History of Civilization in England, Vol. 2 of 3. Henry Buckley

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rel="nofollow" href="#n189" type="note">189 When placed at the head of affairs, he pursued the same policy, and attempted in every way to conciliate the Protestants. The clergy of his own party were constantly urging him to exterminate the heretics, whose presence they thought polluted France.190 But Richelieu, having only secular objects, refused to embitter the contest by turning it into a religious war. He was determined to chastise the rebellion, but he would not punish the heresy. Even while the war was raging, he would not revoke those edicts of toleration by which the full liberty of religious worship was granted to the Protestants. And when they, in 1626, showed signs of compunction, or at all events of fear, he publicly confirmed the Edict of Nantes,191 and he granted them peace; although, as he says, he knew that by doing so he should fall under the suspicion of those ‘who so greatly affected the name of zealous Catholics.’192 A few months afterwards, war again broke out; and then it was that Richelieu determined on that celebrated siege of Rochelle, which, if brought to a successful issue, was sure to be a decisive blow against the French Protestants. That he was moved to this hazardous undertaking solely by secular considerations is evident, not only from the general spirit of his preceding policy, but also from his subsequent conduct. With the details of this famous siege history is not concerned, as such matters have no value except to military readers. It is enough to say that, in 1628, Rochelle was taken; and the Protestants, who had been induced by their clergy193 to continue to resist long after relief was hopeless, and who, in consequence, had suffered the most dreadful hardships, were obliged to surrender at discretion.194 The privileges of the town were revoked, and its magistrates removed; but the great minister by whom these things were effected, still abstained from that religious persecution to which he was urged.195 He granted to the Protestants the toleration which he had offered at an earlier period, and he formally conceded the free exercise of their public worship.196 But, such was their infatuation, that because he likewise restored the exercise of the Catholic religion, and thus gave to the conquerors the same liberty that he had granted to the conquered, the Protestants murmured at the indulgence; they could not bear the idea that their eyes should be offended by the performance of Popish rites.197 And their indignation waxed so high, that in the next year they, in another part of France, again rose in arms. As, however, they were now stripped of their principal resources, they were easily defeated; and, their existence as a political faction being destroyed, they were, in reference to their religion, treated by Richelieu in the same manner as before.198 To the Protestants generally, he confirmed the privilege of preaching and of performing the other ceremonies of their creed.199 To their leader, Rohan, he granted an amnesty, and, a few years afterwards, employed him in important public services. After this, the hopes of the party were destroyed; they never again rose in arms, nor do we find any mention of them until a much later period, when they were barbarously persecuted by Louis XIV.200 But from all such intolerance Richelieu sedulously abstained; and having now cleared the land from rebellion, he embarked in that vast scheme of foreign policy, of which I have already given some account, and in which he clearly showed that his proceedings against the Protestants had not been caused by hatred of their religious tenets. For, the same party which he attacked at home, he supported abroad. He put down the French Protestants, because they were a turbulent faction that troubled the state, and wished to suppress the exercise of all opinions unfavourable to themselves. But so far from carrying on a crusade against their religion, he, as I have already observed, encouraged it in other countries; and, though a bishop of the Catholic church, he did not hesitate, by treaties, by money, and by force of arms, to support the Protestants against the House of Austria, maintain the Lutherans against the Emperor of Germany, and uphold the Calvinists against the King of Spain.

