O, ..■„.» .0° ** +A0* •\ A lip / l^ . o« •- X c°* .^% X >* V" **o* <* A- Wilford Hall EXAMINED. SCIENCE FALSELY SO CALLED. I Tim. vi, 20, ERRATUCD. On page viii line 8, omit not before alike. Misplacing of letters, omissions, and re- dundances with some misspelling have been noticed, but are not noted here as they do not effect the meaning and will be readily seen by the reader. In apology for these mistakes the author desires to say, that an arrangement with the printer having been made to work on this when other work was not on hand, it is not surprising that mistakes were overlooked. "SHBSTwIAUSaM" !pe PbilosopbV OF— ft, WlkFORD Hftbk exa.mlHku p/ BY— / JOHN A. GRAVIS, wash i xerox, n. c. »pp g jgg2 Terry Bros., PubushekS ^^ WMHiMTg*^ -^ 1891 )*i^e 10. SUBSTANTIALISM. 2J laws that govern matter." Spirits and spiritual bodies he says ignore matter. Which of his other forces ignores the laws that govern matter? Try to get elec- tricity through glass or heat through asbestos ! Sound is stopped by anything that is unstable, as cushions or curtains ; and the materials that stop the passage of light are too numerous to mention. With regard to some of these forces, the observed phenomena are in- compatible with every theory that has been broached. Looking at a bright spot renders the retina insensi- ble for a time. If we then turn the eye suddenly upon a white surface we see a dark spot where the light spot fell upon the retina. If instead of a white spot, a colored spot fell upon the retina, we see the comple- ment of that color upon the white surface. Now, if the difference in color be caused by a difference in the vibration of the rays of light, ought not the rapid rays to entirely obscure the less rapid? We do not so find it. If the eye had rested upon a red spot we see a green spot on the white surface, but if the spot on which the eye had rested were green we see a red spot. According to the ether theory one of these colors must have been made by more rapid vibrations or impulses than the other. Again light passes readily through the atmosphere, but should not the waves of light, in such an inconceivably light substance as ether, be stopped by the much heavier atmosphere. Does not a heavy matter always stop motion in a lighter matter ? We must confess here that the action of impulses are not yet understood, but all these phenomena seem op- posed to the theory of ether. On the other side of the argument, if light be, as substantialists claim, an nil-material substantial en- tity, how can it be shut out by blinds and curtains and 28 SUBSTANTIALISM. many other kinds of matter? Perhaps we are " quib- bling", but substantialists would do well to "quibble" more. If they did, they would be more like scientists. They would see that what they call an im- material substance is here controlled by matter. A smart blow on the back of the head causes us to see stars. Can substantialism explain this phenome- non? The vibratory and impulse theories both ex- plain it. Surgeons know that the optic nerve shows none of the sensitiveness to pain of the nerves of feel- ing — in short the optic nerve is entirely insensible to anything but light ; just as the auditory nerves are in- sensible to anything but sounds. The one nerve con- verts jars into sounds and the other nerve converts jars into light. These facts are strong points for the impulse theory of light. They are certainly not in accord with the substantial theory. Dr. Hall says, correctly, that ^'im-materialentitiesare not subject to the laws governing matter "; but an awn- ing or umbrella shades us from the heat of the sun, and the walls and windows of a house keep in artificial heat. Is not heat, here "subject to the laws governing matter"? Can matter impede what is im-material? Dr. Hall says that it cannot. Revelation says amen, and science is silent on the subject. I confess that I do not know what light and heat are. Electricity can be conducted, but can matter conduct what is ////-material? The conductor must confine the electricity to itself; but "can matter confine an ////-ma- il substantial entity?" Dr. Hall says it cannot. tricitj and magnetism can be converted into each other. Can an entity be changed into another entity? [s n«>t such a change an act of creation? The chemist otific Arena Vol I iuoted in Sound Book, page viii. SUBSTANTIAUSM. 29 appears to do this miracle, but he only liberates ele- ments from the union in which he finds them that he may, with these elements form new compounds. The fact that magnetism can be increased by rub- ing, looks like motion among the particles of the mag net ; it certainly does not look as though magnetism were an entity. Faraday, who devoted years to the study of this subject, and tried to find out what elec- tricity and magnetism are, was compelled to confess himself an "ignoramus". Haeckel, however knows that they are both caused by vibrations; and snbstan- tialists know that they are im-matcrial substantial enti- ties. Ernst Haeckel and A. Wilford Hall, both omit from their list of forces odor and flavor. It seemed wise to do so, as these are admitted to be not only entities, but material entities. Dr. A. Wilford Hall, however, in the Scientific Arena says, * "Odor is that force in nature, which by entering the nose and coming in con- tact with the olfactory nerve, produces in our concious- ness the sensation of smell; and flavor is that force in nature, which by contact with the palate and gusta- tory nerve produces in our consciousness, the sensation taste." Observe here, that unless the substance comes in contact with the nerves no sensation is produced. Should we compress the material nostrils by the ma terial fingers we exclude odor. How can matter ex- clude what is im-material ? Dr. Hall tells us correctly that "By im-material substances are meant such enti- ties as arc not limited or confined by material condi- tions." No doubt but what scientists in their enthusiastic efforts to account for what is unaccountable, have also * Vol. I page 73, also quoted in Text Book on Sound, page 157. 30 SUBSTANTIALISM. sometimes asserted working theories as though they were demonstrated scientific facts; but such assertions are errors wherever we find them. If A. Wilford Hall would drop Substantialism, and devote his energies to the publication of a Christian Scientific Journal, he need not then make himself a laughing-stock to scientific men, by trying to build up his reputation with an endeavor to show that * Sir Isaac Newton was wrong about the earth's attraction upon the moon ; a calculation that has since been repeat- edly verified and which any mathematician can test for himself. Science deals with proved facts and with working theories. Philosophy deals with theories and specula- tions ; if these speculations concern the mind and the soul they are metaphysical. Revelation deals with what (rod has revealed. These branches of knowl- edge will not clash unless they are made to clash. Evolution, sound, light, etc., concern science and philosophy, not religion. They are . all subjects that arc more or less unsettled, and perhaps never will be settled. About the descent of man and other animals, one scientist yet contradicts another. In the front rank of biologists, stand the names of I .mi is Agassi/ and St, George Mivart. I need not tell any American, who lays claim to scientific knowledge, how Agassi/., to the day Of his death, fought against the development taught by Darwin and Spencer. Faugh t, not on religious but on philosophical grounds, lu the Nineteenth Century, Mivart says, "the question oi man's origin is a philosophical, not a scientific ques- tion." He further says "that the more deeply and thoroughly human nature is studied, the more Microcosms foi March and fuly SUBSTANTIAUSM. 3 1 clear and decisive will be the conviction arrived at, that the powers of mental abstraction, and of language which is its external sign, mark the most interesting and impassable limit to evolution." Darwin, who was himself a tlicist, admits that the boundaries between the species are as distinctly marked in the rocks of by-gone epochs, as biologists find them now ; and that "if species have descended by almost insensibly fine gradations, as he claims that they did, then it would seem necessary for us to expect the rocks to reveal inuumeral transitional forms; but lie says that the geological records are fragmentary. Other scientists have answered him that these frag- ments are counted by the thousands, are gathered from every part of the earth and from every epoch ; and surely some connecting links would be found in the rocks , but the testimony of the rocks is, rather that the earthliest periods give the most perfect types of each dynasty. Few that have paid any attention to geology will gainsay the facts here given. It matters not whether the creation was in six days or in longer periods; whether it was immediate or was slowly developed. Whichever way, science de- cides the Bible teaches that it was of God. Of course the ideas which the uneducated form of God and his works, differ from the ideas of the edu- cated ; but the Bible was written for botli — the unedu- cated as well as the educated ; and it is wonderful that when rightly interpreted, it does not clash with cither. The notions of theologians are no part of the Bible. Hebrew scholars are agreed that the word which our version translates day, would be just as correctly ren- dered period. Geologists aeree that the earth, was at first, "without 32 SUBSTANTIA LISM. form and void" and that it was afterwards covered with water and wrapped in an impenetrable darkness. True, they do not say with Moses that "the Spirit of God moved upon the face of the waters"; but how did Moses know what he says preceded