This absorbing intellectual history vividly recreates the unique social, political, and philosophical milieu in which the extraordinary promise of Einstein and scientific contemporaries took root and flourished into greatness. Feuer shows us that no scientific breakthrough really happens by chance; it takes a certain intellectual climate, a decisive tension within the very fabric of society, to spur one man's potential genius into world-shaking achievement. Feuer portrays such men of high imaginative powers as Einstein, Bohr, Heisenberg, de Broglie, influenced (...) by and influencing the social worlds in which they lived. (shrink)

Two articles by Lewis Feuer caught my attention in the '40s when 1 was wondering, asa student physicist, about the relations of physics to philosophy and to the world in turmoil. One was his essay on 'The Development of Logical Empiricism' (1941), and the other his critical review of Philipp Frank's biography of Einstein, 'Philosophy and the Theory of Relativity' (1947). How extraordinary it was to find so intelligent, independent, critical, and humane a mind; and furthermore he went (...) further, as I soon realized when I looked for his name on other publications. I recall arguing with myself over his exploration of 'Indeterminacy and Economic Development' (1948), and even more when I read his 'Dialectical Materialism and Soviet Science' (1949). More papers, and then the fascinating, sometimes irritating, always insightful, books. His monograph on Psychoanalysis and Ethics 1955, the beautiful sociological and humanist study of Spinoza and the Rise of Liberalism (1958), his essays on 'The Social Roots of Einstein's Theory of Relativity' (1971) together with the book on Einstein and the Genera tions of Science (1974), the splendid reader from the works of Marx and Engels, Basic Writings on Politics and Philosophy (1959) which was a major text of the '60s, the stimulating essays on the social formation which seems to have been required for a modern scientific movement to develop, set forth most convincingly in The Scientific Intellectual (1963). (shrink)

CHAPTER The Excommunication of Baruch Spinoza The Decree of Anathema A man excommunicate is a man alone. He is severed from his past, his parents, teachers , ...

Lewis S. Feuer shows that the gestation of the hypotheses of original-minded scientists, such as Darwin, Einstein, or Bohr, is in large part a subconscious process. Scientists try to project upon the world structural laws that, beside fitting the given physical realities, will also realize their own emotional longings among alternative worldviews. Repeatedly, too, in examining the standpoints of philosophical figures ranging from Spinoza, Descartes, Kant, and Mill to contemporary figures such as Einstein, Lovejoy, and Hook, Feuer (...) illumines how sociological antipathies project themselves into scientific divergences. Feuer delves into the bearing of emotive beliefs such as pacifism, socialism, anti-Semitism, upon the formation of concurrent worldviews, often fixations of scientific belief, held with the same passion in science as in religion. (shrink)

In The Scientific Intellectual, Lewis S. Feuer traces the evolution of this new human type, seeking to define what ethic inspired him and the underlying emotions that created him. Under the influence of Max Weber the rise of the scientific spirit has been viewed by sociologists as an offspring of the Protestant revolution, with its asceticism and sense of guilt acting as causative agents in the rise of capitalism and the growth of the scientific movement. Feuer takes (...) strong issue with this view, pointing out how it is at odds with what we know of the psychological conditions of modern societies making for human curiosity and its expression in the observation of and experiment with nature. (shrink)

Mystic and Scientist: the Incompatible Components of Spinoza's Meta physics -- The Ethics of the Free Man as a Critique of the Calvinist Ethics -- The Mystic Rejection of Libertine Hedonism -- The Therapy of Self-understanding: Precursor to Freud -- Intellectual Love of God and Intellectual Hatred -- The Eternity of the Human Mind: Spinoza's Leap Beyond the Geometrical Method -- Ultimate Uncertainty: the Failure of the Geometrical Method -- Spinoza as a Left Cartesian The Infinity of God: a Masochist (...) Projection -- The Infinity of God: the Discovery of the Plurality of Attributes -- The Final Disunity of Spinoza's Thought: Linguistic Nonsense or Linguistic Transfiguration? -- Epilogue -- Notes -- Index. (shrink)

This volume republishes sixty-two of Dewey⿿s writings from the years 1942 to 1948; four other items are published here for the first time. A focal point of this volume is Dewey⿿s introduction to his collective volume Problems of Men. Exchanges in the Journal of Philosophy with Donald C. Mackay, Philip Blair Rice, and with Alexander Meiklejohn in Fortune appear here, along with Dewey⿿s letters to editors of various publications and his forewords to colleagues⿿ books. Because 1942 was the centenary of (...) the birth of William James, four articles about James are also included in this volume. (shrink)

