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Methodological Variance: Essays in Epistemological Ontology and the Methodology of Science PDF

450 Pages·1991·28.58 MB·English
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Preview Methodological Variance: Essays in Epistemological Ontology and the Methodology of Science

METHODOLOGICAL VARIANCE BOSTON STUDIES IN THE PHILOSOPHY OF SCIENCE Editor ROBERT S. COHEN, Boston University Editorial Advisory Board ADOLF GRONBAUM, University of Pittsburgh SYLVAN S. SCHWEBER, Brandeis University JOHN J. ST ACHEL, Boston University MARX W. WARTOFSKY, Baruch College of the City University of New York VOLUME 131 G. L. PANDIT Department of Philosophy, University of Delhi, India METHODOLOGICAL VARIANCE Essays in Epistemological Ontology and the Methodology of Science SPRINGER-SCIENCE+BUSINESS MEDIA, B.V. Library of Congress Cataioging-in-PubUcation Data Pindit. G. L• • 1946- Methodologlcal var lance : essays In eplstemologlcal ontology and the methodology of selenee p. eg. -- (Boston studles In the phl1osophy of selenee ; v. 131 ) Includes blbllographlcal references and lndBxe~. ISBN 978-94-010-5400-3 ISBN 978-94-011-3174-2 (eBook) DOI 10.1007/978-94-011-3174-2 1. Sclence--Phl10sophy. 2. SClence--Methodology. 3. Ontology. 4. Knowledge. Theory of. 1. Pandlt, G. L., 1945- II. Serles. C175.M5418 1991 501--de20 91-653 ISBN 978-94-010-5400-3 Printed on acid-free paper AlI Rights Reserved © 1991 Springer Science+Business Media Dordrecht Origina1ly published by Kluwer Academic Publishers in 1991 Softcover reprint ofthe hardcover Ist edition 1991 No part of the material protected by this copyright notice may be reproduced or utilized in any form or by any means, electronic or mechanical, including photocopying, recording or by any information storage and retrieval system, without written permission from the copyright owner. To Sir Karl Raimund Popper and all those physicist-philosophers who could very clearly recognize that the glory of science lay not in any kind of game of playing safe in the situations of interaction with nature but in its tortuous search-cum-discovery procedures of exploring the subjects of objective knowledge without one's rational belief in this or that scientific problem ever coming in the way. TABLE OF CONTENTS PREFACE xiii ACKNOWLEDGEMENTS XXl NOTATION AND ABBREVIATIONS xxiii PART ONE CHAPTER 1 / ON THE OBJECTS OF OUR SUBJEC- TIVE KNOWLEDGE 3 1.1 WHAT IS WRONG WITH TRADmONAL EPISTEMOLOGY? 