and followed this assertion. All which he gives just in the order which ideologists record. The firmament, which always means the atmosphere, is mentioned just where the develop- ment of nature puts it. All scientists agree that the heavy atmosphere, composed mainly of carbonic acid gas, bore up the mists from off the sea, and formed dense clouds on the top of this atmosphere, thus, div- iding the waters that were under the firmament from the waters that were adore the firmament." Does not the telescope show us that Jupiter and Saturn are in this same condition now? When the luxuriant vegetation of the Carboniferous Age had exhausted this carbonic acid gas, the clouds fell in copious rains, and the sun, moon and stars appeared, just as every scientist knows that they did ; and, just as Moses, in language that ac- cords with his visions, said that they did. ANALi< ■ ■) Dr. A. Wilford Ha] bout im-materiality, * '.'It .is best illusti • rn or gravitation which v. ; a materia • . regress." ne tism. pass through a vacuum to gi body > true, and they . ■■ - not see that : • trence be- tween tli forces, - troy his much va grav- itation and i • - u ' ir'd the laws that govern matter; a •'• . idou do, if they be. imma- terial entities • i the fact that the other • ws ; and thus demoli ;he< • ibstantiaiism. He truly says tl very thing aring him in the * published a> ientists; he with • : ■< ( perfect a what they both call th It would 1 ■ ' no anal- ogy app • • • from Liiiuera] imal kingdom ; and Lind. Let us exan tl with m; . liiere no ana! e? rom a mere germ ; Scii 34 SUBSTANTIAUSM. each springs from a similar life ; both develope gradu- ally ; in each the embryo bears no resemblance to the adult. Here are four analogies where but few could be expected ; as we advance in the species, the analogies become more numerous. Between man and the bi- valve, we will find more — still more between man and the crustacean — much more between man and the ver- tebrates; while, between man and the highest type of the mammales, the analogies become innumerable. Thinkers in logic, seeing that few things can be se- lected where analogies are not found, have long ago decided that analogies prove nothing unless the. analo- gies are complete, or at least unbroken. The system of development is founded upon these anal- ogies. It is admitted, however, that the analogies were incomplete ; though it is said that they had never been broken. Dallenger, Tyndall and Huxley, in their re- marks upon biogenesis, which we have quoted, show that these analogies are not only incomplete but broken ; while Mivart in his remarks upon the lines of difference between the species of animals, proves that they are worthless. Ernst Haeckel finds analogies, not only where none exist, but where eminent agnostics have reluctantly confessed that they could find none. .Certainly but lew selections could be made, where more broken an- alogies appear, than between life, mind, sound, light, Ileal, electricity, magnetism and gravitation. In this is Haeckel's greatest fallacy; and upon this fallacy Dr. A. Wilford Hall builds his substantialism. Analogies are a hobby with Materialists and'Subztantialists: Where, I would ask, is there any analogy between the personal immortality of the soul as taught by revela- tion, and the pantheistic immortality of sound, light, SUBSTANTIAUSM. 3 5 heat, electricity, magnetism and*gravitation as taught by substantialism} but no other immortality can well be advanced for these so called forces of nature. The life of the beast, Substantialism says is pantheistically immortal also, yet it finds analogy between such life and the soul of man. Was not Solomon's doubt more logical? •• Most philosophers have seen such a difference be- tween life or mind and Haeckel's other forces, that they have not tried to put them in one class. "I affirm," says Prof. Tyndall, "that no shred or trustworthy testi- mony exists, to prove that life in our day has ever ap- peared independent of antecedent life ; and Prof. Hux- ley says, "Biogenesis is triumphant along the whole line." Aye! triumphant in its proof that life, both vegetable and animal, is never developed, not even by the most scientific methods of modern chemistry, but always comes from a similar life. Ernst Haeckel and A. Wilford Hall are not scientists. They may be f phil- osophers ; but a scientist is one who is seeking for truth, and when he finds it, he does not contradict it because it accords not with his preconceived ideas — his pet theory. In the face of universal testimony, to the contrary, Haeckel declares that all of what he calls the forces of nature are alike ; and Dr. A. Wilford Hall accepts this assertion and brings forward his theory of Substantialism to combat Haeckel's other reckless asser- tion, that six of these forces are proved to be vibra- tions. Leaving out life and mind, let us see what analogy we can find between the others. In producing light — no! ■■■ Eccles., Chapter III, verse 21. t The word philosopher is used here with a meaning that has been attached to it for the last 2,000 years. If we confine ourselves to the etymology ot the word, it is no more applicable to these men, than scientist. 36 SUBSTANTIALISM. we will ?ise the substantialist word — in "liberating" light' heat and galvanic electricity something must be con- sumed, but in liberating sound nothing is consumed. Gravitation, which is constantly being liberated by every particle of matter consumes nothing. Sound will not pass through a vacuum, it must have a material conductor; but light passes as well through a vac- uum as through the air. If light has any conductor it must be that imaginary ether. Glass does not impede light of any kind, nor does it impede the heat of the sun, but it is almost a perfect barrier to artificial heat, and to sound. Do Haeckel and Wilford Hall not see anything here to break the analogy between their forces? Aye ! even between the same force when it pro- ceeds from different sources? This phenomenon of heat, science has never explained. Can substantialism explain it? Iyight, to the unaided eye, appears the same no matter from what it comes ; but the spectro- scope shows that there is quite a difference. That lights are by no means homogeneous from burning gas, burning liquid, burning solids and the sun; but these philosophers say that there is analogy between them all. Glass will not permit electricity to pass readily through it, but glass offers very little resistence to magnetism or gravitation, very little to light or the heat of the sun. Is there analogy between all these so called forces? We can store light and heat. In the Leyden jar we store electricity ; that is we can hold them by matter; which is contrary to Dr. Hall's correct assertion that "Immaterial entities are not subject to the laws that govern matter." We can also store magnetism by an armature that connects the poles of the magnet. Grav- itation is always stored in every particle of matter, SUBSTANTIAUSM. 37 and no human ingenuity has ever "liberated" it. Has sound ever been stored ? Can it be stored in any musi- cal or other instrument ? The phonograph reproduces sounds- — the very notes, and the tones of the voice are reproduced by a vibratory diaphragm. Magnetism is increased by imparting its properties to another body, but electricity is lost by doing so. Do Ernst Haeckel and Dr. A. Wilford Hall see analogy here? Magnetism is retained by closing the circuit; electricity can only.be retained by leaving the circuit open. How exact the analogy ! Gravitation and mag- netism are both local ; gravitation is in proprotion to the matter that contains it, and which never parts with it. Can the same be said of sound, light or heat? "Magnetism and gravitation," Dr. A. Wilford Hall asserts, (no doubt unwittingly,) "differ from everything else in nature." So they do, but still they are subject to the laws that govern matter. They are confined by matter "Limited by matter." We do not think we are assuming too much when we say that they are produced by matter. Art. 6 * of the Substantialist creed tells us that "the materialist logically reaches the conclusion, from the principles of physic taught in our colleges, that life, soul and mind necessarily cease to exist." That, "if Christian scientists teach that sound, light, heat, elec- tricity, magnetism and gravitation are modes of motion there is no rational ground to believe that the forces that cause mental and vital manifestations are anything else." All that we need say to this assertion, is, that scientists whether believers or not, see no such conclu- sion forced upon Christians. Even those who are un- believers do not see the analogy that would make such * Scientific Arena, Vol. I, page 7, last sentence. 38 SUBSTANTIAUSM. a conclusion necessary or probable or even rational. Substantialists beat furiously upon their gong, "logi- cal analogy"] but what writer on logic has ever counted analogy as anything more than probability? The analogies may be so numerous, and unbroken y that the probability amounts to an inductive demon- stration ; but where do we find any two of these forces that present such an unbroken analogy ? We challenge Ernst Haeckel and Dr. A. Wilford Hall to show one analogy between life or mind, and the other so-called "forces of nature." Do not agnostic scientists admit that there is no analogy here? Of what other force, save life or mind, can it be said, "that no shred of trustworthy testimony exists to prove that it has ever appeared, independently of a similar force?" Substantialist publications constantly ring in our ears that " Haeckel proves, by the science of our schools, that life and mind are vibrations and must cease in the very necessity of the scientific analogy." Still our teachers and professors laugh at these assertions; made, not only without proof, but in the very face of proof to the contrary. Both Jews and Christians have long believed that the soul of man is an im- mate rial substantial entity. Not be- cause science says so; but because their faith accepts what is revealed. Had the speculations of Socrates and Plato been continued to the present day, they would have demonstrated nothing — science throws but a dim light upon this subject, but what it does throw, helps revelation. That life and mind act as primary forces, goes far to establish what revelation teaches about man. The Microcosm says • " If force be substantial it ♦Vol. VI • SUBSTANTIAUSM. 