George Bernard Shaw on Einstein

I read Shaw's toast to Einstein probably a good 50 years ago or more, but lacking a reference as well as the appropriate memory, I was not certain where to find a certain passage I remembered. Now I have located the text of the whole speech:

Toast to Albert Einstein, by Bernard Shaw, edited by Fred D. Crawford, Shaw, Vol. 15 (1995), pp. 231-241.

This is more or less the passage I remembered:

As an Englishman, Newton was able to combine mental power so extraordinary that if I were speaking fifty years ago, as I am old enough to have done, I should have said that his was the greatest mind that any man had ever been endowed with. And he contrived to combine the exercise of that wonderful mind with credulity, with superstition, with delusion which would not have imposed on a moderately intelligent rabbit. (Laughter) 

As an Englishman also, he knew his people, he knew his language, he knew his own soul. And knowing that language, he knew that an honest thing was a square thing; an honest bargain was a square deal; an honest man was a square man, who acted on the square. That is to say, the universe that he created had above everything to be a rectilinear universe. (Laughter)

Now, see the dilemma in which this placed Newton. universe; He knew his universe, he knew that it consisted of heavenly bodies all in motion; and he also knew that the one thing that you cannot do to any body in motion whatsoever is to make it move in a straight line. You may fire it out of a cannon with the strongest charge that you can put into it. You may have the cannon contrived to have, as they say, the flattest trajectory that a cannon can have. It is no use. The projectile will not go in a straight line. If you take a poor man - the poorer the better - if you blindfold that man, and if you say, "I will give you a thousand pounds if you, blindfolded, will walk a thousand yards in a straight line," he will do his best for the sake of the thousand pounds to walk in a straight line, but he will walk in an elliptical orbit and come back to exactly the same place.

Now, what was Newton to do? How was he to make the universe English? (Laughter) Well, mere facts will never daunt an Englishman. They never have stopped one yet, and they did not stop Newton. Newton invented - invented, mind you; some people would say discovered, I advisedly say he invented - a force, which would make the straight line, take the straight lines of his universe and bend them. And that was the force of gravitation. And when he had invented this force, he had created a universe which was wonderful and consistent in itself, and which was thoroughly British. (Laughter)

I remembered the association of cultural and physical rectilinearity, and I also remembered that Shaw failed to understand the nature of scientific idealization and physical explanation. Perhaps by this time I was aware of Shaw's penchant for the crackpot mysticism that vitiated his rational diagnosis of society's flaws. 

However, I have just learned that Shaw's anti-science was more extensive and preposterous, but was mitigated somewhat, partially due to his friendship with Einstein:

Shaw, Einstein and Physics, by Desmond J. McRory, Shaw, Vol. 6 (1986), pp. 33-67.

Shaw's animosity towards (astro)physics was mitigated and in any case overshadowed by his persistent contempt for biology. Einstein's relativity (and to a lesser extent quantum mechanics) shows up in many of Shaw's later works. Einstein is likened to a great artist. The revolution in physics is favorably contrasted with what came before.

Christopher Caudwell's unpublished manuscripts (2)

Continuing on this work by Christopher Caudwell:

Scenes and Actions: Unpublished Manuscripts, selected, edited, and introduced by Jean Duparc and David Margolies. London: New York: Routledge & Kegan Paul, 1986.

Preface
Introduction
Selected Bibliography
from The Wisdom of Gautama
from Heaviside
Short stories
      from The Rock
                Friends
                The Mother Superior
                Lodgings for the Night
                The Bully
                Thomson
      from The Island
                The Play
                A Bit in the Papers
                The Piston
                Homage to Calderon
                The Bank
                The Device
from ‘Verse and Mathematics’
Heredity and Development
Letters

While I have owned this book for a couple decades or more, I never actually read it through. Verse and Mathematics was the draft of what was honed to his published landmark book Illusion and Reality. The extract published here is interesting and I may make it the subject of another blog post. "Heredity and Development: A Study of Bourgeois Biology" was not included in Caudwell's Studies in a Dying Culture, though it belongs there. The letters outline Caudwell's aesthetic principles and his evaluation of his own fiction, as well as details leading up to his fatal participation fighting fascism in Spain.

