Karl Popper and Thomas Kuhn were friends of science because they shared some values—the value of science for humanity, especially. My thesis is that their different accounts of science could not sa...

The book sets an ambitious goal. It devises a new account of scientific methodology that makes it possible to explain how scientists manage, at least occasionally, to find true models of reality. The new methods may be contrasted with all those currently available that employ “coherence theories” of knowledge. Under this designation are grouped positions that can seem very different (such as those of Poincaré, Duhem, Popper, Hempel, Quine, Kuhn, and Feyerabend) but are united by the idea that the most (...) general statements of science are merely hypotheses. They may be conjectures, opinions, conventions, posits, paradigms, or even myths. The most we can claim to know from such generalities is that they are internally consistent and coherent with empirical data. Consistency is insufficient to establish the truth of a conceptual system because many different systems, perhaps an infinite number, can be logically consistent and cohere with recorded data. Such is the well-known problem of the empirical under-determination of theories. Francis Bacon’s Skeptical Recipes for New Knowledge suggests a new methodology that solves this fundamental problem of knowledge. (shrink)

In this revolutionary study of the philosophical problems of language, J.N. Hattiangadi offers a new approach which simultaneously solves several venerable conundrums in the origin and development of language and thought. His argument includes acute criticisms of the later Wittgenstein's theory of language use, Quine's approach to subjunctive conditionals, Kripke's analysis of proper names, and Chomsky's conjecture of an innate universal grammar.

If, as it is usually understood, incommensurable theories must be compatible then one need never choose between two such theories. But if theories were incompatible and incommensurable one would have to choose between them. What if they are incompatible only outside the domain of observation? The fact that Darwin's biology can clash with Kelvin's physics (each with their respective auxiliary assumptions) regarding the age of the earth shows how commensurable theories may yet be incompatible. But it also shows that they (...) need not be alternatives--i.e. that one may not be able to simply and satisfactorily replace the other in our world view. But standard examples of scientific revolutions consist of the replacement of one theory by another in one's world view. These alternative theories must therefore be more than merely incompatible--what do they share if not content? (I.e. they must be commensurable.). (shrink)

As a graduate student it was with great pleasure that I learned that John Watkins had decided to thank me publicly for helping him with a paper on Kuhn’s view.1 The help, such as I could give, was in Popper’s seminar, twenty-five years ago. Watkins himself, and several others, contributed much more to the seminar than I did. (The seminar was run on the principle — to repeat J.O. Wisdom’s quip — “thou shalt not speak whilst I interrupt”). Watkins was (...) not just kind but generous in thanking me and I appreciated it very much then, as a mere graduate student. But over the years, I find that I appreciate it even more, especially as I compare it with practice common among philosophers. It is ironic that by the time Watkins’ paper appeared (something resembling his view had by then already become the official reading of Kuhn’s views among philosophers of science) my own views about Kuhn’s book had changed. (shrink)

The "historicity" of ideas can be reconciled with their rationality without recourse to relativism if we adopt the following view: The intellectual standards of a scientist are to be found in his intellectual situation, which is a debate underlying problems which discriminate between rival views. There is therefore no circularity between the currently accepted views and the currently accepted standards of judging a theory. debate).

I. Ian Hacking asks an intriguing question, and answers it in an interesting way. Why, he asks, does language matter to philosophy? It is a simple question. But his answer is not quite so simple, though its main feature is simple: Language matters to philosophy today for the same reason that ideas were important to philosophy in the seventeenth and eighteenth centuries. Each in its time has been the “interface” between the knower and the known. There is much truth to (...) this answer of his, though we may note that it is somewhat incomplete: we would still like to know how ideas then and language now have come to occupy this position. (shrink)

SummaryThe clash between rationalism and humanism presupposes a radical and optimistic view of reason, with science taken as the archetype. Popper's theory of reason as critical of tradition seems to offer a new direction. But Kuhn's discovery that scientists normally are uncritical of some basic ideas makes it vacuous. An improvement upon Duhem's analysis of tests gives us a new epistemology, however where viable alternative views which are not believed nevertheless influence the organization of research. The tacit debate can be (...) regarded as an organized escape rather than as progress towards the Truth.We can thus admit tradition in science, and maintain that it is rational, even if scientists might be agreed on some basic issues during some periods. (shrink)

