Modernism in the philosophy of science demands a unified story about what makes an inquiry scientific (or a successful science). Fine's "natural ontological attitude" (NOA) is "postmodern" in joining trust in local scientific practice with suspicion toward any global interpretation of science to legitimate or undercut that trust. I consider four readings of this combination of trust and suspicion and their consequences for the autonomy and cultural credibility of the sciences. Three readings take respectively Fine's trusting attitude, his emphasis upon (...) local practice, and his antiessentialism about science as most fundamental to NOA. A fourth, more adequate reading, prompted by recent feminist interpretations of science, offers less restrictive readings of both Fine's trust and his suspicion toward approaching science with "ready-made philosophical engines" (Fine 1986b, 177). (shrink)

Abela accepts Fine’s account of realism and instrumentalism, but thinks that we can reject the Natural Ontological Attitude by distinguishing the theoretical attempt to make sense of scientific practice from choosing the attitude we bring to the debate, or to science itself. But Abela’s attitudes are vulnerable to Fine’s criticisms of the philosophical positions. However, if we take attitude as contrastive and as full‐blooded enough to lead to different behaviour we can see a gap in Fine’s position. He cannot tell (...) us why it is science that he trusts. When we look more widely, the philosophical positions might be seen as ways of justifying that trust. (shrink)

Preanalytically, we are all scientific realists. But both philosophers and scientists become uncomfortable when forced into analysis. In the case of scientists, this discomfort often arises from practical difficulties in setting out a carefully described set of objects which adequately account for the phenomena with which they are concerned. This paper offers a set of representative examples of these difficulties for contemporary physicists. These examples challenge the traditional realist vision of mature scientific activity as struggling toward an ontologically well-defined world (...) picture. They challenge antirealist alternatives as well. (shrink)

This paper develops lines of criticism directed at two currently popular versions of anti-realism: the putnam-rorty-kuhn version that is centered on an acceptance theory of truth, and the van fraassen version that is centered on empiricist strictures over warranted beliefs. the paper continues by elaborating and extending a stance, called "the natural ontological attitude", that is neither realist nor anti-realist.

The realist programme has degenerated by now to the point where it is quite beyond salvage. A token of this degeneration is that there are altogether too many realisms. It is as though by splitting into a confusing array of types and kinds, realism has hoped that some one variety might yet escape extinct. I shall survey the debate, and some of these realisms, below. Here I would just point out the obvious; that in so far as the successes of (...) science mount while realism continues to decline we must conclude that scientific success lends no support to realism. Since it is unlikely to support anti-realism, we have some reason to suspect that the philosophical debate over realism does not concern issues that can be settled by developments in the sciences, no matter how successful science may be. Further, since that success grounds a culture of acceptance for science and its entities, we have reason to believe that the existence of those entities is also not actually the issue that concerns realism. Afortiori, it is not the issue that concerns anti-realism either; nor, I might add, is anti-realism the winner in the philosophical debate that realism has lost. (shrink)

Reflection on the state of contemporary epistemology leaves many of us bewildered and baffled. Without naming personal names, let's mention just a sample of the kinds of epistemological theory now in circulation; foundationalism, coherentism, contextualism, reliabilism, evidentialism, explanationism, pragmatism, internalism, externalism, deontologism, naturalism, skepticism. These general positions do not all compete to explain the same epistemological phenomena, and for this we should always be grateful. They do, however, all subsume remarkably diverse species of epistemological theory. For example, reliabilism now comes (...) in many manifestations, including process reliabilism, indicator reliabilism, and virtue reliabilism. Likewise, foundationalism admits of considerable subsidiary variety, including radical foundationalism and modest foundationalism; and coherentism yields subjectivist and objectivist species, among many others. Within internalism, furthermore, we find access internalism, awareness internalism, and a host of additional intriguing species. Not to be outdone, epistemological naturalism, too, offers taxonomic complexity, including for example eliminative, noneliminative, and pragmatic species. (shrink)

Faced with realist-resistant sciences and the no-nonsense attitude of the times realism has moved away from the rather grandiose program that had traditionally been characteristic of its school. The objective of the shift seems to be to protect some doctrine still worthy of the "realist" name. The strategy is to relocate the school to where conditions seem optimal for its defense, and then to insinuate that the case for such a " piecemeal realism" could be made elsewhere too, were there (...) but world enough and time. The burden of this paper is to examine this piecemeal approach and to show why, despite the relocation, it cannot escape the difficulties of its grander cousins. For that purpose I begin with some brief historical reminders, and with a quick review of the state of the argument before realism went to pieces. This will help us see what has been abandoned in realism's flight, and what baggage still remains. (shrink)

The historical development of the electronic configuration model is traced and the status of the model with respect to quantum mechanics is examined. The successes and problems raised by the model are explored, particularly in chemical ab initio calculations. The relevance of these issues to whether chemistry has been reduced to quantum mechanics is discussed, as are some general notions on reduction.