This paper examines the question of whether scientific realism is committed to the inevitability of science or is consistent with claims of the contingency of science. In order to address this question, a general characterization of the position of scientific realism is presented. It is then argued that scientific realism has no evident implications with regard to the inevitability of science. A historical case study is presented in which contingency plays a significant role, and the appropriate realist response to this (...) case study is indicated. Finally, it is argued that, when conjoined with a reliabilist theory of method, realism does have implications for the inevitability of science. (shrink)

Contemporary metaphilosophical debates on the future of philosophy invariably include references to the natural sciences. This is wholly understandable given the cognitive and cultural authority of the sciences and their contributions to philosophical thought and practice. However such appeals to the sciences should be moderated by reflections on contingency of sciences. Using the work of contemporary historians and philosophers of science, I argue that an awareness of the radical contingency of science supports the claim that philosophy’s future should not be (...) construed as either dependent or necessarily related to that of the sciences. Therefore contemporary debates – about the possibility of philosophy’s status as a science, say – should be tempered by an appreciation of the fact that science may cease to be a significant feature of future metaphilosophical debates. I conclude by considering the implications of this claim for assessments of the progressiveness of philosophy. (shrink)

Let me begin with what may seem a very minor point, but one which I think reveals something about how many philosophers today conceive of their subject. During the past few decades, there has been an increasing tendency for references in philosophy books and articles to be formatted in the ‘author and date’ style (‘see Fodor (1996)’, ‘see Smith (2001)’.) A neat and economical reference system, you may think; and it certainly saves space, albeit inconveniencing readers by forcing them to (...) flip back to the end of the chapter or book to find the title of the work being referred to. But what has made this system so popular among philosophers? A factor which I suspect exerts a strong subconscious attraction for many people is that it makes a philosophy article look very like a piece of scientific research. For if one asks where the ‘author-date’ system originated, the answer is clear: it comes from the science journals. And in that context, the choice of referencing system has a very definite rationale. In the progress-driven world of science, priority is everything, and it's vitally important for a career that a researcher is able to proclaim his work as breaking new ground. Bloggs (2005) developed a technique for cloning a certain virus; Coggs (2006) showed how certain bits of viral DNA could be spliced; and now Dobbs (2007) draws on both techniques to develop the building blocks of a new vaccine. The idea is that our knowledge-base is enhanced, month by month and year by year, in small incremental steps (perhaps with occasional major breakthroughs); and in the catalogue of advances, the date tagged to each name signals when progress was made, and by whom. (shrink)

Concentrating on genetics, this paper examines the strength of the links between our biological science -- our biology -- and the particular history which brought that science into being. Would quite different histories have produced roughly the same science? Or, on the contrary, would different histories have produced other, quite different biologies? One emphasis throughout is on the kinds of evidence that might be brought to bear from the actual past in order to assess claims about what might have been. (...) Another emphasis is on the implications for debates on realism and antirealism about genes. (shrink)