SummaryThe clash between rationalism and humanism presupposes a radical and optimistic view of reason, with science taken as the archetype. Popper's theory of reason as critical of tradition seems to offer a new direction. But Kuhn's discovery that scientists normally are uncritical of some basic ideas makes it vacuous. An improvement upon Duhem's analysis of tests gives us a new epistemology, however where viable alternative views which are not believed nevertheless influence the organization of research. The tacit debate can be (...) regarded as an organized escape rather than as progress towards the Truth.We can thus admit tradition in science, and maintain that it is rational, even if scientists might be agreed on some basic issues during some periods. (shrink)

N.B. Dr Bykvist is now based at the Faculty of Philosophy, University of Oxford. The full-text of this article is not currently available in ORA, but you may be able to access the article via the publisher copy link on this record page.

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)

A Sceptical Theory of Scientific Inquiry: Problems and Their Progress presents a distinctive re-interpretation of Popper's 'critical rationalism', displaying the kind of spirit found at the L.S.E. before Popper's retirement. It offers an alternative to interpretations of critical rationalism which have emphasised the significance of research programmes or metaphysics (Lakatos; Nicholas Maxwell), and is closer to the approach of Jagdish Hattiangadi. Briskman gives priority to methodological argument rather than logical formalisms, and takes further his own work on creativity. (...) In addition to offering an important contribution to the understanding of critical rationalism, the book contains interesting engagements with Michael Polanyi and the Meno Paradox. This volume also contains an introduction by the editor, which situates Briskman's work in the history of the interpretation of 'critical rationalism'. (shrink)

In 1997 an international conference on Aristotle and modern science took place in Thessaloniki. Aristotle’s view of nature—his criticism of the atomists, on the one hand, and modern science, on the other—seem to be widely opposed, but in recent years science has changed so much that scientists resort to certain basic notions of Aristotle’s natural philosophy to underpin their theories and make material nature more intelligible. In a first paper Hilary Putnam argues against Victor Gaston that Aristotle’s theory of cognition (...) is a “ direct realism” and not as many say a theory based on representation. Perception and thinking are in direct contact with things and their properties. In a charming comparison Bas C. van Fraassen argues that both tragedy and science are subspecies of representation. As in poetry, in science the inexplicable is kept off stage. John P. Anton is confident that the revival of Aristotle’s model of science can provide a solution to the question of the unity of the various sciences. He levels a stinging attack at Putnam’s interpretation of Aristotle’s theory of cognition. Lambros Couloubaritsis voices amazement that in Physics IV Aristotle says nothing about the creative capacity of time, but believes that the notion of “appropriate time” will bring this out. James R. Brown argues that the main stream of science stemming from the seventeenth century is a fusion of the Platonic and mechanic traditions, but that in recent years Aristotle has made an impressive comeback. He examines to what extent the notion of potentiality may be in agreement with and help explain certain physical facts perceived by common sense observation, although it does no justice to quantum “ bizarreness”. He sees better help in the Platonic account of formal causality. Speaking about levels of reality Basarab Nicolescu believes that the universe is self-creating, showing an open structure. A flow of information traverses the various levels of reality. The notion of potency, we are told by Ephtichios Bitsakis, exercises quite some attraction on scientists. Indeed, Aristotle is a precursor of scientific realism, but his theories are marred by many inconsistencies: the Prime Mover, final causality, and entelechy contradict his dynamic view of nature and should be abandoned. In the transformation of massive particles into nonmassive ones the actual mass becomes potential. Thomas M. Olshewsky points out that Aristotle has a differentiated notion of prime matter and rejects absolute prime matter. Jagdish Hattiangadi suggests giving up the idea of substance. Demetra Sfendoni-Mentzou also tackles “the always actual question” of what matter is for Aristotle. Nowadays the idea of stable particles has disappeared and we have to deal with what is potentially real. (shrink)

