Le Français dans son prince aime à trouver un frèreQui, né fils de l'Etat, en devienne le père."Long and universal plaudits greeted the actress who had turned inthe direction of the Dauphin." In another place these verses recur:Quelle leçon pour vous, superbes potentats!Veillez sur vos sujets dans le rang le plus bas,Tel, loin de vos regards, dans la misère expire,Qui quelque jour peut-être, eût sauvé votre empire.
"The Dauphin and the Dauphine in turn applauded the speech. This demonstration of their sensibility was welcomed with new expressions of affection and gratitude."]
2320 (return)[ Madame de Genlis, "Souvenirs de Félicie," 76, 161.]
2321 (return)[ M. de Montlosier; in the Constituent Assembly, is about the only person familiar with feudal laws.]
2322 (return)[ "A competent and impartial man who would estimate the chances of the success of the Révolution would find that there are more against it than against the five winning numbers in a lottery; but this is possible, and unfortunately, this time, they all came out" (Duc de Lévis, "Souvenirs," 328.)]
2323 (return)[ "Corinne," by Madame de Staël, the character of the Comte d'Erfeuil.—Malonet, "Mémoires," II. 297 (a memorable instance of political stupidity).]
2324 (return)[ Mme. Campan, II. 140, 313.—Duc de Choiseul, "Mémoires."]
2325 (return)[ Journal of Dumont d'Urville, commander of the vessel which transported Charles X. into exile in 1830.—See note 4 at the end of the volume.]
2326 (return)[ Dumouriez, "Mémoires," III. chap. III. (July 21, 1789).]
2327 (return)[ "All these fine ladies and gentlemen who knew so well how to bow and courtesy and walk over a carpet, could not take three steps on God's earth without getting dreadfully fatigued. They could not even open or shut a door; they had not even strength enough to lift a log to put it on the fire; they had to call a servant to draw up a chair for them; they could not come in or go out by themselves. What could they have done with their graces, without their valets to supply the place of hands and feet?" (George Sand, V. 61.)]
2328 (return)[ When Madame de F—had expressed a clever thing she felt quite proud of it. M—remarked that on uttering something clever about an emetic she was quite surprised that she was not purged. Champfort, 107.]
2329 (return)[ The following is an example of what armed resistance can accomplish for a man in his own house. "A gentleman of Marseilles, proscribed and living in his country domicile, has provided himself with gun, pistols and saber, and never goes out without this armament, declaring that he will not be taken alive. Nobody dared to execute the order of arrest. (Anne Plumptree, "A Residence of three years in France," (1802-1805), II. 115.]
The composition of the revolutionary spirit.—Scientificacquisition its first element.
On seeing a man with a somewhat feeble constitution, but healthy in appearance and of steady habits, greedily swallow some new kind of cordial and then suddenly fall to the ground, foam at the mouth, act deliriously and writhe in convulsions, we at once surmise that this agreeable beverage contained some dangerous substance; but a delicate analysis is necessary to detect and decompose the poison. The philosophy of the eighteenth century contained poison, and of a kind as potent as it was peculiar; for, not only is it a long historic elaboration, the final and condensed essence of the tendency of the thought of the century, but again its two principal ingredients have this peculiarity, that, separate, they are salutary, and in combination they form a venomous compound.
The accumulation and progress of discoveries in science andin nature.—They serve as a starting-point for the newphilosophers.
