In recent years a unified strategy in dealing with constructivism has been emerging in the writings of historians and philosophers of science. In my own experience, the strategy is exemplified in the long critiques of all or parts of my book, Constructing Quarks (CQ), set out by Paul Roth, Peter Galison and Allan Franklin. These critiques have two common features. First, the substance of constructivist claims is more or less ignored, in favour a fictional version that simply asserts the opposite (...) of what the critic wants to affirm, which is, second, that the evolution of science should be grasped in terms of some relatively simple and unsituated concept of ‘reason’ (or ‘logic’ or ‘persuasive argument’).1 Allan Franklin’s discussion of the history of parity-violation experiments in atomic and high-energy physics exemplifies both of these features.2 Concerning the first, the position he attributes to CQ is summarised as a pure negative: Pickering, he says, ‘obviously doubts that science is a reasonable enterprise based on valid experimental or observational evidence’ (165).3. (shrink)

: This essay discusses the ways in which Thomas Kuhn's The Structure of Scientific Revolutions has influenced my own work in science studies over the past twenty years or so. It offers a critical but constructive appraisal and development of some of Kuhn's key claims and insights.

This essay discusses the ways in which Thomas Kuhn's The Structure of Scientific Revolutions has influenced my own work in science studies over the past twenty years or so. It offers a critical but constructive appraisal and development of some of Kuhn's key claims and insights.