Blood Circulation Discovered – 4

Today’s installment concludes Blood Circulation Discovered,
our selection by Thomas H. Huxley.

If you have journeyed through all of the installments of this series, just one more to go and you will have completed a selection from the great works of four thousand words. Congratulations!

Previously in Blood Circulation Discovered.

Time: 1616
Place: England

There is another curious point of resemblance in the fact that even those who gave Harvey their general approbation and support sometimes failed to apprehend the value of some of those parts of his doctrine which are, indeed, merely auxiliary to the theory of the circulation but are only a little less important than it. Harvey’s great friend and champion, Sir George Ent, is in this case; and I am sorry to be obliged to admit that Descartes falls under the same reprehension.

This great philosopher, mathematician and physiologist, whose conception of the phenomena of life as the results of mechanism is now playing as great a part in physiological science as Harvey’s own discovery, never fails to speak with admiration, as Harvey gratefully acknowledges, of the new theory of the circulation. And it is astonishing — I had almost said humiliating — to find that even he is unable to grasp Harvey’s profoundly true view of the nature of the systole and the diastole or to see the force of the quantitative argument. He adduces experimental evidence against the former position and is even further from the truth than Galen was, in his ideas of the physical cause of the circulation.

Yet one more parallel with Darwin. In spite of all opposition, the doctrine of the circulation propounded by Harvey was, in its essential features, universally adopted within thirty years of the time of its publication. Harvey’s friend, Thomas Hobbes, remarked that he was the only man, in his experience, who had the good-fortune to live long enough to see a new doctrine accepted by the world at large.

It is, I believe, a cherished belief of Englishmen that Francis Bacon, Viscount St. Albans and sometime lord chancellor of England, invented that “inductive philosophy” of which they speak with almost as much respect as they do of church and state; and that, if it had not been for this “Baconian induction,” science would never have extricated itself from the miserable condition in which it was left by a set of hair-splitting folk known as the ancient Greek philosophers. To be accused of departing from the canons of the Baconian philosophy is almost as bad as to be charged with forgetting your aspirates; it is understood as a polite way of saying that you are an entirely absurd speculator.

Now the Novum Organon was published in 1620, while Harvey began to teach the doctrine of the circulation, in his public lectures, in 1619. Acquaintance with the Baconian induction, therefore, could not have had much to do with Harvey’s investigations. The Exercitatio, however, was not published till 1628. Do we find in it any trace of the influence of the Novum Organon? Absolutely none. So far from indulging in the short-sighted and profoundly unscientific depreciation of the ancients in which Bacon indulges, Harvey invariably speaks of them with that respect which the faithful and intelligent study of the fragments of their labors that remain to us must inspire in everyone who is practically acquainted with the difficulties with which they had to contend and which they so often mastered. And, as to method, Harvey’s method is the method of Galen, the method of Realdus Columbus, the method of Galileo, the method of every genuine worker in science either in the past or the present. On the other hand, judged strictly by the standard of his own time, Bacon’s ignorance of the progress which science had up to that time made is only to be equaled by his insolence toward men in comparison with whom he was the merest sciolist. Even when he had some hearsay knowledge of what has been done, his want of acquaintance with the facts and his abnormal deficiency in what I may call the scientific sense, prevent him from divining its importance. Bacon could see nothing remarkable in the chief contributions to science of Copernicus or of Kepler or of Galileo; Gilbert, his fellow-countryman, is the subject of a sneer; while Galen is bespattered with a shower of impertinences, which reach their climax in the epithets “puppy” and “plague.”

I venture to think that if Francis Bacon, instead of spending his time in fabricating fine phrases about the advancement of learning, in order to play, with due pomp, the part which he assigned to himself of “trumpeter” of science, had put himself under Harvey’s instructions and had applied his quick wit to discover and methodize the logical process which underlaid the work of that consummate investigator, he would have employed his time to better purpose, and, at any rate, would not have deserved the just but sharp judgment which follows: “that his [Bacon’s] method is impracticable cannot I think be denied, if we reflect, not only that it has never produced any result but also that the process by which scientific truths have been established cannot be so presented as even to appear to be in accordance with it.” I quote from one of Mr. Ellis’ contributions to the great work of Bacon’s most learned, competent and impartial biographer, Mr. Spedding.

Few of Harvey’s sayings are recorded but Aubrey tells us that someone having enlarged upon the merits of the Baconian philosophy in his presence, “Yes,” said Harvey, “he writes philosophy like a chancellor.” On which pithy reply diverse persons will put diverse interpretations. The illumination of experience may possibly tempt a modern follower of Harvey to expound the dark saying thus: “So this servile courtier, this intriguing politician, this unscrupulous lawyer, this witty master of phrases proposes to teach me my business in the intervals of his. I have borne with Riolan; let me also be patient with him.” At any rate, I have no better reading to offer.

In the latter half of the sixteenth and the beginning of the seventeenth centuries the future of physical science was safe enough in the hands of Gilbert, Galileo, Harvey, Descartes and the noble army of investigators who flocked to their standard and followed up the advance of their leaders. I do not believe that their wonderfully rapid progress would have been one whit retarded if the Novum Organon had never seen the light; while, if Harvey’s little Exercise had been lost, physiology would have stood still until another Harvey was born into the world.

This ends our series of passages on Blood Circulation Discovered by Thomas H. Huxley. This blog features short and lengthy pieces on all aspects of our shared past. Here are selections from the great historians who may be forgotten (and whose work have fallen into public domain) as well as links to the most up-to-date developments in the field of history and of course, original material from yours truly, Jack Le Moine. – A little bit of everything historical is here.

We want to take this site to the next level but we need money to do that. Please contribute directly by signing up at https://www.patreon.com/history

Some History Moments selections posted before 2012 need to be updated to meet HM’s quality standards. These relate to: (1) links to outside sources for modern, additional information; (2) graphics; (3) navigation links; and (4) other presentation issues. The reader is assured that the author’s materiel is faithfully reproduced in all History Moments posts.