The first is scientific discovery, admirable on all sides, and beneficent in its nature; it is made up of masses of facts slowly accumulated and then summarily presented, or in rapid succession. For the first time in history the sciences expand and affirm each other to the extent of providing, not, as formerly, under Galileo and Descartes, constructive fragments, or provisional scaffolding, but a definite and demonstrated system of the universe, that of Newton.3101Around this capital fact, almost all the discoveries of the century, either as complementary or as prolongations, range themselves. In pure mathematics we have the Infinitesimal Calculus discovered simultaneously by Leibnitz and Newton, mechanics reduced by d'Alembert to a single theorem, and that superb collection of theories which, elaborated by the Bernouillis, Euler, Clairaut, d'Alembert, Taylor and Maclaurin, is finally completed at the end of the century by Monge, Lagrange, and Laplace.3102In astronomy, the series of calculations and observations which, from Newton to Laplace, transforms science into a problem of mechanics, explains and predicts the movements of the planets and of their satellites, indicating the origin and formation of our solar system, and, extending beyond this, through the discoveries of Herschel, affording an insight into the distribution of the stellar archipelagos, and of the grand outlines of celestial architecture. In physics, the decomposition of light and the principles of optics discovered by Newton, the velocity of sound, the form of its undulations, and from Sauveur to Chladni, from Newton to Bernouilli and Lagrange, the experimental laws and leading theorems of Acoustics, the primary laws of the radiation of heat by Newton, Kraft and Lambert, the theory of latent heat by Black, the proportions of caloric by Lavoisier and Laplace, the first true conceptions of the source of fire and heat, the experiments, laws, and means by which Dufay, Nollet, Franklin, and especially Coulomb explain, manipulate and, for the first time, utilize electricity.—In Chemistry, all the foundations of the science: isolated oxygen, nitrogen and hydrogen, the composition of water, the theory of combustion, chemical nomenclature, quantitative analysis, the indestructibility of matter, in short, the discoveries of Scheele, Priestley, Cavendish and Stahl, crowned with the clear and concise theory of Lavoisier.—In Mineralogy, the goniometer, the constancy of angles and the primary laws of derivation by Romé de Lisle, and next the discovery of types and the mathematical deduction of secondary forms by Haüy.—In Geology, the verification and results of Newton's theory, the exact form of the earth, the depression of the poles, the expansion of the equator,3103the cause and the law of the tides, the primitive fluidity of the planet, the constancy of its internal heat, and then, with Buffon, Desmarets, Hutton and Werner, the aqueous or igneous origin of rocks, the stratifications of the earth, the structure of beds of fossils, the prolonged and repeated submersion of continents, the slow growth of animal and vegetable deposits, the vast antiquity of life, the stripping, fracturing and gradual transformation of the terrestrial surface,3104and, finally the grand picture in which Buffon describes in approximate manner the entire history of our globe, from the moment it formed a mass of glowing lava down to the time when our species, after so many lost or surviving species, was able to inhabit it.—Upon this science of inorganic matter we see arising at the same time the science of organic matter. Grew, and then Vaillant had just demonstrated the sexual system and described the fecundating of plants; Linnaeus invents botanical nomenclature and the first complete classifications; the Jussieus discover the subordination of characteristics and natural classification. Digestion is explained by Réaumur and Spallanzani, respiration by Lavoisier; Prochaska verifies the mechanism of reflex actions; Haller and Spallanzani experiment on and describe the conditions and phases of generation. Scientists penetrate to the lowest stages of animal life. Réaumur publishes his admirable observations on insects and Lyonnet devotes twenty years to portraying the willow-caterpillar; Spallanzani resuscitates his rotifers, Tremblay dissects his fresh-water polyps, and Needham reveals his infusoria. The experimental conception of life is deduced from these various researches. Buffon already, and especially Lamarck, in their great and incomplete sketches, outline with penetrating divination the leading features of modern physiology and zoology. Organic molecules everywhere diffused or everywhere growing, species of globules constantly in course of decay and restoration, which, through the blind and spontaneous development, transform themselves, multiply and combine, and which, without either foreign direction or any preconceived end, solely through the effect of their structure and surroundings, unite together to form those masterly organisms which we call plants and animals: in the beginning, the simplest forms, and next a slow, gradual, complex and perfected organization; the organ created through habits, necessity and surrounding medium; heredity transmitting acquired modifications,3105all denoting in advance, in a state of conjecture and approximation, the cellular theory of later physiologists3106and the conclusions of Darwin. In the picture which the human mind draws of nature, the general outline is marked by the science of the eighteenth century, the arrangement of its plan and of the principal masses being so correctly marked, that to day the leading lines remain intact. With the exception of a few partial corrections we have nothing to efface.
