The Rationality of ScienceRoutledge & Kegan Paul, 1981 - 294 Traditional philosophical accounts of the scientific enterprise represent it as a paradigm of institutionalized rationality. The scientist is held to possess a special method which he disinterestedly applied, generating an accumulation of scientific knowledge about the world, and the evolution of science is seen as being determined by the rational deliberations of scientists and not by psychological or sociological factors. More recently, various philosophers, historians and sociologists of science have held that this rational model is no longer tenable. Some have claimed that there is no such thing as a scientific method or scientific progress, and that theories are incommensurable and so there is no possibility of choice between alternative theories. The more extreme non-rationalists seek to explain scientific change exclusively in terms of psychological and sociological factors. In this book, the author explores the controversy between the two approaches and presents a strongly critical and independent view of both rationalists like Popper and Lakatos and non-rationalists such as Kuhn and Feyerabend. He goes on to develop his own account of the scientific enterprise--temperate rationalism, a vindication of the rationalist approach to science and of a realist construal of theories.-- |
Spis treści
Observation Theory and Truth | 19 |
Popper The Irrational Rationalist | 44 |
In Search of the Methodologists Stone | 77 |
Prawa autorskie | |
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accept anomalies applied argued argument articulate assertions assessment assume assumption basic statements beliefs causal Chapter claim conception Consequently consistency condition construal corroboration criterion dictates of reason empirical evaluation evidence fact factors Feyerabend give given hard-core history of science hypotheses Ibid incommensurability incompatible increasing verisimilitude inductive instance involves judgments justify Kuhn Kuhn's Lakatos Lakatos's Laudan logic matter meaning variance method methodology Newtonian mechanics non-rationalist notion objective observational success paradigm particular philosophers of science Popper Popperian positive heuristic postulates predictions principles of comparison problem progress Quantum Mechanics question rational model rationalist realist reason to think reference regard reject relative relativistic relativistic mechanics rival theories role rules scientific change scientific community scientific enterprise scientific method scientific theories scientists sentences sequence simply sociological specified strong programme suppose T-terms T₁ T₂ theory change theory choice Theory of Relativity thesis true or false truth verisimilitude
