no such thing as progress. Only particular and finite things improve. The conceptions of advance, better- ment, victory over evil, etc., true touching special phases of existence, involve desperate contradiction if applied to the All as all. Evolution itself is but a local fact. The universe as a whole can not evolve, but is the same yesterday, to-day and forever. Total reality is not to be thought of as rectilinear but as a closed, rounded, self-completing system — literally a "world without end". * *See G. Vacher de Lapouge, in his preface (pp. 6, 7) to his French translation of Haeckel's Monismus. CHAPTER IX Religion and Cosmology „,. _. . Sec. 55. Considered in its essence The Nature of ,. . . , ■ n .. . ~ religion consists neither in mental Religion: Sense " . ^ - assent to propositions nor in the of Dependence. , , . T observance 01 rites. It is an atti- tude, or two kindred attitudes, of the finite spirit in relation to the Infinite: the reverent sense of depend- ence on the Supreme Being and faith or trust in that Being as righteous. Man is a conscious cipher sur- rounded by reality whose limit he can in no direction even surmise. Infinite time had passed before he ex- isted, infinite time seems destined yet to come. Spite of his best striving he is mainly passive in the midst of forces and events, tossed, buffeted and borne on by the tide or drowned beneath it. "Men are the sport of circumstances when the circumstances seem to be the sport of men" (Byron). You do not create your- self or appoint your lot, and, however rich, great or powerful, can not prolong your existence an instant beyond its appointed span. Consciousness of this aspect of life provides, so far, basis for religion. If reverent, /'.