Au regard du vieux débat sur la « fuite des cerveaux », le devoir de promouvoir le développement des pays pauvres semblait incompatible avec le droit humain à l’émigration. A l’encontre de cette idée, Jagdish Bhagwati a proposé dans les années 70 une mesure qui permettait au personnel qualifié de quitter les pays pauvres, tout en taxant leur revenu au bénéfice de leurs pays d’origine. Cet article discute (et rejette) trois justifications possibles de la taxe Bhagwati. Il conclut qu’une (...) telle mesure ne peut être défendue ni comme une compensation pour ce que le pays aurait gagné si les diplômés n’avaient pas émigré, ni comme une obligation de réciprocité basée sur l’investissement dans l’éducation, ni comme une mesure de diminution de l’inégalité entre les opportunités des migrants et de ceux qui restent au pays. Si la mobilité géographique va de pair avec la mobilité sociale, taxer les migrants revient à taxer la mobilité sociale, plutôt que les hauts revenus eux-mêmes. (shrink)

Introduction -- Unintended consequences -- The origin of money -- Segregation -- The invisible hand -- The origin of money reconsidered -- Models and representation -- Game theory and conventions -- Conclusion.

This paper examines the shareholder primacy norm as a widely acknowledged impediment to corporate social responsibility and explores the role of business schools in promoting the SPN but also potentially as an avenue for change by addressing misconceptions about shareholder primacy and the purpose of business. We start by explaining the SPN and then review its status under US and UK laws and show that it is not a likely legal requirement, at least under the guise of shareholder value maximization. (...) This is in contrast to the common assertion that managers are legally constrained from addressing CSR issues if doing so is inconsistent with the economic interests of shareholders. Nonetheless, while the SPN might be muted as a legal norm, we show that it is certainly evident as a social norm among managers and in business schools—reflective, in part, of the sole voting rights of shareholders on corporate boards and of the dominance of shareholder theory—and justifiably so in the view of many managers and business academics. We argue that this view is misguided, not least when associated with claims of a purported legally enforceable requirement to maximize shareholder value. We propose two ways by which the influence of the SPN among managers might be attenuated: extending fiduciary duties of executives to non-shareholder stakeholders and changes in business school teaching such that it covers a plurality of conceptions of the purpose of the corporation. (shrink)

Main points and challenging issues on Jurisprudence General Theories.

The cyborg that Donna Haraway appropriated in ‘Manifesto for Cyborgs’ as a metaphor for political action and theoretical inquiry has ceased to have the potency it did 20 years ago. While Haraway has turned from a central focus on technoculture to companion species, much important cultural work remains to be done, especially in networked and programmable media. Problems with the cyborg as a metaphor include the implication that the liberal humanist subject, however problematized by its hybridization with cybernetic mechanism, continues (...) as a singular entity operating with localized agency. In a word, the cyborg is not networked enough to encompass the emergent possibilities associated with the Internet and the world-wide web and other phenomena of the contemporary digital era. Instead I propose the idea of the cognisphere. As operational concept and suggestive metaphor, the cognisphere recognizes that networked and programmable media are not only more pervasive than ever before in human history but also more cognitively powerful. It is closely associated with what many researchers regard as a major insight: the idea that the physical world is fundamentally computational. While these scientists regard computation as a physical process, the cultural critic is apt to see it as an over-determined metaphor. The binary choice between seeing the computational universe as a literal description of the physical world and reading it as an over-determined metaphor misses a crucial aspect of contemporary cultural dynamics: the interaction between means and metaphor, technology and cultural presupposition. Taking this dynamic into account leads to a more complete understanding summed up in the aphorism, ‘What we make and what we are co-evolve together.’. (shrink)

N Blake, P Standish; Bibliography, Journal of Philosophy of Education, Volume 34, Issue 1, 16 December 2002, Pages 203–208, https://doi.org/10.1111/1467-9752.00.