3 1.2 THE NATURE OF SUBJECTIVE KNOWLEDGE: TRADI- TIONAL ANALYSIS 4 1.3 RATIONAL BELIEF, OBJECTIVE KNOWLEDGE AND HUMAN INTERACflON 10 1.4 ONTOLOGICAL PRESUPPOSmONS OF TRADmONAL EPISTEMOLOGY 15 CHAPTER 2 / HUMAN KNOWLEDGE AND HUMAN INTERACTION 18 2.1 OF THE PHILOSOPHER'S OBSESSION WITH PERCEPTION 18 2.2 THE PROBLEM OF PERCEPTION 19 2.3 ON INTERACflON WITH WHAT OUR THEORIES INVARI- ABLY SINGLE OUT AS OBSERVABLES 25 2.4 THE PROBLEM OF HUMAN INTERACflON 30 2.5 ON UNDERSTANDING THE CONCEPT OF HUMAN KNOWL- EDGE 32 2.6 THE KNOWING SUBJECT AND THE PERCEIVING ORGAN ISM: THE STRUCTURAL AND FUNCflONAL ASYMMETRY BETWEEN KNOWLEDGE AND PERCEPTION 36 vii Vlll T ABLE OF CONTENTS 2.7 THE ESSENTIAL UNPREDICTABILITY OF THE GROWfH OF KNOWLEDGE AND THE PROBLEM OF THE PREDICT ABILITY OF INTERACTIONS 40 2.8 FROM AN OBJECTIVISTIC POINT OF VIEW 42 2.9 ORGANIZATION, INFORMATION AND KNOWLEDGE: INSTRUCTED INTERACTION VERSUS CREATIVE INTERACTION 44 CHAPTER 3 / INDETERMINACY OF TRANSLATION: A NON-QUINEAN FUNCTION OF CONTENT- INDETERMINACY 55 3.1 SCIENCE AND LANGUAGE: PROBLEMS OF THEORY- CHOICE AND TRANSLATIONAL INDETERMINACY 55 3.2 QUINE'S THESIS OF THE INDETERMINACY OF RADICAL TRANSLATION 67 3.3 TRANSLATIONAL DElERMINACY: QUINE'S BEHAVIORAL CRITERIA 69 3.3.1. Language Viewed as a System of Dispositions to Verbal Behavior 70 3.3.2. Methodological Indeterminacy of Propositions Conceived Non-Mentalistically 71 3.4 THE IDEOLOGICALLY NEUTRAL PROBLEM OF THE CON- DmONS OF TRANSLATIONAL DETERMINACY 72 3.4.1. The Criterial Character of Quinean Indeterminacy 74 3.5 INDETERMINACY OF TRANSLATION: A NON-QUINEAN FUNCTION OF CONTENT-INDETERMINACY 75 3.6 EPISTEMIC STRUCTURALISM: PROBLEMS AND PROPOSI- TIONS IN RETROSPECT 76 CHAPTER 4 / ON THE IMPOSSIBILITY OF ANY EN TERPRISE CONCERNING SELF-KNOWLEDGE WITHIN TRADITIONAL EPISTEMOLOGY 81 4.1 THE TRADmONAL DOCTRINE OF SELF-KNOWLEDGE AND THE CONCEPT OF A PERSON 81 4.2 THE IMPOSSIBILITY OF ANY ENTERPRISE CONCERNING SELF-KNOWLEDGE WITHIN TRADmONAL EPISTEMOL- OGY 82 TABLE OF CONTENTS ix 4.3 FIRST-PERSON PSYCHOLOGICAL SENTENCES: SELF CONSCIOUSNESS, OBJECTIVE KNOWLEDGE AND HUMAN INTERACTION 85 4.4 PERSONS AS A SUBJECT OF OBJECTIVE KNOWLEDGE 91 4.5 THE PHILOSOPHICAL SIGNIFICANCE OF SCEPTICISM IN HUME AND WITTGENSTEIN 92 4.6 THE 'PRIVATE LANGUAGE' VERSION OF THE PROBLEM OF SELF-KNOWLEDGE 95 PART TWO CHAPTER 5 I METHODOLOGICAL ESSENTIALISM IN SCIENCE AND IN PHILOSOPHY 99 5.1 METHODOLOGICAL CONVENTIONALISM IN SCIENCE AND IN PHILOSOPHY 99 5.1.1. On the Subjects of Objective Knowledge and Camap's Method- ological Conventionalism 101 5.1.2. Science and Popper's Methodological Conventionalism 106 5.2 ESSENTIALISM IN PHILOSOPHY: POPPER'S AND WITT- GENSTEIN'S CRITICISM 115 5.2.1. Philosophy of Science and Methodological Conventionalism of Popper 117 5.2.2. Conventionalism and the Game-Theoretic Conception of Science 121 5.2.3. The Tension between Objectivism and Conventionalism 122 5.2.4. Kuhn, Lakatos and Feyerabend 126 5.2.5. Later Wittgenstein's Philosophy of Language: Criticism 132 5.3 MODELS THAT FAMILIARIZE AND MODELS THAT FOR MALIZE: METHODOLOGICAL ESSENTIALISM IN RETRO- SPECT 147 CHAPTER 6 I OF VARIANCE AND INVARIANCE IN SCIENCE: EMPIRICAL SCIENCE AS AN ENTER- PRISE COMPRISING NFCPS SYSTEMS 151 6.1 THE PROBLEM OF THE CONDmONS OF OBJECTIVE KNOWLEDGE 151 6.2 THE STRUCTURAL-DYNAMICAL ASSUMPTIONS AND THE IDEAL TYPE