39 must be subject to the conditions of locality, intensity, divisibility, concentration and rarefaction." Is that so? Locality is conceded to be a property of existence. He reckons the soul of man as a force. Is it capable of "concentration, rarefaction and divisibility? While much has been accomplished in science by study- ing phenomena, nothing has been accomplished by trying to find out the causes of such phenomena. Not that we would wish to stop modest theorising — much that is interesting and instructive comes of it. We can see where certain theories explain, and where they fail to explain. Men whom science has placed in her highest niches whose fame will last while the world lasts, have seen their own littleness and have not been ashamed to own it. Sir Isaac Newton, not long before his death re- marked ; "I feel like a child who has been picking up shell's upon the shore, while the ocean of science lies before me, unexplored." The elder Agassiz said "We ought 'to know the limit of our information. Those who have an answer for everything must make up an- swers-. It is hard to say, ' I do not know,' especially for teachers, but I would trust no one, who has not the courage to say it." In another lecture Louis Agassiz said, " The lesson that there are limits to our knowledge is an old one;. but it has to be taught again— it was taught by Buddha, it was taught by Socrates, it was taught by Max Muller, and it was taught by Kant." How different is all this from the remark made by a substantialist to the author. " If you do not know the cause of a phenomenon, you sim- ply confess yourself an ignoramus." Who tried harder than Prof. Faraday, to find out what electricity is? Who devoted more time to that and kindred subjects? SUBSTA NTIA USM . He was compelled however, to confess himself an ig- noramus kel and A. Wilford Hall are not "ignoramuses - that it is nothing but vibra • that it is an \ ial substantial entii The arrogance of these men would iv ible, if science had never blundered, but the path of sciei i rewi ■ i ! ;ploded tlieo- • that hi Lie • . ates-, in their tin]-, ' both these men can count. No one te .... bjection and prove the possibility jse I • alogy is thus used in i Cor. XV, 35". * " other books use analogy in the same way. This is Scientific analogy so much harped on by Subsi • >ut seldom used by them. Logic ad* ■ h . • . . St. Paul and Bishop Butler understood the rules of logic t< - to use a ; in the u nan- nerof Ernst Haeckel and A. Wilford Hall, in attempt- ] ersistent stu- st in their trying to as veen called fo f nat whd say that ' ' ' st, the SUBSTANTIAUSM. 4 1 SOUND oi v Dr. A. Wilford Hall says that the Wave Theory sound is older and more plausible than the same theon applied to other forces; and therefore he makes his principal attack on sound, because, if the * "wave the- ory fails, here, the whole theory falls." He, no doubt, shows that some of the explanations and calculations of eminent scientists are not supported by facts ; but Prof. Tyndall had said so before. The Impulse theory is not open to' the same strictures. We have seen, in the case of the croquet balls, how impulses can be com- municated from one particle of matter to another, without perceptible loss in energy or time. We also know that, without the particles of material air, or some other matter to conduct it there is no sound. f "The substantial theory of sound:' says Dr. A. Wil- ford Hall, "the same as the wave theory teaches that the tone of a musical instrument is produced or liber- ated by means of vibrations." He admits that the vi- brations of the strings produce, or as he puts it "liber- ate" sounds, and that if these vibrations be stopped the sound stops. Now we know that these strings will vibrate in a vacuum better than they do in the air. Why do they not liberate sounds in the vacuum? Dr. Hall says that the air or some other conductor i essary to convey the sound to the ear after it is 1 iber * Art 7 of Creed, last sentence, Scientific Arena, Vol I, p t Microcosm Vol. VII, page 33, verse \. 42 SUBSTANTIAL ISM. ated; but again we ask, how matter can convey what is ////-material ? To convey the sound it must confine the sound to itself, it must limit the sound by "mater- ial conditions" which Dr. Hall says cannot be done to any immaterial entity. Throw a ball, which is indisputably matter, against a hard wall and it rebounds — when sounds in the at- mosphere strike the wall the sound impulses do the same; but Dr. Hall says that " im-material entities are not controlled by the laws that govern matter." In- deed our only reason for making a distinction between material and im-material entities is founded upon this difference. If these sounds be immaterial entities they disobey the law which Dr. Hall lays down. They are " controlled " by the material wall. Substantialists admit that sound travels at differ- ent rates and loudness through different matter — in or- dinary air, 1,090 ft. per second, where the air is very dense, as in a diving bell, the movement is quicker and louder— here a fire cracker sounds like a musket ; but where the air is rare, as on a mountain, the musket sounds about as loud as a fire cracker does in ordinary atmosphere. Dry wood conducts stronger than wet wood. Make a string tight and it is a good conductor, but a loose string is no conductor of sound. We see from these and other phenomenon, that the more firm- ness and elacticity a body posesses, the better are its conducting powers. This phenomenon of resonance is well understood by manufacturers of musical instru- ments. The sounds of the harp, violin, guitar, piano and organ, would be faint without their very dry sounding boxes. Why is it necessary to dry the wood thoroughly before making it into these boxes? The manufacturer may be ignorant of the reason, but ex- SUBSTANTIAUSM. 43 perience has taught him that it must be done. Long before science had studied out the reason, the manufac- turers of musical instruments had learned that sounds are conveyed to the air and through the air to the ear, stronger and clearer by dry boxes than by damp boxes. The reason is, that dry wood is more elastic, and there- fore communicates vibrations of every kind better than undried wood. A substantialist meets us here by say- ing that steel, which is firmer and more elastic than iron, does not conduct sound as well as iron. He sim- ply illustrates what we have remarked, that much is gained by studying phenomena, and very little by try- ing to find out the cause of such phenomena. He also shows how flimsy arguments may be that are built upon analogy only. However, one or several exceptions could not wholly invalidate a rule that is established by al- most universal induction. Such exceptions only show that there is some controlling influence that has not been discovered; but, if the rule were overthrown, it would not effect our argument in the least, that sound trav- els better through some substances, than through others ; and that some substances augment sounds. These are facts which substantialists admit ;' but can a substance of any kind either conduct or retard what is im-mater- ial? Stand a turning fork after striking it on one of these dry wooden boxes, and see how its sound is augmented. We can understand that the vibrations or impulses of the wood may be stronger than those of the metal ; but, if sound be an im-mat e 'rial substantial entity ,the box must create more of this entity, or as Dr. A. Wilford Hall puts it must "intensify" this entity. He says that the sound was there before and is only liberated by the stroke. It thus appears that the sound is not 44 SUBSTAXTIAUSM. a specific entity like man's soul, but a quantitive entity, capable of being liberated in quantities by the mater- ial box. But what, again we ask, does the matter in the wooden box, or the want of matter in a vacuum, have to do with that which is im-matcrialf The man- ufacturer made the fork. If he makes it one way it has an A soul— if another way it contains a C soul. No matter how many times we strike the fork, we find just as much of this quantitive soul left as there v. first. Sounds are reproduced in the phonograph so like the original that the voice can be recognized. If sounds be entities, the phonograph must have the power to re-create entities instead of vibrations or impulses. As sound has never been stored we cannot presume that the phonograph stores them; and. if it did, the sounds would become fainter as the stored sounds became exhausted. A vibratory diaphragm . ■ do the ; much as we see a pair of vibratory r . „s, receiving and communicating the sounds, and even the tones of tin- voice, in the telephone. The Rev. J.J. Swander A. M., D. D., a noted author hi favor oi substantialism, writes in his Text Bool Sound ' as lollm 'The sound force of the voice essentia/ is \ ■- vition to the usual methods of gener- ating sonorus force." The italics are ours, but we are constrained to ask, did ever philosopher before state facts so well against his own theory? How is it pos- sible that