Ray examines the central questions that arise from the ideas of Einstein, Leibniz and Newton.

This book provides a comprehensive, up-to-date and accessible introduction to the philosophy of space and time. Ray considers in detail the central questions of space and time which arizse from the ideas of Zeno, Newton, Mach, Leibniz and Einstein. _Time, Space and Philosophy_ extends the debate in many areas:absolute simultaneity is examined as well as black holes, the big bang and even time travel. _Time, Space and Philosophy_ will be invaluable to the student of philosophy and science and will be (...) of considerable interest to mathematics students. The clear, non-technical approach should also make it suitable to for the general reader. (shrink)

Logical positivism and the Vienna Circle are almost synonymous. The Vienna Circle grew in strength throughout the 1920s, attracting philosophers such as Rudolf Carnap, Friedrich Waismann, and Otto Neurath and mathematicians and scientists such as Kurt Gödel and Hans Hahn. It started as an intellectual club (initially known as the Ernst Mach Society), with Moritz Schlick, Professor of Philosophy at the University of Vienna, as its leading light. As the club debated and discussed problems in science, logic, and philosophy, a (...) definite consensus emerged. The members of the Vienna Circle were bound, initially at least, by commitments, to. (shrink)

In 1920, the eminent British astronomer and scientist Sir Arthur Eddington proclaimed that “Albert Einstein has provoked a revolution of thought in physical science” (p. vii). The preceding 15 years had seen historic scientific advances in three fields: quantum theory, relativistic kinematics, and gravitation. The genius of Einstein (1879–1955) had been perhaps the most important element in the early development of these fields. The year 1905 is often said to be Einstein's “annus mirabilis” ‐ a truly miraculous year in which (...) he published some 25 scientific articles including not only the landmark paper introducing the special theory of relativity, but also some quite remarkable contributions to quantum theory (see, e.g., Lanczos 1974, preface). By 1918, Einstein had extended the ideas involved in relativity to the problem of gravitation, and had laid the foundations for some astonishing discoveries in cosmology, with recent research into black holes and the big bang owing much to his pioneering work on the large‐scale structure of the universe. Einstein had a tremendous and lasting influence on the scientific community; but he also captured the public imagination ‐ and the attention of many leading twentieth‐century philosophers. (shrink)

This book provides a comprehensive, up-to-date and accessible introduction to the philosophy of space and time. Ray considers in detail the central questions of space and time which arizse from the ideas of Zeno, Newton, Mach, Leibniz and Einstein. _Time, Space and Philosophy_ extends the debate in many areas:absolute simultaneity is examined as well as black holes, the big bang and even time travel. _Time, Space and Philosophy_ will be invaluable to the student of philosophy and science and will be (...) of considerable interest to mathematics students. The clear, non-technical approach should also make it suitable to for the general reader. (shrink)