The introduction places all this in context, also presenting the following poems in whole or part:

The Survival

The Unspeakables

In Memoriam [of T.E. Lawrence]

Artic Expedition

Soul's Progress [excerpt]

Smoke and Diamond

The Art of Dying

[untitled fragment]

The Object

Heil Baldwin!

Caudwell’s Collected Poems were published by Carnacet Press in 1986.

The balance of the book contains selections from Caudwell's hitherto unpublished fiction. Having read none of his published fiction either, though I knew of it, I experienced this facet of Caudwell for the first time. I turned to the fiction after perusing the rest of the book, not in order of the items presented. After reading the letters, I began with Caudwell's non-naturalistic fiction--the excerpt from the speculative fiction story "Heaviside" and the stories from "The Island," which Caudwell termed Kafkaesque, which are in any case extrapolations of ideas, situations, and institutions. This is an unfamiliar dimension of Caudwell for me and adds to understanding his originality and sensibility. The stories from The Rock are character studies. At various times in reading these pieces my attention flagged, but that may just have been an effect of my state of mind at the moment and not the prose itself. While Caudwell criticized his own fiction, as does the book's introduction, Caudwell's style as well as his probing of human character are noteworthy.

It was fortunate that the Stalinists had no idea of what Caudwell was up to or they would have squashed him like they tried to squash Jack Lindsay, an original polymath from Australia who was also a member of the Communist Party of Great Britain.  Caudwell indulged in formulaic political judgments in his analyses, but retained a freshness and originality in his approach.

Marx Wartofsky on Diderot

I wrote the following on 1 June 1015; only a few words have been changed here. I fortuitously stumbled on this today, coincidentally after reading two other works about Holbach and his circle:

Diderot has long been beloved by Marxists. Here is an interesting essay about Diderot in ...

Wartofsky, Marx W. "Diderot and the Development of Materialist Monism" (1953), in Models: Representation and the Scientific Understanding (Dordrecht, Holland; Boston: D. Reidel Publishing Company, 1979), pp. 297-337. (Boston Studies in the Philosophy of Science; v. 48. Synthese Library; v. 129.)

We see the influences of Spinoza, Maupertuis, Leibniz, La Mettrie, d'Holbach, and how Diderot transcended the limitations of idealism and mechanical materialism.

Note:

This change from inorganic to organic matter is, for Diderot, a change in the qualitative level of the organization of matter. These qualitative differentiations within the monistic chain of being characterize his monistic materialism. The aggregates that he speaks of are not merely quantitative combinations, but are qualitative levels of the organization of matter. Thus continuity and discontinuity, the unity of particularity and universality, of quantity and quality, are maintained by Diderot as characteristics of matter in motion. This is not a simple metaphysical unity, not an absolute subsuming of opposites such as we find in the celestial realm of scholasticism, or in Leibniz's monad where there is a metaphysical unity of opposites, or in the metaphysical dialectic of Schelling, but it has the characteristics of such a unity of opposites where the opposition is not merely negated or ignored, but where the very condition of the unity itself is opposition. The pre-Hegelian dialectical element is based on the essential role of process, dynamism, development. The levels are the product of a process in matter, are not preordained, are not prototypes. The flux in Diderot's universe is not a flux-in-itself, it is a flux grounded in matter, in the mode of the existence of matter: motion. Although he never systematizes this process in philosophic terms, it is an essential element in his transformism.

Ideology of/in the Natural Sciences (1)

Steven; Rose, Hilary; eds. 1980. Ideology of/in the Natural Sciences, with an introductory essay by Ruth Hubbard. Cambridge, MA: Shenkman Publishing Co., 1980. xxix, 363 pp.

This book appeared under other imprints with different titles. I have digitized the table of contents. Note the links on this web page. Joseph Needham's oft-reprinted article can be found here:

"History and Human Values: A Chinese Perspective for World Science and Technology"

Commentary on Needham and related issues can be found elsewhere on this blog. I have more to say about Needham's philosophical blundering. My post on "The Politics of Neurobiology: Biologism in the Service of the State" by Rose & Rose reproduces the first paragraph of the article, along with my snide remarks about historical amnesia and the secular humanist / "new atheist" movement.