such a man, as Dr. S wander can be a substau- tialistf He says, however, that "motion is a nonentity and can produce nothing nor cause an effect." Now we admit that "a nonentity can produce nothing," but the motion of the diaphragms, and the wire of the tel- ephone, which the doctor so beautifully illustrates, are not the producing causes of the sounds. The produc- ing causes are the lungs and the vocal organs of the speaker. As to motion it is always caused by an entity, but the motion when communicated to another entity sometimes produces tremendous effects. The motion- less cannon ball is harmless; but, when motion is com- municated to it by the firing of gunpowder, it strikes its object with terrific effect. We can hardly turn our eves anywhere, without seeing how entities in motion, "cause effects"; which, without motion they would not cause. Dr. Hall says, " the atmosphere in its ordin- ary condition, conducts sound 1090 feet per second : water about 4 times as fast, pine wood ten times, and iron 17 times as fast." This is about correct. Now let our substantialist take his stand at one end of a brick or stone wall, and have a person to strike the wall at the other end with a hammer. He hears two distinct strokes from that one stroke of the hammer the last from its time and loudness, came through the air; the other, from Dr. Hall's admission came through the 46 SUBSTANTIAUSM. more solid wall. The experiment has often been- tried and can be tried by anyone. Substantialists would say that two distinct entities are liberated by that one stroke. If so, these im-material '. substantial entities are queer things. How many such entities are in the wall? We cannot conceive of there being an indefi- nate number, but every stroke liberates one throueh the wall ; another through the air — more if there be other conductors, as rods of wood or metal. The num- ber of entities in that wall does seem infinite; for no stroke has failed to liberate all that the conductors call for, no matter how often the wall may be struck. The wave and impulse theories both teach that vibrations or impulses are given to any matter that is near enouo-h to receive them, and are communicated from particle to particle of such matter, until finally they reach the ear. Evidence against the substantiality of sound meets us everywhere— not philosophical theories, but demon- strated scientific facts. We will advance another argu- ment against the substantiality of sound— one that is, we think, incontrovertible. Proof, positive that sound is caused by vibrations or impulses in another matter, and that, when these impulses follow each other in quick succession the tone is higher than when the suc- cession is not so quick. Take your stand upon the platform of a country railroad station, when an express train is about to pass, '^ notice the sound of the whistle as it comes towards von, as it passes the station, and as it goes from you Most of our readers have probably observed this differ- ence in the sounds of the whistle. As it passes the station yon eateh the true tone of the whistle, as you would hear it if the train were standing there ; as the SUBSTANTIA LISM. 47 train came towards you, the impulses .being .crowded together and following each other in quicker succession , the tone is perceptably raised ; if the train be moving rap- idly, the tone of the whistle may be raised a whole note. As the train recedes after passing the station, the tone of that same whistle is lowered just as much as it was raised before. Three distinct tones you hear ; but only one is heard by the people on the train who are moving with the whistle ; and that is the same tone that you heard when the train passed you. By either the vi- bration theory or the impulse theory this is all plain — the pulsations of the sound, to one moving with the whistle are neither Crowded together, nor parted by the motion of the train. According to the Substantialist theory, the steam in passing through the whistle, liberates to those on the platform three distinct entities, but to those on the train, moving with the whistle, the same entity is lib- erated constantly. A Substantialist answers us here, that the motion of the train alters the entity. As the motion of the train is the same when approaching, pas- sing and receding, why does it not alter it the same in all these cases? Why does it not alter it to those on the train ? What evidence have we that one entity is ever altered into another entity? Electricity and magnetism may be converted into each other ; but it is begging the question to say that they are entities, with- out some proof that they are. Impulses are not a philosophical theory, but a demon- strated scientific fact. The croquet balls which we have cited, show that impulses can be communicated from one particle of matter to another, without any diminution of energy, nor any appreciable consump- tion of time. No ! nor any perceptible motion in the 48 SUBSTANTIAUSM. intervening particles. Were impulses, like ether, an nndenionstrated theory, still like ether, they would ex- plain what substantialism cannot explain. Until Substantialism makes some one phenomenon plainer, it cannot rank as high as the ether theory ; which, though un-demonstrated and opposed by some phenomena, accords with other phenomena. ^ m. SUBSTANTIALISM. 49 OPTIONS. It has been asserted that substantialism is endorsed by learned men ? Was it not admitted that the early Gnostics were more learned than the Catholic Chris- tians? Was not Ptolrny a learned man? Was not his system of Astronomy supported by learned men for several generations? Tycho Brahe was a learned man — the leading astronomer of his age — the first man who had the charge of an observatory — the inventor of many astronomical instruments. Kepler acknowl- edges his indebtedness to Tycho Brahe's observations ; from which he calculated his three great laws. Still, Brahe lived and died in error about the movements of the heavenly bodies. He lived after Copernicus, and labored to overthrow his system. He tried to prove that the sun moves around the earth. According to Dr. A. Wilford Hall, * Sir Isaac Newton and La Place, both fell into very ridiculous errors. Will he say that these men were not learned men ? The men, whom substantialists most delight to quote, are professors in colleges. Will they claim a majority of these, or even a considerable minority ? Haeckel is a professor in the University of Jena. Dr. A. Wilford Hall says of an American professor, who has had the temerity to oppose substantialism, that f " Notwithstand- ing his evident incapacity of grasping the true relation * Microcosm Vol. VII, page 50, col. 1, last verse. t Microcosm Vol. I, page 139, 1st col., line 35, and p. 140, 2d col., line .;. 50 SUBSTANTIA LISM. between cause and effect in physics and mechanics, he really does seem to catch a glimpse of the fact that this argument, "(referring to one of his own,) "kills the wave theory." "Really," (says the gentlemanly Dr. A. Wilford Hall,) "ones sympathy involuntarily goes out for such a superficial ignoramus." " Ingnoramus" is a favorite word with substantialists when speaking of those who differ from them — so was its Greek equivalent a favorite word with the ancient gnostics. Dr. Hall says that this professor cannot "distinguish between cause and effect," and that he is "superficial ". How true it is that people always see their own faults and failings reflected in others i This professor, however, "does catch a glimpse that the wave theory is killed," but not having substan- tialist eyes, he fails to see that killing the wave theory, necessarily establishes substantialism. Perhaps the wave theory was supplanted by the impulse theory, before sub- stantialism was invented. However, these remarks and others with which subsiantialist writings teem, go far to lessen the endorsements, of the few learned profes- sors whom they cite. Among those whom the Microcosm cites most fre quently arc H. A. Mott, Ph. D., F. C. S. ; and Capt. R. Kelso Carter A. M., Dr. Mott, grandson of the cele- brated surgeon Valentine Mott, is known as a Chemist; and Capt. Carter is professor of Mathematics in the Pennsylvania Military Academy. These gentlemen are, no doubt, scholars. They write very well against some of the errors that have long been received as scientific facts. Rev. J. J.Swander A.M., D. D., to whom reference is frequently made, is more pronounced. He no doubt thinks himself a substantialist— but he speaks SUBSTANTIAUSM. 51 of sound as * "generated," while Dr. A. Wilford Hall says "liberated". According to substantialism the sounds are not "generated", they are there and only need to be " liberated". He refers to the motion in bodies that is "generated," by the sound in an adjacent body. He has the good sense in several instances to confess himself an "ignoramus" . He does not seem to think, as do some substantialists, that pulling down other theories is all that is needed to establish substan- tialism ; however, much of his book does show, that he thinks that what is unknown, or beyond man's compre- hension favors substantialism. If he would throw away his gnostic spectacles he would not see that way. He raises a distinction between sound and the phenomenon of sound ; which to our eyes appears to be a distinction where no difference exists, and which can have no in- fluence with anyone not already a gnostic. He has somewhat of the same harsh way of assert- ing his opinions that has ever clung to gnostics. He thinks that, f " a good smart schoolboy " or "a Hotten- tot, need not be led astray by undulatory nonsense." Now we do not advocate the undulatory theory of light, heat, magnetism, electricity and gravitation; nor even the existence of ether.' We think that they are both unproved theories; and that some of the phenomena of the so called forces do not agree with these theories; but it is rather noticable, for a philosopher whose own theory explains nothing, to call that "nonsense" which does explain somethings. Like Substantialist writings generally, Dr. Swander's are largely made up of rhetoric instead of logic— with flowery sentences, and ad captandum remarks that prove nothing. * Text Book on Sound, page 158, answer 8. t Microcosm Vol. VII, page 5, col 2, line 2. 