Using firsthand accounts gleaned from notebooks, interviews, and correspondence of such twentieth-century scientists as Einstein, Fermi, and Millikan, Holton shows how the idea of the scientific imagination has practical implications for the history and philosophy of science and the larger understanding of the place of science in our culture.

Paul Feyerabend recommended the methodological policy of proliferating competing theories as a means to uncovering new empirical data, and thus as a means to increase the empirical constraints that all theories must confront. Feyerabend's policy is here defended as a clear consequence of connectionist models of explanatory understanding and learning. An earlier connectionist "vindication" is criticized, and a more realistic and penetrating account is offered in terms of the computationally plastic cognitive profile displayed by neural networks with a recurrent architecture.

In Hegel's Idea of a Phenomenology of Spirit, Michael N. Forster advances an original reading of the work.

The self-portrait of an intellectual reveals his childhood in Vienna, wounds at the Russian front in the German army, encounters with the famous, innumerable love affairs, four marriages, and refusal to accept a "petrified and tyrannical ...

When I was pondering what I should write about Lakatos in this article, I ran into what seemed an insuperable difficulty. On one hand I thought that part of my job should be to give a portrait of Lakatos' personal manner. This would be informative from the point of view of history of thought, as it would help people read his works with greater understanding. And it would be interesting, if I succeeded at all: everyone who knew Lakatos would agree (...) that he was one of the most remarkable people they had met. On the other hand memorial essays tend to give portraits whic are all sweetness and light. But such a portrait of Lakatos would not b a portrait of Lakatos. Everyone has his dark and his light side; sometimes we see one, occasionalley the other. But in Lakatos both were simultaneously and brilliantly displayed at every instant. (shrink)

The thesis of the present volume is critical and dual. (1) Present day philosophy of man and sciences of man suffer from the Greek mis taken polarization of everything human into nature and convention which is (allegedly) good and evil, which is (allegedly) truth and fal sity, which is (allegedly) rationality and irrationality, to wit, the polar ization of all fields of inquiry, the natural and social sciences, as well as ethics and all technology, whether natural or social, into the (...) totally positive and the totally negative. (2) Almost all philosophy and sci ences of man share the erroneous work ethic which is the myth of man's evil nature - the myth of the beast in man, the doctrine of original sin. To mediate or to compromise between the first view of human nature as good with the second view of it as evil, sociologists have devised a modified utilitarianism with deferred gratification so called, and the theory of the evil of artificial competition (capitalist and socialist alike) and of keeping up with the Joneses. Now, the mediation is not necessary. For, the polarization makes for abstract errors which are simplistic views of rationality, such as reductionism and positivism of all sorts, as well as for concrete errors, such as the disposition to condemn repeatedly those human weaknesses which are inevitable, namely man's inability to be perfectly rational, avoid all error, etc. , thus setting man against himself as all too wicked. (shrink)

These are just a few of the questions posed in The Advancement of Science, and Its Burdens.

Foreword I. Critical rationalism is a genuinely new philosophical perspective. It is not, however, one systematic view. The development of it by Popper and ...

In this book, which is both a philosophical and historiographical study, the author investigates the fallibility and the rationality of mathematics by means of rational reconstructions of developments in mathematics. The initial chapters are devoted to a critical discussion of Lakatos' philosophy of mathematics. In the remaining chapters several episodes in the history of mathematics are discussed, such as the appearance of deduction in Greek mathematics and the transition from Eighteenth-Century to Nineteenth-Century analysis. The author aims at developing a notion (...) of mathematical rationality that agrees with the historical facts. A modified version of Lakatos' methodology is proposed. The resulting constructions show that mathematical knowledge is fallible, but that its fallibility is remarkably weak. (shrink)

This book should cause a re-evaluation of Hegel, and German Idealism generally, and contribute to a re-evaluation of the skeptical tradition in philosophy.

Philosophers have tried to explain how science finds the truth by using new developments in logic to study scientific language and inference. R. G. Collingwood argued that only a logic of problems could take context into account. He was ignored, but the need to reconcile secure meanings with changes in context and meanings was seen by Karl Popper, W. v. O. Quine, and Mario Bunge. Jagdish Hattiangadi uses problems to reconcile the need for security with that for growth. But he (...) mistakenly insists that all problems are mere contradictions and artificially separates rigid from flexible aspects of meanings. In order to resolve the conflict we must (1) replace the quest for rigid terms with techniques for improvement, (2) use plausible arguments to uncover confused meanings, (3) use frameworks to choose problems and to regulate meanings, and (4) employ a bootstrap approach that uses frameworks to improve meanings and refined meanings to improve frameworks. (shrink)

This essay points out that Popper's theory of the objectivity of science is ambiguous: it is not clear whether it provides a guarantee of correct evaluations of theories or only a means of uncovering errors in such evaluations. The latter approach seems to be a more natural extension of Popper's fallibilist theory and is needed if his learning theory is adopted. But this leads to serious problems for a fallibilist theory of science.