      I have thus endeavoured to draw a slight, though, I trust, a clear outline, of the events which took place in France during the reign of Louis XIII., and particularly during that part of it which included the administration of Richelieu. But such occurrences, important as they are, only formed a single phase of that larger development which was now displaying itself in nearly every branch of the national intellect. They were the mere political expression of that bold and sceptical spirit which cried havoc to the prejudices and superstitions of men. For, the government of Richelieu was successful, as well as progressive; and no government can unite these two qualities, unless its measures harmonize with the feelings and temper of the age. Such an administration, though it facilitates progress, is not the cause of it, but is rather its measure and symptom. The cause of the progress lies far deeper, and is governed by the general tendency of the time. And as the different tendencies observable in successive generations depend on the difference in their knowledge, it is evident, that we can only understand the working of the tendencies, by taking a wide view of the amount and character of the knowledge. To comprehend, therefore, the real nature of the great advance made during the reign of Louis XIII., it becomes necessary that I should lay before the reader some evidence respecting those higher and more important facts, which historians are apt to neglect, but without which the study of the past is an idle and trivial pursuit, and history itself a barren field, which, bearing no fruit, is unworthy of the labour that is wasted on the cultivation of so ungrateful a soil.

      It is, indeed, a very observable fact, that while Richelieu, with such extraordinary boldness, was secularizing the whole system of French politics, and by his disregard of ancient interests, was setting at naught the most ancient traditions, a course precisely similar was being pursued, in a still higher department, by a man greater than he; by one, who, if I may express my own opinion, is the most profound among the many eminent thinkers France has produced. I speak of Réné Descartes, of whom the least that can be said is, that he effected a revolution more decisive than has ever been brought about by any other single mind. With his mere physical discoveries we are not now concerned, because in this Introduction I do not pretend to trace the progress of science, except in those epochs which indicate a new turn in the habits of national thought. But I may remind the reader, that he was the first who successfully applied algebra to geometry;201 that he pointed out the important law of the sines;202 that in an age in which optical instruments were extremely imperfect, he discovered the changes to which light is subjected in the eye by the crystalline lens;203 that he directed attention to the consequences resulting from the weight of the atmosphere;204 and that he, moreover, detected the causes of the rainbow,205 that singular phenomenon, with which, in the eyes of the vulgar, some theological superstitions are still connected.206 At the same time, and as if to combine the most varied forms of excellence, he is not only allowed to be the first geometrician of the age,207 but by the clearness and admirable precision of his style, he became one of the founders of French prose.208 And although he was constantly engaged in those lofty inquiries into the nature of the human mind, which can never be studied without wonder, I had almost said can never be read without awe, he combined with them a long course of laborious experiment upon the animal frame, which raised him to the highest rank among the anatomists of his time.209 The great discovery made by Harvey of the circulation of the blood, was neglected by most of his contemporaries;210 but it was at once recognized by Descartes, who made it the basis of the physiological part of his work on Man.211 He likewise adopted the discovery of the lacteals by Aselli,212 which, like every great truth yet laid before the world, was, at its first appearance,

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<p>190</p>

In 1625, the Archbishop of Lyons wrote to Richelieu, urging him ‘assiéger la Rochelle, et châtier ou, pour mieux dire, exterminer les huguenots, toute autre affaire cessante.’ Bazin, Hist. de Louis XIII, vol. ii. p. 276. See also, on the anxiety of the clergy in the reign of Louis XIII. to destroy the Protestants, Benoist, Hist. de l'Edit de Nantes, vol. ii. pp. 155, 166, 232, 245, 338, 378, 379, 427; Sismondi, Hist. des Français, vol. xxii. p. 485.

<p>191</p>

He confirmed it in March 1626; Flassan, Hist. de la Diplomatie Française, vol. ii. p. 399; and also in the preceding January. See Benoist, Hist. de l'Edit de Nantes, vol. ii. appendix, pp. 77, 81.

<p>192</p>

‘Ceux qui affectent autant le nom de zélés catholiques.’ Mém. de Richelieu, vol. iii. p. 16; and at p. 2, he, in the same year (1626), says, that he was opposed by those who had ‘un trop ardent et précipité désir de ruiner les huguenots.’

<p>193</p>

Sismondi, Hist. des Français, vol. xxiii. p. 66.

<p>194</p>

On the sufferings of the inhabitants, see extract from the Dupuis Mss., in Capefigue's Richelieu, vol. i. p. 351. Fontenay Mareuil, who was an eye-witness, says, that the besieged, in some instances, ate their own children; and that the burial-grounds were guarded, to prevent the corpses from being dug up and turned into food. Mém. de Fontenay Mareuil, vol. ii. p. 119.

