Theoretical Knowledge

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Format: Hardcover
Pub. Date: 2005-08-15
Publisher(s): Kluwer Academic Pub
List Price: $267.47

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Summary

In Theoretical Knowledge an original conception of a structure and dynamics of scientific knowledge is proposed. A detailed analysis of the foundations of science performed by the author allowed him to develop new ideas and approaches, to demonstrate how sociocultural factors are incorporated in the process of yielding of new theories. He shows direct and inverse links between foundations of science and new theories and empirical facts evolved from those, how among many potentially possible histories of science a culture selects just those directions which become a real history of science.The author analyses mechanisms of the generation of scientific theories and shows that those are changed in the process of historical development of science. He displays three historical types of scientific rationality (classical, non-classical and post-non-classical, which appears in modern science) and shows features of their coexistence and interplay. It is shown that along with the emerging of post-non-classical rationality science increases the sphere of its worldview applications. Science begins to correlate not only with the basic values of technogenic civilization but also with some values and patterns of traditional cultures.The investigation is based on the extensive literature on the history of natural and social sciences. The reader will find in the book authentic historical reconstructions of the processes of the development of classical and quantum electrodynamics, relativity, and conceptions of evolution in biology.

Author Biography

Vyacheslav Stepin is a Honoured Professor of Moscow State University and Honorary Doctor of the Karlsruhe University (Germany).

Table of Contents

Preface to the English Edition ix
Preface xi
Scientific cognition in a sociocultural context
1(44)
Science in the technogenic civilization culture
1(9)
Traditional and technogenic civilizations
1(6)
Global crises and the problem of the scientific-technical progress value
7(3)
Specificity of scientific cognition
10(10)
Main distinctive features of science
10(5)
Scientific and common cognition
15(5)
Genesis of scientific cognition
20(25)
Pre-science and developing science
20(4)
Spiritual revolution of antiquity
24(6)
Birth of the empirical sciences
30(15)
Structure of theoretical knowledge
45(46)
Abstract objects of theory and their systemic organization
45(8)
Theoretical scheme and mathematical apparatus
53(6)
A theoretical scheme's role in deductive unfolding of a theory
59(9)
Theoretical schemes and experience. Operational status of theoretical schemes
68(23)
The foundations of science
91(62)
Scientific picture of the world
93(24)
Worldview, philosophy, scientific picture of the world
93(5)
Historical evolution of the notion of the ``scientific picture of the world''
98(11)
The picture of the world in a system of scientific knowledge
109(8)
Ideals, Norms and Philosophical Foundations of Science
117(36)
The ideals and norms of investigation
117(14)
Philosophical foundations of science
131(22)
Genesis of theoretical knowledge in classical science
153(54)
Scientific picture of the world and ekerience
154(10)
Genesis of the primary theoretical models of classical science
164(22)
Formation of theoretical scheme as a hypothesis
164(14)
Justification and transformation of a hypothesis in a theoretical model of an object
178(8)
Constructing a developed theory in the classical science
186(21)
Formation and development of theory in non-classical science
207(76)
Mathematical hypothesis and its empirical justification
207(15)
Peculiarities of modern forms of physical picture of the world and their role in putting forward mathematical hypotheses
208(9)
The problem of empirical verification of a mathematical hypothesis
217(5)
How a Developed Theory Is Formed In Modern Science
222(43)
The main stages of development of the mathematical apparatus of quantum electrodynamics
225(2)
Quantum mechanical picture of the world and its role in forming the mathematical apparatus of quantum electrodynamics
227(2)
Paradoxes of the theory created and the problem of interpretation
229(5)
Idealized procedures of field measuring and interpretation of the apparatus of quantum electrodynamics (the initial idea of Bohr-Rosenfeld procedures)
234(7)
Reconstruction of the theoretical model of quantized electromagnetic field and justification of its consistency
241(4)
The proof of measurability of quantized radiation fields
245(12)
Intermediate interpretations of apparatus of modern physical theory as a condition of its development
257(8)
Mutual connection of genesis and functioning of a theory. The constructibility principle
265(18)
Scientific revolutions
283(58)
Science in the technogenic civilization culture
283(1)
Intradisciplinary revolutions
284(23)
Paradoxes and problem situations as premises of a scientific revolution
284(5)
Heuristic role of methodological schemes
289(5)
Philosophical premises of reconstruction of foundation of science
294(6)
From methodological ideas to theory and a new picture of the world
300(7)
Scientific revolutions and interdisciplinary interactions
307(17)
Global scientific revolutions as change of rationality type
324(17)
Scientific revolution as choice of new investigation strategies. Potential histories of science
324(4)
Global scientific revolutions: from classical to post-non-classical science
328(13)
Strategies of theoretical investigation in the epoch of post-non-classical science
341(32)
Universal evolutionism as foundation of the modern scientific picture of the world
341(15)
Scientific picture of the world and new worldview reference points of civilization development
356(17)
Conclusion 373(8)
References 381(14)
Subject index 395

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