The essays in this volume were written by leading researchers on classical mechanics, statistical mechanics, quantum theory and relativity. The papers cover a number of central topics in the foundations of physics, including the role of symmetry principles in classical and quantum physics (papers by Butterfield and by Healey), Einstein's hole argument in general relativity (Korte), quantum mechanics and special relativity (Hemmo and Berkovitz, Brown and Timpson), quantum correlations (Glymour, Redei), quantum logic (Demopoulos, Isham, Stairs), and quantum probability and information (Gudder, Pitowsky). The authors - philosophers, physicists, and mathematicians - represent a broad spectrum of approaches to foundational issues at the frontiersof contemporary research. This befits a volume in honor of Jeffrey Bub, one of the leading philosophers of physics of the last thirty years, whose influence on the field is evident all the essays collected for this volume.

Preface A new modal interpretation of quantum mechanics in terms of relational properties Joseph Berkovitz and Meir Hemmo Why special relativity should not be a template for a reformulation of quantum mechanics Harvey Brown and Chris Timpson On symmetries and conserved quantities in classical mechanics Jeremy Butterfield On the notion of a physical theory of an incompletely knowable domain William Demopoulos Markov properties and quantum experiments Clark Glymour Quantum entropy Stan Gudder Symmetry and the scope of scientific realism Richard Healey Is it true or is it false; or somewhere in between? The logic of quantum mechanics C.J. Isham Einstein¿s hole argument and Weyl¿s field-body relationalism Herbert Korte Quantum mechanics as a theory of probability Itamar Pitowsky John von Neumann on quantum correlations Miklos Redei Kriske, Tupman and quantum logic: The quantum logician''s conundrum Allen Stairs Bibliography of the publications of Jeffrey Bub to 2006 Index