<p>195</p>

And in which he would most assuredly have been supported by Louis XIII.; of whom an intelligent writer says ‘Il étoit plein de piété et de zèle pour le service de Dieu et pour la grandeur de l'église; et sa plus sensible joie, en prenant La Rochelle et les autres places qu'il prit, fut de penser qu'il chasseroit de son royaume les hérétiques, et qu'il le purgeroit par cette voie des différentes religions qui gâtent et infectent l'église de Dieu.’ Mém. de Motteville, vol. i. p. 425, edit. Petitot, 1824.

<p>196</p>

Bazin, Hist. de Louis XIII, vol. ii. p. 423; Sismondi, Hist. des Français, vol. xxiii. p. 77; Capefigue's Richelieu, vol. i. p. 357; Mém. de Fontenay Mareuil, vol. ii. p. 122.

<p>197</p>

‘Les huguenots murmuraient de voir le rétablissement de l'église romaine au sein de leur ville.’ Capefigue's Richelieu, vol. i. p. 359.

<p>198</p>

‘Dès qu'il ne s'agit plus d'un parti politique, il concéda, comme à la Rochelle, la liberté de conscience et la faculté de prêche.’ Capefigue's Richelieu, vol. i. p. 381. Compare Smedley's Hist. of the Reformed Religion in France, vol. iii. p. 201, with Mémoires de Richelieu, vol. iv. p. 484.

<p>199</p>

The Edict of Nismes, in 1629, an important document, will be found in Quick's Synodicon, vol. i. pp. xcvi.–ciii., and in Benoist, Hist. de l'Edit de Nantes, vol. ii. appendix, pp. 92–98; and a commentary on it in Bazin, Hist. de Louis XIII, vol. iii. pp. 36–38. M. Bazin, unfortunately for the reputation of this otherwise valuable work, never quotes his authorities.

<p>200</p>

In 1633, their own historian says: ‘les Réformez ne faisoient plus de party.’ Benoist, Hist. de l'Edit de Nantes, vol. ii. p. 532. Compare Sir Thomas Hanmer's account of France in 1648, in Bunbury's Correspond. of Hanmer, p. 309, Lond. 1838.

<p>201</p>

Thomas (Eloge, in Œuvres de Descartes, vol. i. p. 32) says, ‘cet instrument, c'est Descartes qui l'a créé; c'est l'application de l'algèbre à la géométrie.’ And this, in the highest sense, is strictly true; for although Vieta and two or three others in the sixteenth century had anticipated this step, we owe entirely to Descartes the magnificent discovery of the possibility of applying algebra to the geometry of curves, he being undoubtedly the first who expressed them by algebraic equations. See Montucla, Hist. des Mathémat. vol. i. pp. 704, 705, vol. ii. p. 120, vol. iii. p. 64.

<p>202</p>

The statements of Huygens and of Isaac Vossius to the effect that Descartes had seen the papers of Snell before publishing his discovery, are unsupported by any direct evidence; at least none of the historians of science, so far as I am aware, have brought forward any. So strong, however, is the disposition of mankind at large to depreciate great men, and so general is the desire to convict them of plagiarism, that this charge, improbable in itself, and only resting on the testimony of two envious rivals, has been not only revived by modern writers, but has been, even in our own time, spoken of as a well-established and notorious fact! The flimsy basis of this accusation is clearly exposed by M. Bordas Demoulin, in his valuable work Le Cartesianisme, Paris, 1843, vol. ii. pp. 9–12; while, on the other side of the question, I refer with regret to Sir D. Brewster on the Progress of Optics, Second Report of British Association, pp. 309, 310; and to Whewell's Hist. of the Inductive Sciences, vol. ii. pp. 379, 502, 503.