Language is the primary fact which concerns contemporary philosophy. Men have been speaking and writing for a long time, but it is only recently that the task of philosophy has been said to be the analysis of language. Ethical perplexities, social anxieties, the nature of scientific knowledge, religious speculations, are held not to be directly the problems of the philosopher. They enter his study by way of a domain of languages and sub-languages. This preoccupation with language is itself an unusual (...) phenomenon in our intellectual history. It challenges the sociologist of philosophic ideas for an explanation, and it leads one to wonder upon what evidence philosophers have accepted the doctrine of linguistic primacy. (shrink)

The most eminent exponents of the ontological argument for the existence of God have been characterized as well by a common emotional ingredient — a concern with individual guilt. Anselm, Josiah Royce, Karl Barth, and Norman Malcolm in their respective ways have made the experience of guilt a central one in their metaphysical standpoints. The hypothesis is therefore advanced that the validity which such thinkers have found in the ontological argument is the expression of a frame of mind which we (...) can call 'logical masochism'; under the influence of such emotions, the ontologian bows his logical powers submissively before an entity the existence of which he cannot question because of the guilt that such questioning would arouse. Under such social circumstances, on the other hand, as during the eighteenth century, when the psychology of individual guilt subsided, the appeal of the ontological argument likewise declines. (shrink)

For many years there has been a good deal of scholarly and ideological writing on the correspondence which is said to have taken place between Karl Marx and Charles Darwin. The two presumed letters from Charles Darwin to Karl Marx have been published several times, and their significance appraised. In this article their authenticity as letters to Marx is discussed and questioned, and the possibility that Edward Aveling is the addressee of at least one of them is argued.

In the search for elementary particles, such principles are used as Gell?mann's that ?anything which is possible is compulsory?. This is an example of a teleological principle according to which the scientist tries to realize in science the kind of world that he desires on prior emotional grounds. Mendeleev's classical discovery of the Periodic Law and Table of Elements was thus guided by his mystical values. A mechanistic anti?teleologist such as Jacques Loeb was indeed a crypto?teleologist who wished science to (...) fulfil his radical, socialistic aims. Hoyle's ?perfect cosmological principle? projected conservative values, while such conceptions as Oppenheimer's ?catastrophic collapse?, and Mach's Principle likewise had their teleological bases. Anti?mystical and individualistic values inspired Bridgman's operationism. A ?perfect operational principle? would stipulate that every imaginable state of affairs would be operationally differentiable from others. Teleological principles are essential to the functioning of sciences; in the Theory of Theories, the principle of plenitude may hold: that for every mode of theory, there is some segment of reality for which it provides the best explanation. Naturalistic accounts of basic teleological principles seem inadequate. (shrink)

We are all acquainted with persons who seem to have a talent for making things over-complex, persons who invent exceedingly devious explanations for what can be simply explained. Such individuals strike us as hardened violators of Occam's Razor: Entities are not to be multiplied unnecessarily. We shall say briefly that such persons goropise.

Einstein argued in his latter years that the intelligibility of the world was in the nature of a miracle, and that in no way could one have expected a priori such a high degree of order; this is why he rejected the atheist, positivist standpoint, and believed in a Spinozist God. Einstein's argument, however, is essentially a form of the ?argument from design? for a personal God based on the existence of beautiful, mathematically simple laws of nature; that physical order (...) is a unique, improbable alternative compared to the infinite number of chaotic universes that might have existed. Einstein, in his early manhood, was a Humean, but in later years, as he moved toward Spinoza, from phenomenalism to noumenalism, he clearly rejected Hume's restriction of probable inferences to observed sequences. Darwin's arguments against biological design did not apply to Einstein's argument, because the laws of physics are not the outcome of any cumulative struggle for existence and natural selection. Perhaps the beautiful simplicity of basic physical laws helps account for the fact that relatively more physicists than biologists or psychologists hold to a theistic standpoint. Einstein's finite universe would have seriously weakened the argument that life, though infinitely improbable, would have been realized in an infinite world. But in any case, Einstein would have regarded ?emergence? theories of life as irrational. In accordance with the principle of identity of Emile Meyerson, the epistemologist whom he most respected, it would have followed that the occurrence of consciousness and intelligence was grounded in a God with those attributes, and that theism was consequently the basis for scientific knowledge. (shrink)