52 SUBSTANTIAUSM. The Microcosm copies and refers to the articles of George Ashdown Audsley F. R. I. B. A., published in the English Mechanic. Why he is claimed as a sub- stantialist is not very evident. He attacks the wave theory of sound, but others had attacked it before sub- stantialism appeared. Audsley attacks the calcula- tions made by Newton and others, about the mathe- matical swing of sound waves, as one scientist attacks the theories and conclusions of another. He seems to be seeking truth, not arguing to support a pet theory. The Microcosm also quotes Prof. Tyndall's words that "Our reputed knowlege regarding the transmission of sound was erroneous." Why does it not class Prof. Tyndall as a Siibstantialist also? There are articles in the Microcosm, that have no reference to substantialism, which are worth reading. SUBSTANTIAUSM. 53 Substantialists have collected many scientific facts, but their conclusions are worthless, sometimes because of their superficial knowledge, but oftener because of their peculiar views which, prevent their seeing other facts that are quite as potent. In the writings of substantialists we generally see a confounding of cause and effect. The effect is easily seen by our senses ; while the cause is found by a course of reasoning. For instance, they frequently assert that nothing can put matter in motion but an entity, which no one disputes. They say that motion cannot be a correct definition of force, because only a substantial existence can move inert matter. They are simply confusing terms. Force is sometimes used for the concrete substance ; thus we say the national forces re- ferring to the soldiers and sailors ; but we also use the word in an abstract sense, as the force of circumstances. A scientist or philosopher may restrict the meaning of a word ; and no one objects to Substantialists doing so; but they have no right to claim, that the word, whose meaning they thus restrict is susceptible of no other meaning. No scientist disputes but what the ultimate cause of any effect is an entity — generally a material entity. In most cases the intermediate cause is a material entity also ; as the bell the organ, the drum, etc., ruled over and acted upon by 54 SUBSTANTIALISM. the material hands of man, which material hands are acted upon by the im -material substantial soul. In the same verse in which we find this indisputa- ble assertion we also find this * " as well might the car- penter call his chisels and saws modes and methods, in stead of real substantial entities." Such sophistries are not uncommon in substantialist writings. The Scienti- fic Arena says f "If gravity pulls a stone to the earth, then gravity is the force that causes motion". Scientists see the effect, and call it gravity — by a figure of speech they often call gravity a force, nevertheless they recognize gravity as an attraction caused by mat- ter. If gravity were the primary cause of motion, as life is, it might be called an entity; but can gravity be sepa- rated from the matter which produces it ? Is not grav- ity, clearly, a principle that resides in all matter? Can it be shown that the matter does not exert the force that pulls the stone ? Gravity is an attribute of mat- ter ; but then some substantialists call all attributes en- tities. We always find gravity, in exact proportion to the mass of matter in the body from which the attrac- tion proceeds, and we feel licensed to conclude that the mass of matter in that body is the cause of the gravity. The Scientific Arena says j « That the force which makes the steam effective is the heat," therefore that the heat is an entity; but is not heat, itself caused by the burning f fuel? Heat is not the primary cause. The argument to which they give the most space, is one based upon the stridulations of the locust. They what is no doubt true, that "this tiny animal, pos. m Vol. mii ,. •„ col. 2, line 13, Vol. I. p. I Vol. 1. page 13, topoJ 3d column. SUBSTANTIALISM. 55 sessing but little strength, is heard for half a mile , and if the wave theory be correct it must move a globe of atmosphere one mile in diameter" — a weight which a a Durham ox could not budge. Dr. A. Wilford Hall then asks the question, "Can anything be more ab- surd?" Yes! we think that it is more absurd to sup- pose that this tiny locust liberates from his body a sub- stantial entity ', that fills such a globe. This objection having been advanced before this, by the Christian Standard, a writer in the Microcosm remarks that * "The Standard critic seems really to have struck a happy thought, and supposes he has effectually caught the substatantial philosophy napping at last"; and he makes himself very merry over the stupidity of the Critic, who, he thinks, does not see the difference be- tween a material and an im-material entity; but as neither revelation nor science has given us any hint that a living being can part with an im-material entity without a loss of strength, and as we know that de- priving a living body of some things, which substan- tialists call im-material entities, does produce a loss of strength, the Critic, certainly, has quite as much right to assume one position, as our writer in the Microcosm has to assume the other. He can advance quite as much proof as the Substantialist can. The impulse theory is open to no such objection. Substantialists tell us about "force elements existing in space and in all matter," with as much assurance as though they had some evidence of it. If they can- not explain force any better, why not acknowledge, with Faraday and others that "they do not know what it is." But then some of their substantialist friends would call them, as they have called others, "ignora- * Vol. Ill, page 307, second column. 56 SUBSTANTIALISM. MUS"; and it is much better to know that the world rests upon the shoulders of Atlas, or on the back of a huge tortoise than to be "an ignoramus" . Dr. Hall says, that "we know nothing about waves, except as we see them in water, and that in water, when a wave strikes a post or any other object, it is not reflected, but goes around." He is, no doubt, right in both these assertions, but do not sounds do the same? Do they not go round small objects? And is not water, as well as sound, thrown back by an impas- sable barrier, as a solid wall or the beach ? If he ex- pects to establish substantialism by analogy, does he not see that an analogy confronts him here. He tells us that * "cohesion", another of his im-mater- ial forces, interferes with the passage of electricity in glass." It is certainly an ingenious, if not an ingen- uous invention, to stop electricity, which is an im-ma- terial entity, by another im-material entity, and not by the material glass. As he admits that im-material sub- stances are not subject to the laws governing matter, why did he not think of this sooner, and apply it to other things instead of making matter stop im-material substances] but what evidence has he that one im-ma- terial force can stop another ? They do not seem to do so in telegraphing, as messages can be sent both ways on the same wire, by im-material electricity ; but per- haps we are "quibbling" to ask such a question, still we cannot help asking it. Im-material light is not in- terrupted by this ////-material cohesion, but if the ma. terial glass be ground, then the light is interrupted by the material surface of the glass being irregular. If subsiantialists would "quibble" a little more they would not put forth such arguments. They would see * Scientific Arena, Vol, i page 45. SUBSTANTIA LISM. 57 how the irregularity of the material surface of the glass throws what they call ////-material light into so many criss-cross lines that what could be seen through this material glass before can be seen no longer. By Dr. Hall's correct definition of im -material bodies they could not be affected by grinding the glass. A substantialist say that in the telephone the im-ma- terial sound of the voice is converted into im-material electricity and back again into immaterial sound. This is the purest kind of guesswork. What evidence has he that one entity is ever converted into another? Our whole experience is against such an assumption. The chemist may appear to do such a miracle, but he only causes elements, or entities to separate, and then to form new compounds by recombining these ele- ments or entities differently. To change one entity into another is an act of creation. One kind of motion however, can be converted into another by man. We see it constantly done by machinery — horizontal mo- tion is converted into vertical and vice versa. Both are converted into circular motion. Electricity may be converted into magnetism and magnetism into electricity ; but the Substantialist, who assumes that here he has found his evidence, is simply begging the question as any logician will at once see ; for he has given us no proof yet that electricity or magnetism are entities; and to most minds this fact would imply that they are not entities. Faraday, af- ter the closest study, confessed himself an "ignoramus" as to what electricity and magnetism are. * Substantialists quote the well known fact, that though a bell vibrates in a vacuum, no sound is heard unless the bell stands on a sounding board, which is in * Scientific Arena, Vol. i, page 45. 