<p>203</p>

See the interesting remarks of Sprengel (Hist. de la Médecine, vol. iv. pp. 271, 272), and Œuvres de Descartes, vol. iv. pp. 371 seq. What makes this the more observable is this: that the study of the crystalline lens was neglected long after the death of Descartes, and no attempt made for more than a hundred years to complete his views by ascertaining its intimate structure. Indeed, it is said (Thomson's Animal Chemistry, p. 512) that the crystalline lens and the two humours were first analyzed in 1802. Compare Simon's Animal Chemistry, vol. ii. pp. 419–421; Henle, Traité d'Anatomie, vol. i. p. 357; Lepelletier, Physiologie Médicale, vol. iii. p. 160; Mayo's Human Physiol., p. 279; Blainville, Physiol. comparée, vol. iii. pp. 325–328; none of whom refer to any analysis earlier than the nineteenth century. I notice this partly as a contribution to the history of our knowledge, and partly as proving how slow men have been in following Descartes, and in completing his views; for, as M. Blanville justly observes, the chemical laws of the lens must be understood, before we can exhaustively generalize the optical laws of its refraction; so that, in fact, the researches of Berzelius on the eye are complemental to those of Descartes. The theory of the limitation of the crystalline lens according to the descending scale of the animal kingdom, and the connexion between its development and a general increase of sensuous perception, seem to have been little studied; but Dr. Grant (Comparative Anatomy, p. 252) thinks that the lens exists in some of the rotifera; while in regard to its origin, I find a curious statement in Müller's Physiology, vol. i. p. 450, that after its removal in mammals, it has been reproduced by its matrix, the capsule. (If this can be relied on, it will tell against the suggestion of Schwann, who supposes, in his Microscopical Researches, 1847, pp. 87, 88, that its mode of life is vegetable, and that it is not ‘a secretion of its capsule’). As to its probable existence in the hydrozoa, see Rymer Jones's Animal Kingdom, 1855, p. 96, ‘regarded either as a crystalline lens, or an otolithe;’ and as to its embryonic development, see Burdach, Traité de Physiologie, vol. iii. pp. 435–438.

<p>204</p>

Torricelli first weighed the air in 1643. Brande's Chemistry, vol. i. p. 360; Leslie's Natural Philosophy, p. 419: but there is a letter from Descartes, written as early as 1631, ‘où il explique le phénomène de la suspension du mercure dans un tuyau fermé par en haut, en l'attribuant au poids de la colonne d'air élevée jusqu'au delà des nues.’ Bordas Demoulin, le Cartésianisme, vol. i. p. 311. And Montucla (Hist. des Mathémat. vol. ii. p. 205) says of Descartes, ‘nous avons des preuves que ce philosophe reconnut avant Torricelli la pesanteur de l'air.’ Descartes himself says, that he suggested the subsequent experiment of Pascal. Œuvres de Descartes, vol. x. pp. 344, 351.

<p>205</p>

Dr. Whewell, who has treated Descartes with marked injustice, does nevertheless allow that he is ‘the genuine author of the explanation of the rainbow.’ Hist. of the Induc. Sciences, vol. ii. pp. 380, 384. See also Boyle's Works, vol. iii. p. 189; Thomson's Hist. of the Royal Society, p. 364; Hallam's Lit. of Europe, vol. iii. p. 205; Œuvres de Descartes, vol. i. pp. 47, 48, vol. v. pp. 265–284. On the theory of the rainbow as known in the present century, see Kaemtz, Course of Meteorology, pp. 440–445; and Forbes on Meteorology, pp. 125–130, in Report of British Association for 1840. Compare Leslie's Natural Philosophy, p. 531; Pouillet, Elémens de Physique, vol. ii. p. 788.

<p>206</p>

The Hebrew notion of the rainbow is well known; and for the ideas of other nations on this subject, see Prichard's Physical History of Mankind, vol. v. pp. 154, 176; Kame's Sketches of the History of Man, vol. iv. p. 252, Edinb. 1788; and Burdache's Physiologie, vol. v. pp. 546, 547, Paris, 1839.

