Thomas Kuhn's celebrated work, The Structure of Scientific Revolutions revolutionized thinking in the philosophy of science. This book goes beyond Kuhn by explicating the non-deductive notion of "paradigm shift" in terms of the new concept of representational space. In doing so, this book puts forward the first-ever unitary theory that solves the five central problems in the philosophy of science: scientific explanation, the structure of scientific theories, incommensurability, scientific change and physical necessity.
Autorentext
Edwin H.-C. Hung is Reader/Associate Professor of Philosophy at the University of Waikato, New Zealand. He studied philosophy at Oxford University, where he obtained his doctoral degree (D.Phil.). He has been an honorary fellow of Linacre College (Oxford), a research associate at the Center of Philosophy and History of Science of Boston University, and a visiting scholar at Harvard University, MIT, and the Minnesota Center for the Philosophy of Science. He has published widely in the fields of philosophy of science, philosophy of mathematics, philosophy of logic and philosophy of language, including the book, The Nature of Science: Problems and Perspectives (Belmont, CA: Wadsworth, 1997, 502 pages).
Zusammenfassung
Thomas Kuhn's celebrated work, 'The Structure of Scientific Revolutions' revolutionized thinking in the philosophy of science and to a large extent his 'paradigm shift' view has replaced logical positivism and the philosophy of Karl Popper. This book goes beyond Kuhn by explicating the non-deductive notion of 'paradigm shift' in terms of the new concept of representational space. In doing so, Edwin H.-C. Hung is able to produce the first-ever unitary theory that solves the five central problems in the philosophy of science: scientific explanation, the structure of scientific theories, incommensurability, scientific change and physical necessity. The book identifies the main task of science as representing reality. This involves the construction of a representational space and the subsequent modeling of reality with configurations of 'objects' in that space. Newton's mechanics, Einstein's relativity and quantum mechanics, then, all serve as representational spaces. 'Beyond Kuhn' is a significant progression in scientific methodology. Other than serving as a sequel to Kuhn's 'Scientific Revolutions', it will be of great use in the fields of artificial intelligence, cognitive psychology and education.
Inhalt
Contents: Foreword I, Rom Harré; Foreword II, Peter Lipton; Preface; Introduction: The road to Kuhn and beyond; A new logic of explanation; Structure of conceptual theories I: category systems; Structure of conceptual theories II: representational spaces; Structure of conceptual theories III: languages; Incommensurability; Scientific growth; Physical necessity: a cross-theoretic notion; Projective explanation: deduction lost, deduction regained; Epilogue; Bibliography; Index.