58 SUBSTANTIALISM. communication with the outside air. This fact they quote in support of subs tan tialism ; but, would it not convey the idea to most minds that sound is not an en- tity — that it is caused by some disturbance of the at- mosphere? If the sound of the bell be a substantial entity, why does it not strike the board through the vacuum as well as through the air ? Does an ^-ma- terial entity need a conductor? What evidence is there of it? How can an im-material entity be held in chains by a material conductor? Dr. Hall says that "it is not subject to the laws governing matter." Light, which he claims is also an' im-material entity, has no conductor, unless ether be its conductor for it passes as well through a vacuum as through the air. It seems very plain that the vibrations of the bell are communicated to the air, if there be any within the receiver, and then through the glass to the outer air, thence through the outer air to the ears. When the bell is in the vacuum, and stands upon a sounding board, its vibrations are carried by the board to the outer air, and by the board made stronger. Writers in the Microcosm endeavor to show that the air waves, which break things, travel at different speed from sound, and this, they think, proves the sub- stantiality of sound, on the principle, that whatever they cannot explain proves their theory. The waves that produce concussion probably do -travel, sometimes faster and sometimes slower than whatever causes sound, but ordinary mortals cannot see in this any proof that sound is either one thing or the other. The sophistry to which we desire particularly to in- vite attention, is about the ear itself. To a person not acquainted with the anatomy of the ear, it is the "' N "' "I. page6i, also in Text Book on Sound, Answer 29. SUBSTANTIAUSM. 59 most misleading of all substantialist arguments, but to one who is acquainted with the anatomy of the ear it is the most glaring sophism. It has been said that a half truth is more dangerous than a direct falsehood. We are sure that the writer has not wilfully kept back part of the truth, like Ananias and Saphira. He has, more probably, attempted to handle a subject with which he is imperfectly acquainted. About one inch within the outer ear, we find the Membrana Tympani which a writer in the Micro- cosm says * "is a flabby mass of tendenous tissues, not stretched at all, as falsely supposed." So far he is right, but he should go on, and tell us about the little muscles that are attached to this Membrana Tympani, placed there by an Omniscient Creator, that this "flabby mass of tissue" may be drawn to a state of tension, as soon as such tension is needed. Had he known the existence of these muscles, he could not have been so dishonest as to omit noticing them. Can it be pos- sible that he knew of their existence, but never thought why the Creator placed them there, what use he in- tended them for? Let us pass this "flabby mass of tissued," for which a substantialist can have no use, no matter whether it be loose or tight, and we come to the Tympanum Proper, a small tube, less than an inch in length, separated from the outer world by this flabby membrana tym- pani, commonly called the drum of the car. At the other end the Tympanum Proper is separated from the inner ear by the membrane of the vestibule. We thus have the outer ear, the middle ear between these two membranes, and the inner ear, beyond the membrane * Vol. vii, page 34, line 25. 60 SUBSTANTIALISM. of the vestibule, which is filled with a liquid, in which floats one end of the auditory nerve. The tympanum proper, or middle ear, somewhat resembles a drum. The outer head, this "flabby mass of tendenous tissue" is always ready to be drawn to a state of tension, by the little muscles, whenever tension is needed. Drums ordinarily have eyelets in their sides, that the air inside may be in equilibrium with that out- side. The Creator has provided the middle ear with the eustachian tube for the same purpose. This tube communicates with the throat and thus with the outer air. Extending from one end of the Tympanum proper to the other end, are three small bones attached loosely to each other and to the membrane at each end, and held in position by small ligaments provided for that purpose. Whenever the little tympanic muscles tighten this "flabby tissue" — the membrana tympani — then these little bones are pressed against each other and against the membranes at both ends of the middle ear, much like the communication that is formed by the wires and magnets which connect the two tympani of the telephone. Every electrician knows that electricity produces tension in the wire through which it passes. In the telephone, the tympani and magnets are always in a state of tension, and the wire, corresponding to these bones, is brought into tension by the electricity. A wonderful instrument is the telephone, but it is only copied after the middle ear, which was designed by Infinite- Wisdom. To return to the ear ; when the "flabby," membrana tympani is tightened, by the little muscles, and these little bones are brought firmly together, then the im- pulses of the outer atmosphere, which strike the first SUBSTANTIALISM. 6 1 membrane, are communicated by these little bones to the inner membrane, and through the second mem- brane to the acoustic or auditory nerve. In the ^Microcosm is the story of a man who had the tympanic membranes of both ears burst by the concussion from an explosion, who, after the paral)sis, incident to'the accident, had passed off, heard better than before* We do not doubt it, for scientific anat- omists have said, that they saw no use in the tympanic arrangement, but to protect the membrane of the ves- tibule. The impulses they have said, could be just as well communicated by the air, c'irectly to the mem- brane of the vestibule, without such an arrangement. This assertion of the anatomists, the Microcosm, by this quotation, unwittingly proves to be correct. When the little tympanic muscles are in repose, as they always are when the person is not listening, this flabby membrana tympani, being relaxed, projects into the outer ear, and the little bones of the tympanum touch each other lightly. In this condition, if any sud- den concussion strikes the first membrane, it finds that membrane loose and flabby, consequently makes a much less impression, and the bones, also touching each other lightly, the concussion is very much weakened before it reaches the inner earor vestibule. When listening, the whole tympanum is in tension. Should a concussion suddenly strike it, then the mem- branae tympanorum would be in great danger. Such a combination of circumstances can seldom happen ; but when the first membrane, (this "flabby tissue") is burst, the membrane of the vestibule would be more easily burst. They see that a tightened membrana tympani would Vol. i page 344, verse 3. 62 SUBSTANTIAUSM. imply waves or impulses in the atmosphere. The mem- brane of the vestibule should teach them the same les- son, for that is always in tension; the little muscles of this "flabby skin" should teach it; the chain of three small bones that passes through the tympanum proper, and are always ready to be tightened, should teach it. The whole construction of the ear teaches this lesson. Still, Dr. A. Wilford Hall actually quotes this accident, and cites the construction of the tar in support of his philosophy. If, in this case quoted in the Microcosm, the first membrane were burst, a con- cussion would strike the second membrane, without any intervening arrangement to soften it, and the second membrane, being always in tension, would be in clanger. Can any one view such a contrivance to protect the ear proper from accident, and believe that blind chance did it all? If so, his faith in blind chance is wonderful. Dexelopment will not account for it — development presupposes a necessity that causes such development. The tympanic arrangement has not been developed 10 meet an exigency, but is provided against one that is not likely to happen. The Microcosm also quotes the dentaphone in sup- port of Substantialism. The cases where the dentaphone has been used, have generally been where there was a thickening of the tympanic membrane. Dr. Hall gives a case where there was no external ear. What can be made out of the use of the dentaphone, except that it receives the vibrations or impulses of the air, communi- cates them to the teeth, and through the teeth and bones of the skull to the liquid, in which floats one end of the auditory nerve? If sound be an immaterial substan- tial entity , how can the closed ear, or thickened tym- SUBSTANTIAUSM. 63 panic membranes that are material substantial entities, prevent its passage? All that revelation teaches as well as what Dr. Hall asserts about immaterial entities, is against any such assumption. Dr. Hall asserts what w T e all feel must be true, that "immaterial entities are not subject to the laws that govern matter." Still he is so blinded by his pet theory of substantialism, that he is constantly laboring to prove his own words false. 