This vast supply of positive or probable facts, either demonstrated or anticipated, furnishes food, substance and impulse to the intellect of the eighteenth century. Consider the leaders of public opinion, the promoters of the new philosophy: they are all, in various degrees, versed in the physical and natural sciences. Not only are they familiar with theories and authorities, but again they have a personal knowledge of facts and things. Voltaire3108is among the first to explain the optical and astronomical theories of Newton, and again to make calculations, observations and experiments of his own. He writes memoirs for the Academy of Sciences "On the Measure of Motive Forces," and "On the Nature and Diffusion of Heat." He handles Réamur's thermometer, Newton's prism, and Muschenbrock's pyrometer. In his laboratory at Cirey he has all the known apparatus for physics and chemistry. He experiments with his own hand on the reflection of light in space, on the increase of weight in calcified metals, on the renewal of amputated parts of animals, and in the spirit of a true savant, persistently, with constant repetitions, even to the beheading of forty snails and slugs, to verify an assertion made by Spallanzani.—The same curiosity and the same preparation prevails with all imbued with the same spirit. In the other camp, among the Cartesians, about to disappear, Fontenelle is an excellent mathematician, the competent biographer of all eminent men of science, the official secretary and true representative of the Academy of Sciences. In other places, in the Academy of Bordeaux, Montesquieu reads discourses on the mechanism of the echo, and on the use of the renal glands; he dissects frogs, tests the effect of heat and cold on animated tissues, and publishes observations on plants and insects.—Rousseau, the least instructed of all, attends the lectures of the chemist Rouelle, botanizing and appropriating to himself all the elements of human knowledge with which to write his "Emile."—Diderot taught mathematics and devoured every science and art even to the technical processes of all industries. D'Alembert stands in the first rank of mathematicians. Buffon translated Newton's theory of flux, and the Vegetable Statics of Hales; he is in turn a metallurgist, optician, geographer, geologist and, last of all, an anatomist. Condillac, to explain the use of signs and the relation of ideas, writes abridgments of arithmetic, algebra, mechanics and astronomy.3109Maupertuis, Condorcet and Lalande are mathematicians, physicists and astronomers; d'Holbach, Lamettrie and Cabanis are chemists, naturalists physiologists and physicians.—Prophets of a superior or inferior kind, masters or pupils, specialists or simple amateurs, all draw directly or indirectly from the living source that has just burst forth. This is their basis when they begin to teach about Man, what he is, from whence he came, where he is going, what he may become and what he should be. A new point of departure leads to new points of view; so that the idea, which was then entertained of the human being will become completely transformed.
Change of the point of view in the science of man.—It isdetached from theology and is united with the naturalsciences.
Let us suppose a mind thoroughly imbued with these new truths, to be placed on the orbit of Saturn, and let him observe3110. Amidst this vast and overwhelming space and in these boundless solar archipelagoes, how small is our own sphere, and the earth, what a grain of sand! What multitudes of worlds beyond our own, and, if life exists in them, what combinations are possible other than those of which we are the result! What is life, what is organic substance in the monstrous universe but an indifferent mass, a passing accident, the corruption of a few epidermic particles? And if this be life, what is that humanity which is so small a fragment of it?—Such is Man in nature, an atom, and an ephemeral particle; let this not be lost sight of in our theories concerning his origin, his importance, and his destiny.