<p>207</p>

Thomas calls him ‘le plus grand géomètre de son siècle.’ Œuvres de Descartes, vol. i. p. 89. Sir W. Hamilton (Discussions on Philosophy, p. 271) says, ‘the greatest mathematician of the age;’ and Montucla can find no one but Plato to compare with him: ‘On ne sauroit donner une idée plus juste de ce qu'a été l'époque de Descartes dans la géométrie ancienne… De même enfin que Platon prépara par sa découverte celles des Archimède, des Apollonius, &c., on peut dire que Descartes a jetté les fondemens de celles qui illustrent aujourd'hui les Newton, les Leibnitz, &c.’ Montucla, Hist. des Mathémat. vol. ii. p. 112.

<p>208</p>

‘Descartes joint encore à ses autres titres, celui d'avoir été un des créateurs de notre langue.’ Biog. Univ. vol. xi. p. 154. Sir James Mackintosh (Dissert. on Ethical Philos. p. 186) has also noticed the influence of Descartes in forming the style of French writers; and I think that M. Cousin has somewhere made a similar remark.

<p>209</p>

Thomas says, ‘Descartes eut aussi la gloire d'être un des premiers anatomistes de son siècle.’ Œuvres de Descartes, vol. i. p. 55; see also p. 101. In 1639, Descartes writes to Mersenne (Œuvres, vol. viii. p. 100) that he had been engaged ‘depuis onze ans’ in studying comparative anatomy by dissection. Compare p. 174, and vol. i. pp. 175–184.

<p>210</p>

Dr. Whewell (Hist. of the Inductive Sciences, vol. iii. p. 440) says: ‘It was for the most part readily accepted by his countrymen; but that abroad it had to encounter considerable opposition.’ For this no authority is quoted; and yet one would be glad to know who told Dr. Whewell that the discovery was readily accepted. So far from meeting in England with ready acceptance, it was during many years most universally denied. Aubrey was assured by Harvey that, in consequence of his book on the Circulation of the Blood, he lost much of his practice, was believed to be crackbrained, and was opposed by ‘all the physicians.’ Aubrey's Letters and Lives, vol. ii. p. 383. Dr. Willis (Life of Harvey, p. xli., in Harvey's Works, edit. Sydenham Society, 1847) says ‘Harvey's views were at first rejected almost universally.’ Dr. Elliotson (Human Physiology, p. 194) says, ‘His immediate reward was general ridicule and abuse, and a great diminution of his practice.’ Broussais (Examen des Doctrines Médicales, vol. i. p. vii.) says, ‘Harvey passa pour fou quand il annonça la découverte de la circulation.’ Finally, Sir William Temple, who belongs to the generation subsequent to Harvey, and who, indeed, was not born until some years after the discovery was made, mentions it in his works in such a manner as to show that even then it was not universally received by educated men. See two curious passages, which have escaped the notice of the historians of physiology, in Works of Sir W. Temple, vol. iii. pp. 293, 469, 8vo., 1814.

<p>211</p>

‘Taken by Descartes as the basis of his physiology, in his work on Man.’ Whewell's Hist. of the Induc. Sciences, vol. iii. p. 441. ‘Réné Descartes se déclara un des premiers en faveur de la doctrine de la circulation.’ Renourd, Hist. de la Médecine, vol. ii. p. 163. See also Bordas Demoulin, le Cartésianisme, vol. ii. p. 324; and Œuvres de Descartes, vol. i. pp. 68, 179, vol. iv. pp. 42, 449, vol. ix. pp. 159, 332. Compare Willis's Life of Harvey, p. xlv., in Harvey's Works.

<p>212</p>

‘Les veines blanches, dites lactées, qu'Asellius a découvertes depuis peu dans le mésentère.’ De la Formation du Fœtus, sec. 49, in Œuvres de Descartes, vol. iv. p. 483.