64 SUBSTANTIAUSM. CONCLUSION. It is by fastening itself upon religion that substantial- ism shows itself to be a gnosticism. What has science to do with revelation? Theories are subjects for scien- tific investigation. Does it matter whether God created the world and all the rein by a single fiat or by a long process of development? The Master has said, "The gates of Hell shall not prevail n gainst His Church," but when infidels have tried to arraign science after science against the Bible, timid Christians have forgot- ten their Lord's promise. There never has been a time, however, when the enemies of Revelation have forgot- ten to make attacks. St. Paul found it necessary in hisjday, to warn St. Timothy to "avoid the oppositions of science falsely so called." Whenever it is sought to make Revelation depend upon scientific theories, we have "the oppositions of science falsely so called." In the seventeenth century, infidels were as Haeckle is now; but then they rode a different hobby. Then it was the Copernicau system of astronomy. They were then more blatant than now, and challenged Christians to reconcile the Copernicau system with Divine Reve- lation. Pope Urbane VIII thought that he could not reconcile them he should not have tried to reconcile them, but he thought that he must, and not being able to do so, he compelled Galileo to retract his teachings on that subject. What intelligent Christian now doubts SUBSTANTIAUSM. 65 the truth of the Copernican system ? Have not the successors of Urbane for two centuries upheld it? The proffessor of natural sciences in the University of Jena, dare not now flaunt this challenge in the face of Christians. Chemistry and geology have each been arrayed against our religion ; but now the truths of chemistry are seen to be proofs that "Order is Heaven's first law," while Hugh Miller and other geologists have shown such wonderful agreement between the Mosiac account of Creation, and that which geology shows, that this branch of science can no longer be arrayed against Rev- elation. What seemed most difficult to reconcile has long since been abandoned by all geologist. According to Dr. Hall, "Uyell tells us that in 1806, the French In- stitute named not less than eighty geological theories that were opposed to the Scriptures, but that not one of them is now held by geologists." Recently Bishop Colenso was deposed, in England, for disputing the Bible account of the Exodus of Israel ; but the objec- tions which he and some other philosophers raised then, have since vanished before the testimony of scientific surveyors, who have been sent to that country for an- other purpose. It has been said that "when scientists agree among themselves, it will be time to proclaim a conflict be- tween Nature and Revelation." No! not even then; for our belief does not rest upon scientific deductions and inductions, but upon revelation, supported as it is, by proofs both from history and science, as nothing else is supported. The intelligent Christian teacher often finds occasion to point out to his pupils how science clinches the proofs of revelation, but, nevertheless, he pursues his investigations into each subject separately. 66 SUBSTANTIALISM. Sir Isaac Newton, who wijl always occupy a high niche in scientific fame, knew how to study both subjects. He could be at the same time a devout christian and a devoted scientist. "The prophesies were given" he said, "to prove the truth of revelation, as we see them fulfilled, not to gratify man's curiosity." Had Colenso been blessed with Newton's faith he w r ould not have disputed revelation. Since Newton's day the Bible has been proved correct in things, where at that time, even commentators adopted explanations which are now shown to be useless. The God that christians worship has always been called "the God of Israel." The Israelites are admitted to be a Shemitic race. Historians agree that they are descended from Shem, and that Joshua, a Jewish war- rior, reduced a part of the Canaanites to the condition of bond servants, and drove another part across the Isthmus of Suez ; but a thousand years before this event, how true was it all foretold by Noah ! In Gen. ix chap. 26 verse where we read "Blessed be the Lord God of Shem and Canaan shall be his servant." The brineinff in of the gentiles to the worship of the "God of Israel," has always been called "the enlargement of- the gentiles." "Enlarge" and "enlargement" are frequently used in the Old Testament in the sense of setting free or bring- ing into better relations with God. Since the advent of Christ such an "enlargement of the gentiles," the descendents of Japheth, has taken place. Not even Prof. Ernst Haeckel will deny it, nor can he deny that Christians now occupy the place of Israel. He certainly cannot deny that the descendents of Canaan have been servants to the descendents of Japheth since the Christian era. We have nothing to do in this argument, with the righteousness or unrighteousness of Japheth 's children, SUBSTANTIALISM. 6j in dealing thus with Canaan's children, but only with the historical fact which none can deny. Will any student of history deny that long before Japheth w r as enlarged, this was all foretold in the poetic language of Noah? Let us read both the 26 and zy verses of Genesis, ix chapter, and note how exactly this prophesy has been fulfilled after the lapse of thousands of years. ''And he said, blessed be the Lord God of Shein, and Canaan shall be his servant. God shall enlarge Japheth and he shall dwell in the tents of Shem, and Canaan shall be his ser- vant." Can any one acquainted with the history of the four great empires of the ancient w T orld, Babylon, Persia, Macedon and Rome, read in the book of the Prophet Daniel, of Nebuchadnezzar's image, or Daniel's own vision of the troubled sea and the four, beasts that it brought forth, and not see the fulfilment of prophecy? Let such an one read Daniel's interpretation of the image in Chap, ii from the u verse to the end of verse 45, and then turn to the vii and viii chapters, if he still does not believe in the inspiration of that book, his faith in coincidences or else in interpolations must be wonderful, but if so, let him compare the prophecy of Isaiah with the New Testament, and see how correctly Isaiah foretold, six hundred years before, what would happen to the Messiah. Interpolation here would be impossible — the Jews have guarded these scriptures too jealously to permit Christians to interpolate things contrary to Jewish faith. To explain these prophecies, Jewish commen- tators have to resort to the most unnatural interpreta- tions. Long before Jesus was born, Alexander the Great ordered the Jewish scriptures of the Old Testa- ment to be translated into Greek by seventy learned 68 SUBSTANTIAUSM. Jews. This translation, called the Septuagint, is often used to corroborate the Hebrew Text, which must be copied upon parchment, by Jewish Scribes and depos- ited in every new Synagogue before it can be dedicated. Are not the Jews in every way a standing proof of the fulfilment of their own prophecies? The buried creords that are constantly being unearthed prove the truth of many things that infidels have denied, and Christians only accepted on strong faith. The old lines of attack have been generally aban- doned — Astronomy, chemistry, geology and even his- tory ! Now it is Evolution and the Wave-theory. That there is evolution within certain limits, no scien- tist be he believer or unbeliever will deny. Darwin, who never professed any belief, and many other scien- tists of all kinds of religious beliefs, as well as agnostics, admit the necessity of a creative power to originate the germs of life and mind. If some of them do not say so they nevertheless admit it, by acknowledging their in- ability to account for life and mind. Evolution only romoves the Creator farther back, but does not do away with the necessity of a Creator, nor contradict w T hat Moses asserts, that "In the beginning God created the heaven and the earth." Rev. Jas. Stalker, M. A., has expressed such a Chris- tian view of Evolution that we will quote it here. It would be difficult, we think to express the truth better. He says, "The scientific movement of the age is called Evolution. Darwin, now that his laborouslifeis ended, is beginning to be regarded in many quarters as the greatest man of recent times. A hundred young dici- ples who worship him are spreading his doctrines in in exaggerated and dogmatic form. He was always ready to acknowledge the difficulties lying in the way SUBSTANTIAUSM. 69 of his ideas ; but they are ready to draw out the scheme of the universe in all its elements, physical and spir- itual, as an unbroken evolution from primeval matter. How much this is like the working of second class minds always have been ! Difficulties that would stag- ger the author of a theory are rode over as nothing, by his second class admirers." " There has been evolution in revelation. God did not give the truth all at once, but at sundry times and in diverse manners. It is thus with all His works. All God's creatures grow. In the field we have first the blade, then the ear, after that the full corn in the ear, and in human life there is progress through the stages of childhood, youth and old age, The delight which we feel in watching things grow seems to be borrowed from the Divine mind itself." We are not aware that the thinkers among evolu- tionists have ever said that science disproves revela- tion, but some do assert that revelation needs to be confirmed by science. At the most, this is only nega- tive proof. Revelation does not ask our faith unsup- ported by positive proof, any more than science does. She gives us such proof in the fulfilment of her proph- ecies — proof, quiet as cogent as the demonstrations of science. Studying the phenomena of sound, long ago carried a conviction to the mind, that sound was produced by some sort of movement in matter — thus arose the Wave-theory. Dr. Hall admits the necessity of some matter to convey sound. No sound can be heard un- less conducted to the ear by matter — matter which is palpable to the senses— imaginary ether will not answer. The wave-theory of sound is very old — older than Christianity. If it was contrary to Divine Revelation , ;0 SUBSTANTIALISM. why did