"A mite that would consider itself as the center of all things would be grotesque, and therefore it is essential that an insect almost infinitely small should not show conceit almost infinitely great."3111—
How slow has been the evolution of the globe itself! What myriads of ages between the first cooling of its mass and the beginnings of life!3112Of what consequence is the turmoil of our ant-hill compared to the geological tragedy in which we have born no part, the strife between fire and water, the thickening of the earth's crust, formation of the universal sea, the construction and separation of continents! Previous to our historical record what a long history of vegetable and animal existence! What a succession of flora and fauna! What generations of marine organisms in forming the strata of sediment! What generations of plans in forming the deposits of coal! What transformations of climate to drive the pachydermata away from the pole!—And now comes Man, the latest of all, he is like the uppermost bud on the top of a tall ancient tree, flourishing there for a while, but, like the tree, destined to perish after a few seasons, when the increasing and foretold congelation allowing the tree to live shall force the tree to die. He is not alone on the branch; beneath him, around him, on a level with him, other buds shoot forth, born of the same sap; but he must not forget, if he would comprehend his own being, that, along with himself, other lives exist in his vicinity, graduated up to him and issuing from the same trunk. If he is unique he is not isolated, being an animal among other animals;3113in him and with them, substance, organization and birth, the formation and renewal of the functions, senses and appetites, are similar, while his superior intelligence, like their rudimentary intelligence, has for an indispensable organ a nervous matter whose structure is the same with him as with them.—Thus surrounded, brought forth and borne along by nature, is it to be supposed that in nature he is an empire within an empire? He is there as the part of a whole, by virtue of being a physical body, a chemical composition, an animated organism, a sociable animal, among other bodies, other compositions, other social animals, all analogous to him; and by virtue of these classifications, he is, like them, subject to laws.—For, if the first cause is unknown to us, and we dispute among ourselves to know what it is, whether innate or external, we affirm with certainty the mode of its action, and that it operates only according to fixed and general laws. Every circumstance, whatever it may be, is conditioned, and, its conditions being given, it never fails to conform to them. Of two links forming a chain, the first always draws on the second. There are laws:
* for numbers, forms, and motions,
* for the revolution of the planets and the fall of bodies,
* for the diffusion of light and the radiation of heat,
* for the attractions and repulsion of electricity,
* for chemical combinations, and
* for the birth, equilibrium and dissolution of organic bodies.
They exist for the birth, maintenance, and development of human societies, for the formation, conflict, and direction of ideas, passions and determinations of human individuals.3114In all this, Man is bound up with nature; hence, if we would comprehend him, we must observe him in her, after her, and like her, with the same independence, the same precautions, and in the same spirit. Through this remark alone the method of the moral sciences is fixed. In history, in psychology, in morals, in politics, the thinkers of the preceding century, Pascal, Bossuet, Descartes, Fenelon, Malebrance, and La Bruyère, all based their thoughts on dogma; It is plain to every one qualified to read them that their base is predetermined. Religion provided them with a complete theory of the moral order of things; according to this theory, latent or exposed, they described Man and accommodated their observations to the preconceived model. The writers of the eighteenth century rejected this method: they dwell on Man, on the observable Man, and on his surroundings; in their eyes, conclusions about the soul, its origin, and its destiny, must come afterwards and depend wholly, not on that which the Revelation provided, but on that which observation does and will provide. The moral sciences are now divorced from theology and attach themselves, as if a prolongation of them, to the physical sciences.
Voltaire.—Criticism and conceptions of unity.—Montesquieu.—An outline of social laws.
