Sherburne has the two-fold purpose of framing an aesthetic theory which gains its coherence and clarity by its derivation from a speculative system, and of exploring the adequacy of that system by applying it to one dimension of experience. He begins by developing clearly the categorial notions of Whitehead's mature philosophy and exhibiting them as integral parts of the speculative scheme, and in some cases revising and reformulating them significantly. Using this material, he then frames an aesthetic theory treating such (...) questions as the ontological status of a work of art, aesthetic experience, and artistic creation. A well-written study that illuminates some of the more difficult aspects of Whitehead's thought, and contributes to the discussion of the metaphysical issues of aesthetics.--B. J. H. (shrink)

A clear presentation and exploration of the philosophical implications of the classical picture of the physical world and the ways in which contemporary physics has changed it. Capek argues that physics has now moved from a universe governed by a "timeless world formula" toward a world which is irreversible and incomplete, where "becoming has been re-instated." The author's careful attention to the differences between the special and general theories of relativity helps to clear up important misconceptions about the space-time continuum (...) and the "dilatation" of time. Capek is more successful in explaining and clarifying physics than he is in assessing its precise philosophic impact.--B. J. H. (shrink)

This lucid and compact book contains a forceful critique of the "wave-particle duality" interpretations of quantum theory, and a unitary particle theory which explains the quantum rules in terms of non-quantal axioms. To speak of a wave-particle duality, says Landé, is to speak of an abstraction and a real thing as if they were on a level of parity; and he takes Born's statistical interpretation of quantum phenomena as evidence that a unitary particle theory is needed. The problem then is (...) to explain why particles obey quantum laws of interference and h-dominated periodicity. Although much of the book assumes knowledge of mathematics and physics, many sections require no scientific background; and in the more technical sections there are frequent summaries which state the arguments and conclusions in a non-mathematical way. An incisive and provocative work which deserves to be widely read.--B. J. H. (shrink)