not the Saviour condemn it? It may be ans- wered that Christ did not come to teach science, and the scientific theories then in vogue on most subjects have been exploded. Why then do not Substantialists follow their Lord's example? They profess to believe in Him, but join hands with Infidel Haeckel, and say- that the wave-theory is contrary to the religion that Jesus came to establish. The Impulse Theory, a modification of the wave-theory is open to none of the objections that have been urged against the wave-theory. It seems to explain every phenomenon of sound while the immaterial substantial theory explains nothing, and as we have shown, is op- posed by some of the phenomena of sound. We do not defend any theory that has been applied to the other forces, and we assert that none of them have to do with religion. Science has ever been the handmaid of our religion, but it does not need her help. Religion and science are independent subject. It is degrading to Revelation to say that it must be tested by Science, and it is de- grading to both to claim that we must put a bit into the mouth of Science and the reins into the hands of Revelation. Science is a knowledge of that which is evident to our senses, or is proved by logical deductions and in- ductions from such evidences. Unproved theories may be used during the progress of scientific investigation, but such theories form no part of science until they are demonstrated. Neither Ernst Haeckel nor A. Wilford Hall have an\ right to dogmatically assert their un- proved theories. Revelation teaches us what we cannot find out by our senses, nor by our senses and reason combined. SUBSTANTIAUSM. 7 1 The assistant editor of the Microcosm says,* "The members of religious bodies who think need constant confirmation of their faith." Confirm their faith, then with the evidences of Christianity, such evidence is abundant, and it will not take half the time to show such evidence that it will to teach them the ratiocina- tions of gnostics. "If they hear not Moses and the prophets, neither will they be persuaded though one rose from tire dead." Snbstantialism, if all its unproved theories were admitted, would only show a probability. The Microcosm asserts that f "Young men in our colleges are becoming materialistic and agnostic in re- ligion." If so it is either because their professors do not issue the evidences that are hewed and squared to their hand, or else because the young men refused to accept any evidence on the subject. In either case they had better go somewhere else. Have we not had enough of trying to array science and revelation against each other? Those who believe in inspiration should leave such work to infidels. Haeckel and Hall have a right to advance what theories they please, and to try to prove them, but until they are demonstrated, let them hold them as working the- ories — they have no right to assert them, nor to de- mand that others shall accept them. When they do assert unproven theories they go beyond the domain of science. "They rush in where angels fear to tread" — rush into the realm of revelation. Had Substantialists let religion alone, we would let them alone. Such gnostic attempts to mix religion and science received the condemnation of the apostles and of the early church generally. The ancient gnostics *Yol. vt, page 13, Verse 2. tVol. Vii, page 42. 72 SUBSTANTIALISM. called themselves the "intelligent christians." Dr. William Smith, referring to the gnostics, says, "Every union of philosophy and religion is the marriage of a mortal with an immortal, the religion lives, the philosophy dies." Those ancient gnostic theories are all dead. Those theories are, not only in the apostolic sense, "Science falsely so called," but true science has long ago consigned them to the heap of rubbish where many other exploded theories lie. While so much in nature lies unexplored, science cannot be occupied with the undemonstrated and undemonstrable theories of either Prof. Ernst Haeckel or Dr. A. WilfordHall. It is not to be presumed that the leaders of Substan- tialism will give up their ideas. The early gnostics were not easily turned from their errors. Many, no doubt, who adopted their teachings, afterwards abandoned them and accepted the teaching of the Church ; but they were not prominent persons, and history has not recorded their conversions. The ^'Scientific Arena tells us that "A clergyman who believes in the college views of the forces of na- ture and especially of sound, the mother of all so-called 'modes of motion,' cannot stand one minute in the pres- ence of one of Huxley's weakest followers." f It also tells us that Substantialism "is the only possible escape from Haeckel's logic in favor of the utter annihilation of the soul at death." The Microcosm repeats the same idea, \ "It was Substantialism that saved theology from this overwhelming conclusion of Haeckel by demon- strating (?) that force in the physical realm, in every possible case, is a substantial though immaterial entity, and thus by an unanswerable natural analogy, broke the ■ ■.«■ .;. line si. 1 Vol. vii, page 1 1. 1 vii, page 43, col, 2, line 9. SUBSTANTIALISM. 73 force of Haeckel's materialistic logic." This paper also says that, * "had the Boston lecturer, Joseph Cook, been an intelligent convert to Substantial philosophy he could well have employed sound, light, heat, electricity, magnetism, gravitation, etc., as analogical conditions by which to elucidate the nature and permanent dura- bility of the soul." (?) The Scientific Arena says, f "The religious press of the country hailed Substantialism with admiration, and in some instances flattered it with extravagant enco- miums of praise. (?) Christian men throughout the world rejoiced in the happy day of their deliverance ;" but in the same article we are told that, % "Some of them are destitute of mental perspicasity, while others are effected with intellectual indolence mingled with religious utili- tarianism." It is certainly refreshing to find that there are "some christian men" that have not been captivated by this gnosticism. In the same article we find these words: § "If Sub- stantialism is not true, Christianity has no durable foundation." As Substantialism is not yet fifteen years old, it follows that for nearly 1900 years Christi- anity HAS BEEN BUILDING UPON THE SAND, and Juda- ism for a much longer period. What more could Haeckel say? What more could any enemy of revelation say? Hold ! say our readers, we have had enough of these quotations. Well, it will be a relief to get back to REVEALED Religion, and to Science as taught by un- fettered investigation and demonstration. We will only trouble you with one more quotation to show that this arrogance is seen by a Substantialist. Rev. Joseph * Vol. iv, page 344, col. 2, verse 2. t Vol. i, page 4> line 25. % Vol. i, page 4, line 42. § Scientific Arena, Vol. I, page 4, col. 2, last verse. 74 SUBSTANTIALISM. Clements of Harbor Spring, Mich., writes to the Mi- crocosm thus: *"One thing in the paper, to my mind at least, is to be regretted, i. e., the want of a kinder magnanimity in the spirit of some of the articles con- tributed." Perhaps others have noticed it but this is the only one whom we have found to object. This gen- tleman has accomplished but little, for one can scarcely open to a page of any subsequent number of the paper without seeing its philosophy asserted in the most pos- itive terms, with as little. reason or proof as the ancient gnostics gave for their philosophies ; and maintained with egotism, conceit and flattery unsurpassed by those gnosticisms. If Substantial! sm could prove all tha it claims, to prove, it would only give us only a deistical pliilosopky. If revelation does not furnish proof of its assertions in- dependently of science, then our religion is founded on science, not on revelation. If one doctrine of our faith must be proved by science, then all. If science must be called in to "break the materialistic fetters' in one in- stance why not in every instance? Does not TRUE log- ical analogy, as well as what Substantialists call "logical analogy;' demand this ? If it is claimed that the Im- mortality of the Soul MUST BE DEMONSTRATED by science, why not the doctrines of the Trinity, the Incarnation, the Atonement, &c. The whole trend of Substantialism is towards the re- action of the authority of revelation. Like an ancient gnosticism, it starts out to prove revelation by scientific reasoning, and like them it will, no doubt, land in deism or atheism, where it will find other gnosticisms. Substantialism borrows everywhere — from revelation, from gnosticism, from pantheism. In its use of logical ♦Vol.] pdgeasa. SUBSTANTIAUSM. ' 7 5 analogy" from materialism; and notably from Prof. Haeckel in finding analogies where there are none. It is sad to see the teaching of logic on the subject of an- alogy so perverted by Prof. Ernst Haeckel and Dr. A. Wilford Hall. N. B. Some of these remarks may seem harsh, but when they are compared with the quotations from those at whom they are aimed, the harshness will dis- appear. We invite any one to point out the " many fallacies" that a Substantialist finds in this paper. As we lay no claim to infallibility, some fallacies may be found by friends as w T ell as foes. 8 c-iati <\ %r J ^v •o . . " &*± ..*> •^o< w «S* •" \* .. + °"° *° .0^ ^ <* **$>. *•,!»* a^" O^ '* M o'' 0' Deacidified using the Bookkeeper process. r\> i • o, ^ *N *•••/ r> W|^^'» ^ V^ Treatment Date: Oct. 2004 : WE%Z « Jl ftT- : *< PreservationTechnologies .» ' A WORLD LEADER IN PAPER PRESERVATION **%3IS)r** 4^ *^i» • ■ ^%*4 ** <* \ 1 1 1 Thomson Park Drive ^ ♦/Vi* tV vD *o . . * \ -> Cranberry Township, PA 16066 *<5> n V ,». "** $> "0 \$> (724)779-2111 w •W v>^ £ ^