It seems that the radical science movement has been all but forgotten. It was a mixed bag, and I have my doubts even about its more rational elements, but this history seems to have been swept under the rug altogether with the radicalism of the 1970s. The first article fairly summarizes the views of Marx and Engels, with some pertinent criticism of Engels' dialectics of nature (p. 14). "The Incorporation of Science" is about the incorporation of science--and science studies--within the capitalist system. Andre Gorz attempts to locate scientists within the class structure. Mike Cooley, who analyzes the labor process in production, is a name familiar to me from elsewhere: I think it is a book called Worker or Bee?. These first four essays survey the general problem of science within the capitalist system.

"The Politics of Neurobiology" antedates the current rage of cognitive science, and the attempts of neurobiologists to read off politics and society from the structure of the brain, a thoroughly ideologically blind and reactionary endeavor.

Many may remember the scientific racism and IQ controversy of the 1970s. I was studying the history of scientific racism while the skeptics movement was preoccupied with astrology and spoon-bending.

Hans Magnus Enzenberger questions the ideology and politics of the then-burgeoning ecology movement (which we now call environmentalism), for example, the then-current "limits of growth" concern.

There are several articles on women's issues and women's place in the sciences.

Sam Anderson's article on "Science, Technology and Black Liberation" reflects the revolutionary ambitions and bombast of the time. Anderson chafes against the "special nigger" status he claims is imposed on black scientists, and bursts with the ideological energy of anti-imperialism and self-reliance (even quoting Kim Il Sung). Such rebellion against bourgeois professionalism was a hallmark of the time, but such impulses ultimately could go nowhere, esp. the impulse not to remain alienated from the black masses at large.

This type of politicization was characteristic of the time and reflected in several of the essays, predating our age of lowered expectations. Of course one must also comb this literature for elements of naivete. Perhaps the most grating element in general is the sympathy for Maoism. I have my reservations about scorching broad-based indictments of "reductionism", but clearly there are real problems addressed by this label.

Three articles are of particular philosophical interest.

Lewontin and Levins articulate and claim a more sophisticated analysis of the phenomenon of Lysenkoism than what is found in other literature. They see it as more than simple bureaucratic despotism, and they also reject Maoist attempts to rehabilitate Lysenkoism. I am not sufficiently acquainted with Lewontin's philosophical proclamations to know how they hold up. I am cautious in making big political and philosophical claims for what later became known as dialectical biology, but I'm sure E.O. Wilson is falsifying history:

"Science and ideology" by Edward O. Wilson, Vol. 8, Academic Questions, 06-01-1995.

I mentioned Needham's article, which I want to return to elsewhere, as the combination of historical materialist analysis and utter philosophical/ideological confusion is noteworthy.

Finally, there is "Ideology of/in Contemporary Physics" by Jean‑Marc Levy‑Leblond which is interesting in a number of respects. I will return to this later. For now I will note that the author addresses the institutionalization and division of labor within physics, and the epistemological problems within it, including education and popularization, and the chronic inadequacy of philosophy of science to adequately address what goes on within physics, most notably quantum mechanics.

Lancelot Hogben on the fusion of science & mysticism

The apologetic attitude so prevalent in science to-day is not a logical outcome of the introduction of new concepts. It is based upon the hope of reinstating traditional beliefs with which science was at one time in open conflict. This hope is not a by-product of scientific discovery. It has its roots in the social temper of the period. For half a decade the nations of Europe abandoned the exercise of reason in their relations with one another. Intellectual detachment was disloyalty. Criticism of traditional belief was treason. Philosophers and men of science bowed to the inexorable decree of herd suggestion. Compromise to traditional belief became the hall-mark of good citizenship. Contemporary philosophy has yet to find a way out of the intellectual discouragement which is the heritage of a World War.

SOURCE: Hogben, Lancelot. The Nature of Living Matter. London: K. Paul, Trench, Trubner & Co., Ltd., 1930.