ASSUMPTIONS IN THE INDIVIDUAL SCIENCES 153 x TABLE OF CONTENTS 6.2.1. The Subject-Specific Assumptions in the Individual Sciences: Some Case-Studies 156 6.3 THE SUBJECT-SPECIFIC METHODOLOGICAL PROBLEMS OF THEORY-CONSTRUCTION AND PROBLEM-FORMU- LATION 167 6.4 TWO CONCEPTS OF INVA RIANCE: THE PROBLEM OF THEORETICAL UNIVERSALS 169 6.5 THE NATURE OF METHODOLOGICAL VARIANCE: SCIEN TIFIC REVOLUTIONS AS A FUNCTION OF WORKING BACKWARDS FROM RULE-ENTANGLEMENT 173 6.5.1. Of the Asymmetry between Scientific and Political Revolu- tions 174 6.5.2. Philosophy as a Higher-Order Enterprise: Against the Under- Labourer Conception 184 6.5.3. The Demarcation Problem: Empirical Science Viewed as a Game of Conjectures and Refutations 187 6.5.4. Methodological Aspects of Science as an Enterprise Compris- ing NFCPS Systems 189 CHAPTER 7 I FALSIFIABILITY AND METHODOLOG- ICAL INVA RIANCE IN SCIENCE 198 7.1 THE PRINCIPLE OF FALSIFIABILITY 198 7.1.1. The Argument from Logical Form 199 7.1.2. The Argument from Methodological Conventionalism 203 7.2 THEORETICAL UNIVERSALS: METHODOLOGICAL IN- VARIANCE IN SCIENCE 206 7.2.1. Epistemic Structuralism and the Problem of Demarcating Science from Non-Science 212 CHAPTER 8 I THE METHODOLOGY OF THEORY- PROBLEM INTERACTIVE SYSTEMS 214 8.1 THE QUESTION OF THE NATURE OF A FALSIFIABLE THEORY 214 8.2 HOW SIMPLE IS THEORETICAL SIMPLICITY? 216 8.2.1. Problems of Simplicity: Different Approaches 216 8.2.2. The Probabilistic Model of Simplicity 230 8.2.3. The Popperian Model of Simplicity 231 8.2.4. Elliot Sober's Model of Simplicity 232 8.2.5. Re-Ordering Theoretical Simplicity: Towards an Interaction- Theoretic Model 234 TABLE OF CONTENTS Xl 8.3 METHODOLOGICAL IMPUCATIONS OF EPISTEMIC STRUC TURAUSM 245 8.4 WHAT IS WRONG WITH mE RECEIVED VIEWS ON mE METHODOLOGY OF SCIENCE? 247 8.5 mEORETICAL UNIVERSALS AND mE PRINCIPLE OF mE RESOLVING POWER OF A SCIENTIFIC mEORY 254 8.6 mE METHODOLOGY OF THEORY-PROBLEM INTERAC- TIVE SYSTEMS 257 CHAPTER 9 / THE RESOLVING POWER OF A SCIEN TIFIC THEORY AS A BASIS OF ITS EPISTEMIC APPRAISAL 265 9.1 METHODOLOGICAL VARIANCE: FROM NEWTONIAN TO EINSTEINIAN mEORY-PROBLEM INTERACTIVE SYSTEMS 265 9.2 mE NATURE OF NOVEL PREDICTION: TWO CONCEPTS OF THE PREDICTIVE POWER OF A SCIENTIFIC THEORY 296 9.3 mE METHODOLOGICAL ROLE OF PHYSICAL mEORY IN RELATIVISTIC COSMOLOGY 309 9.4 mE RESOLVING POWER OF A SCIENTIFIC mEORY AS A BASIS OF ITS EPISTEMIC APPRAISAL 314 CHAPTER 10/ EPILOGUE 327 NOTES 363 INDEX OF SYMBOLS 413 INDEX OF NAMES 414 INDEX OF SUBJECTS 418

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For a philosopher with an abiding interest in the nature of objective knowledge systems in science, what could be more important than trying to think in terms of those very subjects of such knowledge to which men like Galileo, Newton, Max Planck, Einstein and others devoted their entire lifetimes? I
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