Through the separation from theology and the attachment to natural science the humanities become science. In history, every foundation on which we now build, is laid. Compare Bossuet's "Discours sur l'histoire universelle," with Voltaire's "Essai sur les moeurs," and we at once see how new and profound these foundations were.—The critics of religious dogma here establish their fundamental principle: in view of the fact that the laws of nature are universal and permanent it follows that, in the moral world, as in the physical world, there can be no exception from them, and that no arbitrary or foreign force intervenes to disturb the regular scientific procedures, which will provide a sure means of discerning myth from truth.3115Biblical exegesis is born out of this maxim, and not alone that of Voltaire, but also the critical explanatory methods of the future.3116Meanwhile they skeptically examine the annals of all people, carelessly cutting away and suppressing; too hastily, extravagantly, especially where the ancients are concerned, because their historical expedition is simply a scouting trip; but nevertheless with such an overall insight that we may still approve almost all the outlines of their summary chart. The (newly discovered) primitive Man was not a superior being, enlightened from above, but a coarse savage, naked and miserable, slow of growth, sluggish in progress, the most destitute and most needy of all animals, and, on this account, sociable, endowed like the bee and the beaver with an instinct for living in groups, and moreover an imitator like the monkey, but more intelligent, capable of passing by degrees from the language of gesticulation to that of articulation, beginning with a monosyllabic idiom which gradually increases in richness, precision and subtlety.3117How many centuries are requisite to attain to this primitive language! How many centuries more to the discovery of the most necessary arts, the use of fire, the fabrication of "hatches of silex and jade", the melting and refining of metals, the domestication of animals, the production and modification of edible plants, the formation of early civilized and durable communities, the discovery of writing, figures and astronomical periods.3118Only after a dawn of vast and infinite length do we see in Chaldea and in China the commencement of an accurate chronological history. There are five or six of these great independent centers of spontaneous civilization, China, Babylon, ancient Persia, India, Egypt, Phoenicia, and the two American empires. On collecting these fragments together, on reading such of their books as have been preserved, and which travelers bring to us, the five Kings of the Chinese, the Vedas of the Hindus, the Zoroastrians of the ancient Persians, we find that all contain religions, moral theories, philosophies and institutions, as worthy of study as our own. Three of these codes, those of India, China and the Muslims, still at the present time govern countries as vast as our Europe, and nations of equal importance. We must not, like Bossuet, "overlook the universe in a universal history," and subordinate humanity to a small population confined to a desolate region around the Dead Sea.3119Human history is a thing of natural growth like the rest; its direction is due to its own elements; no external force guides it, but the inward forces that create it; it is not tending to any prescribed end but developing a result. And the chief result is the progress of the human mind. "Amidst so many ravages and so much destruction, we see a love of order secretly animating the human species, and forestalling its utter ruin. It is one of the springs of nature ever recovering its energy; it is the source of the formation of the codes of nations; it causes the law and the ministers of the law to be respected in Tinquin and in the islands of Formosa as well as in Rome." Man thus possesses, said Voltaire, a "principle of Reason," namely, a "an instinct for engineering" suggesting to him useful implements;3120also an instinct of right suggesting to him his moral conceptions. These two instincts form a part of his makeup; he has them from his birth, "as birds have their feathers, and bears their hair. Hence he is perfectible through nature, and merely conforms to nature in improving his mind and in bettering his condition. Extend the idea farther along with Turgot and Condorcet,3121and, with all its exaggerations, we see arising, before the end of the century, our modern theory of progress, that which founds all our aspirations on the boundless advance of the sciences, on the increase of comforts which their applied discoveries constantly bring to the human condition, and on the increase of good sense which their discoveries, popularized, slowly deposit in the human brain.
A second principle has to be established to complete the foundations of history. Discovered by Montesquieu it still to-day serves as a constructive support, and, if we resume the work, as if on the substructure of the master's edifice, it is simply owing to accumulated erudition placing at our disposal more substantial and more abundant materials. In human society all parts are interdependent; no modification of one can take place without effecting proportionate changes in the others. Institutions, laws and customs are not mingled together, as in a heap, through chance or caprice, but connected one with the other through convenience or necessity, as in a harmony.3122According as authority is in all, in several or in one hand, according as the sovereign admits or rejects laws superior to himself, with intermediary powers below him, everything changes or tends to differ in meaning and in importance:
* public intelligence,
* education,
* the form of judgments,
* the nature and order of penalties,
* the condition of women,
* military organization
* and the nature and the extent of taxation.
