Concepts of Space: The History of Theories of Space in PhysicsAlthough the concept of space is of fundamental importance in both physics and philosophy, until the publication of this book, the idea of space had never been treated in terms of its historical development. It remained for Dr. Jammer, noted scholar and historian of science, to trace the evolution of the idea of space in this comprehensive, thought-provoking study. The focus of the book is on physical, rather than metaphysical, ideas of space; however, philosophical or theological speculations are discussed when relevant. The author has also given special attention to the cultural settings in which the theories developed. Following a Foreword by Albert Einstein and an introductory chapter on the concept of space in antiquity, subsequent chapters consider Judaeo-Christian ideas about space, the emancipation of the space concept from Aristotelianism, Newton's concept of absolute space and the concept of space from the eighteenth century to the present. For this third edition, Dr. Jammer has contributed an extensive new chapter six, reviewing the numerous and profound changes in the philosophy of space since the publication of the second edition. An abundance of meticulously documented quotations from original sources and numerous bibliographic references make this an exceptionally well-documented book. It is essential reading for philosophers, physicists, and mathematicians, but even nonprofessional readers will find it accessible. |
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Concepts of Space: The History of Theories of Space in Physics: Third ... Max Jammer Limited preview - 2013 |
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absolute motion absolute space according Albert Einstein argument Aristotelian Aristotle Aristotle's assumption atoms cabalistic Cambridge Campanella century chapter classical conceived concept of absolute concept of space coördinate system cosmology Crescas curvature Damascius Descartes determined diffeomorphism dimensionality distance doctrine dynamical earth edition Einstein elementary particles empty space Euclidean geometry experience extension fact field equations finite forces fundamental geodesic gravitational Grünbaum Huygens Ibid idea inertial system infinite Kalam Kant Kant's Leibniz Leipzig light logical Mach's Principle manifold mathematical matter measure metaphysical metric metric tensor modern motu move Newton Newtonian non-Euclidean geometry objects particles Patritius Philoponus philosophy of science philosophy of space physical space possible postulate Principia problem of space purely quantum mechanics Raum reference relation relationism relative motion relativistic Riemann Riemannian rotation Simplicius space-time spatial structure of space surface tensor theory of relativity theory of space things thought three-dimensionality tion University Press void Weyl