A multitude of subordinate wheels depend on the great central wheel. For if the clock runs, it is owing to the harmony of its various parts, from which it follows that, on this harmony ceasing, the clock gets out of order. But, besides the principal spring, there are others which, acting on or in combination with it, give to each clock a special character and a peculiar movement. Such, in the first place, is climate, that is to say, the degree of heat or cold, humidity or dryness, with its infinite effects on man's physical and moral attributes, followed by its influence on political, civil and domestic servitude or freedom. Likewise the soil, according to its fertility, its position and its extent. Likewise the physical régime, according as a people is composed of hunters, shepherds or agriculturists. Likewise the fecundity of the race, and the consequent slow or rapid increase of population, and also the excess in number, now of males and now of females. And finally, likewise, are national character and religion.—All these causes, each added to the other, or each limited by the other, contribute together to form a total result, namely society. Simple or complex, stable or unstable, barbarous or civilized, this society contains within itself its explanations of its being. Strange as a social structure may be, it can be explained; also its institutions, however contradictory. Neither prosperity, nor decline, nor despotism, nor freedom, is the result of a throw of the dice, of luck or an unexpected turn of events caused by rash men. They are conditions we must live with. In any event, it is useful to understand them, either to improve our situation or bear it patiently, sometimes to carry out appropriate reforms, sometimes to renounce impracticable reforms, now to assume the authority necessary for success, and now the prudence making us abstain.
The transformation of psychology.—Condillac.—The theory ofsensation and of signs.
We now reach the core of moral science; the human being in general. The natural history of the mind must be dealt with, and this must be done as we have done the others, by discarding all prejudice and adhering to facts, taking analogy for our guide, beginning with origins and following, step by step, the development by which the infant, the savage, the uncultivated primitive man, is converted into the rational and cultivated man. Let us consider life at the outset, the animal at the lowest degree on the scale, the human being as soon as it is born. The first thing we find is perception, agreeable or disagreeable, and next a want, propensity or desire, and therefore at last, by means of a physiological mechanism, voluntary or involuntary movements, more or less accurate and more or less appropriate and coordinated. And this elementary fact is not merely primitive; it is, again, constant and universal, since we encounter it at each moment of each life, and in the most complicated as well as in the simplest. Let us accordingly ascertain whether it is not the thread with which all our mental cloth is woven, and whether its spontaneous unfolding, and the knotting of mesh after mesh, is not finally to produce the entire network of our thought and passion.—Condillac (1715-1780)provides us here with an incomparable clarity and precision with the answers to all our questions, which, however the revival of theological prejudice and German metaphysics was to bring into discredit in the beginning of the nineteenth century, but which fresh observation, the establishment of mental pathology, and dissection have now (in 1875) brought back, justified and completed.3123Locke had already stated that our ideas all originate in outward or inward experience. Condillac shows further that the actual elements of perception, memory, idea, imagination, judgment, reasoning, knowledge are sensations, properly so called, or revived sensations; our loftiest ideas are derived from no other material, for they can be reduced to signs which are themselves sensations of a certain kind. Sensations accordingly form the substance of human or of animal intelligence; but the former infinitely surpasses the latter in this, that, through the creation of signs, it succeeds in isolating, abstracting and noting fragments of sensations, that is to say, in forming, combining and employing general conceptions.—This being granted, we are able to verify all our ideas, for, through reflection, we can revive and reconstruct the ideas we had formed without any reflection. No abstract definitions exist at the outset; abstraction is ulterior and derivative; foremost in each science must be placed examples, experiences, evident facts; from these we derive our general idea. In the same way we derive from several general ideas of the same degree another general idea, and so on successively, step by step, always proceeding according to the natural order of things, by constant analysis, using expressive signs, as with mathematicians in passing from calculation by the fingers to calculation by numerals, and from this to calculation by letters, and who, calling upon the eyes to aid Reason, depict the inward analogy of quantities by the outward analogy of symbols. In this way science becomes complete by means of a properly organized language.3124—Through this reversal of the usual method we summarily dispose of disputes about words, escape the illusions of human speech, simplify study, remodel education, enhance discoveries, subject every assertion to control, and bring all truths within reach of all understandings.
The analytical method.—Its principle.—The conditionsrequisite to make it productive.—These conditions wantingor inadequate in the 18th century.—The truth and survivalof the principle.
Such is the course to be pursued with all the sciences, and especially with the moral and political sciences. To consider in turn each distinct province of human activity, to decompose the leading notions out of which we form our conceptions, those of religion, society and government, those of utility, wealth and exchange, those of justice, right and duty. To revert to manifest facts, to first experiences, to the simple circumstances in which the elements of our ideas are included; to extricate from these the precious lode without omission or mixture; to recompose our idea with these, to define its meaning and determine its value; to substitute for the vague and vulgar notion with which we started out the precise scientific definition we arrive at, and for the impure metal we received the refined metal we recovered, constituted the prevalent method taught by the philosophers under the name of analysis, and which sums up the whole progress of the century.—Up to this point, and not farther, they are right; truth, every truth, is found in observable things, and only from these can it be derived; there is no other pathway leading to discovery. The operation, undoubtedly, is productive only when the vein is rich, and we possess the means of extracting the ore. To obtain a just notion of government, of religion, of right, of wealth, a man must be a historian beforehand, a jurisconsult and economist, and have gathered up myriad of facts; and, besides all this, he must possess a vast erudition, an experienced and professional perspicacity. If these conditions are only partially complied with, the result will only be a half finished product or a doubtful alloy, a few rough drafts of the sciences, the rudiments of pedagogy as with Rousseau, of political economy with Quesnay, Smith, and Turgot, of linguistics with Des Brosses, and of arithmetical morals and criminal legislation with Bentham. Finally, if none of these conditions are complied with, the same efforts will, in the hands of philosophical amateurs and oratorical charlatans, undoubtedly only produce mischievous compounds and destructive explosions.—Nevertheless good procedure remains good even when ignorant and the impetuous men make a bad use of it; and if we of to day resume the abortive effort of the eighteenth century, it should be within the guidelines they set out.
3101 (return)[ "Philosophioe naturalis principia," 1687; "Optics," 1704.]
3102 (return)[ See concerning this development Comte's "Philosophie Positive," vol. I.—At the beginning of the eighteenth century, mathematical instruments are carried to such perfection as to warrant the belief that all physical phenomena may be analyzed, light, electricity, sound, crystallization, heat, elasticity, cohesion and other effects of molecular forces.—See "Whewell's History of the Inductive Sciences. II., III.]
3103 (return)[ The travels of La Condamine in Peru and of Maupertuis in Lapland.]
3104 (return)[ Buffon, "Théorie de la terre," 1749; "Epoques de la Nature," 1788.—"Carte géologique de l'Auvergne," by Desmarets, 1766.]
3105 (return)[ See a lecture by M. Lacaze-Duthier on Lamarck, "Revue Scientifique," III. 276-311.]
3106 (return)[ Buffon, "Histoire Naturelle, II. 340: "All living beings contain a vast quantity of living and active molecules. Vegetal and animal life seem to be only the result of the actions of all the small lives peculiar to each of the active molecules whose life is primitive." Cf. Diderot, "Revue d'Alembert."]
3108 (return)[ "Philosophie de Newton," 1738, and "Physique," by Voltaire.—Cf. du Bois-Raymond, "Voltaire physician," (Revue des Cours Scientifique, V. 539), and Saigey, "la Physique de Voltaire,"—"Had Voltaire," writes Lord Brougham, "continued to devote himself to experimental physics he would undoubtedly have inscribed his name among those of the greatest discoverers of his age."]
3109 (return)[ See his "Langue des Calculs," and his "Art de Raisonner."]
3110 (return)[ For a popular exposition of these ideas see Voltaire, passim, and particularly the "Micromégas" and "Les Oreilles du Comte de Chesterfield."]
3111 (return)[ Cf. Buffon, ibid.. I. 31: "Those who imagine a reply with final causes do not reflect that they take the effect for the cause. The relationship which things bear to us having no influence whatever on their origin, moral convenience can never become a physical explanation."—Voltaire, "Candide": "When His High Mightiness sends a vessel to Egypt is he in any respect embarrassed about the comfort of the mice that happen to be aboard of it?"]
3112 (return)[ Buffon, ibid. . "Supplement," II. 513; IV. ("Epoques de la Nature"), 65, 167. According to his experiments with the cooling of a cannon ball he based the following periods: From the glowing fluid mass of the planet to the fall of rain 35,000 years. From the beginning of life to its actual condition 40,000 years. From its actual condition to the entire congealing of it and the extinction of life 93,000 years. He gives these figures simply as the minima. We now know that they are much too limited.]
3113 (return)[ Buffon, Histoire Naturelle, ib. I. 12: "The first truth derived from this patient investigation of nature is, perhaps, a humiliating truth for man, that of taking his place in the order of animals."]
3114 (return)[ Voltaire, "Philosophie, Du principe d'action:" "All beings, without exception, are subject to invariable laws."]
3115 (return)[ Voltaire "Essay sur les Moeurs,", chap. CXLVII., the summary; "The intelligent reader readily perceives that he must believe only in those great events which appear plausible, and view with pity the fables with which fanaticism, romantic taste and credulity have at all times filled the world."]
3116 (return)[ Note this expression," exegetical methods". (Chambers defines an exegetist as one who interprets or expounds.) Taine refers to methods which should allow the Jacobins, socialists, communists, and other ideologists to, from an irrefutable idea or expression, to deduct, infer, conclude and draw firm and, to them, irrefutable conclusions. (SR.)]
3117 (return)[ "Traité de Metaphysique," chap. I. "Having fallen on this little heap of mud, and with no more idea of man than man has of the inhabitants of Mars and Jupiter, I set foot on the shore of the ocean of the country of Caffraria and at once began to search for a man. I encounter monkeys, elephants and Negroes, with gleams of imperfect intelligence, etc"—The new method is here clearly apparent.]
3118 (return)[ "Introduction à l'Essay sur les Moeurs: Des Sauvages."—Buffon, in "Epoques de la nature," the seventh epoch, precedes Darwin in his ideas on the modifications of the useful species of animals.]
3119 (return)[ Voltaire, "Remarques de l'essay sur les Moeurs." "We may speak of this people in connection with theology but they are not entitled to a prominent place in history."—"Entretien entre A, B, C," the seventh.]
3120 (return)[ Franklin defined man as a maker of tools.]
3121 (return)[ Condorcet, "Esquisse d'un tableau historique des progrès de l'esprit humain."]
3122 (return)[ Montesquieu: "Esprit des Lois," preface. "I, at first, examined men, thinking that, in this infinite diversity of laws and customs, they were not wholly governed by their fancies. I brought principles to bear and I found special cases yielding to them as if naturally, the histories of all nations being simply the result of these, each special law being connected with another law or depending on some general law."]
3123 (return)[ Pinel, (1791), Esquirol (1838), on mental diseases.—Prochaska, Legallois (1812) and then Flourens for vivisection.—Hartley and James Mill at the end of the eighteenth century follow Condillac on the same psychological road; all contemporary psychologists have entered upon it. (Wundt, Helmholz, Fechner, in Germany, Bain, Stuart Mill, Herbert Spencer and Carpenter, in England).]
3124 (return)[ Condillac, passim, and especially in his last two works the "Logique," and the "Langue des Calculs."]