PHILOSOPHY AND FOUNDATIONS OF PHYSICS
GENERAL:
CAUSALITY: NET ADVANCE OF PHYSICS: CP Violation CP VIOLATIONS: B Decays, Flavour Mixings and CP Violation in the Standard Model, by A. Ali, 96/06 CP Violation: A Theoretical Review, by R. D. Peccei, 95/08 Rare b Decays, by Stephen Playfer and Sheldon Stone, 95/05 Overview of Kaon Decay Physics, by R. D. Peccei, 95/04 Review of CP Violation Studies with B-Mesons at LHC, by Tatsuya Nakada, 95/02 CP Violations in B Decays at Hadron Colliders, by G. Nardulli, 93/03 INTERPRETATION OF QUANTUM MECHANICS: Copenhagen Interpretation: The Copenhagen Interpretation, by John G. Cramer, 86/07 Decohering Histories: Quantum Logic and Decohering Histories, by C. J. Isham, 95/06 The Quest for Quantum Gravity, by G. Au, 95/06 Review of R. Omnes' Interpretation of Quantum Mechanics, by Robert B. Griffiths, 95/05 The Decoherent Histories Approach to Quantum Mechanics, by J. J. Halliwell, 94/07 EPR Paradox and Bell's Theorem: Lecture on the Einstein-Podolsky-Rosen Paper, by Jack Sarfatti Hidden Variable Theories: David Bohm Homepage, by William van den Heuvel A Survey on Bohmian Mechanics, by K. Berndl et al., 95/04 The Bohm Approach to Cavity Quantum Scalar Field Dynamics, by M. M. Lam and Chris Dewdney, Part I: The Free Field, 93/03 Part II: The Interaction Of The Field With Matter, 93/05 De Broglie, Bohm and the Boson, by Chris Dewdney and George Horton, 95/01 Lecture on the Bohm Theory, by Jack Sarfatti (.pdf file) Many Worlds Interpretation: Many Worlds Quantum Theory, by Tony Smith Transactional Interpretation: The Transactional Interpretation of Quantum Mechanics, by John C. Cramer, 86/07 SPACETIME STRUCTURE: The Quest for Quantum Gravity, by G. Au, 95/06 The Small Scale Structure of Space-Time, by Phil E. Gibbs, 95/06 NET ADVANCE OF PHYSICS: Cosmology NET ADVANCE OF PHYSICS: General Relativity TIME: NET ADVANCE OF PHYSICS: Causality NET ADVANCE OF PHYSICS: Reversibility To contribute to this page, write Norman Redington, redingtn@mit.edu RETURN TO NET ADVANCE OF PHYSICS HOMEPAGE
CP VIOLATIONS: B Decays, Flavour Mixings and CP Violation in the Standard Model, by A. Ali, 96/06 CP Violation: A Theoretical Review, by R. D. Peccei, 95/08 Rare b Decays, by Stephen Playfer and Sheldon Stone, 95/05 Overview of Kaon Decay Physics, by R. D. Peccei, 95/04 Review of CP Violation Studies with B-Mesons at LHC, by Tatsuya Nakada, 95/02 CP Violations in B Decays at Hadron Colliders, by G. Nardulli, 93/03 INTERPRETATION OF QUANTUM MECHANICS: Copenhagen Interpretation: The Copenhagen Interpretation, by John G. Cramer, 86/07 Decohering Histories: Quantum Logic and Decohering Histories, by C. J. Isham, 95/06 The Quest for Quantum Gravity, by G. Au, 95/06 Review of R. Omnes' Interpretation of Quantum Mechanics, by Robert B. Griffiths, 95/05 The Decoherent Histories Approach to Quantum Mechanics, by J. J. Halliwell, 94/07 EPR Paradox and Bell's Theorem: Lecture on the Einstein-Podolsky-Rosen Paper, by Jack Sarfatti Hidden Variable Theories: David Bohm Homepage, by William van den Heuvel A Survey on Bohmian Mechanics, by K. Berndl et al., 95/04 The Bohm Approach to Cavity Quantum Scalar Field Dynamics, by M. M. Lam and Chris Dewdney, Part I: The Free Field, 93/03 Part II: The Interaction Of The Field With Matter, 93/05 De Broglie, Bohm and the Boson, by Chris Dewdney and George Horton, 95/01 Lecture on the Bohm Theory, by Jack Sarfatti (.pdf file) Many Worlds Interpretation: Many Worlds Quantum Theory, by Tony Smith Transactional Interpretation: The Transactional Interpretation of Quantum Mechanics, by John C. Cramer, 86/07 SPACETIME STRUCTURE: The Quest for Quantum Gravity, by G. Au, 95/06 The Small Scale Structure of Space-Time, by Phil E. Gibbs, 95/06 NET ADVANCE OF PHYSICS: Cosmology NET ADVANCE OF PHYSICS: General Relativity TIME: NET ADVANCE OF PHYSICS: Causality NET ADVANCE OF PHYSICS: Reversibility To contribute to this page, write Norman Redington, redingtn@mit.edu RETURN TO NET ADVANCE OF PHYSICS HOMEPAGE
INTERPRETATION OF QUANTUM MECHANICS: Copenhagen Interpretation: The Copenhagen Interpretation, by John G. Cramer, 86/07 Decohering Histories: Quantum Logic and Decohering Histories, by C. J. Isham, 95/06 The Quest for Quantum Gravity, by G. Au, 95/06 Review of R. Omnes' Interpretation of Quantum Mechanics, by Robert B. Griffiths, 95/05 The Decoherent Histories Approach to Quantum Mechanics, by J. J. Halliwell, 94/07 EPR Paradox and Bell's Theorem: Lecture on the Einstein-Podolsky-Rosen Paper, by Jack Sarfatti Hidden Variable Theories: David Bohm Homepage, by William van den Heuvel A Survey on Bohmian Mechanics, by K. Berndl et al., 95/04 The Bohm Approach to Cavity Quantum Scalar Field Dynamics, by M. M. Lam and Chris Dewdney, Part I: The Free Field, 93/03 Part II: The Interaction Of The Field With Matter, 93/05 De Broglie, Bohm and the Boson, by Chris Dewdney and George Horton, 95/01 Lecture on the Bohm Theory, by Jack Sarfatti (.pdf file) Many Worlds Interpretation: Many Worlds Quantum Theory, by Tony Smith Transactional Interpretation: The Transactional Interpretation of Quantum Mechanics, by John C. Cramer, 86/07 SPACETIME STRUCTURE: The Quest for Quantum Gravity, by G. Au, 95/06 The Small Scale Structure of Space-Time, by Phil E. Gibbs, 95/06 NET ADVANCE OF PHYSICS: Cosmology NET ADVANCE OF PHYSICS: General Relativity TIME: NET ADVANCE OF PHYSICS: Causality NET ADVANCE OF PHYSICS: Reversibility To contribute to this page, write Norman Redington, redingtn@mit.edu RETURN TO NET ADVANCE OF PHYSICS HOMEPAGE
SPACETIME STRUCTURE: The Quest for Quantum Gravity, by G. Au, 95/06 The Small Scale Structure of Space-Time, by Phil E. Gibbs, 95/06 NET ADVANCE OF PHYSICS: Cosmology NET ADVANCE OF PHYSICS: General Relativity TIME: NET ADVANCE OF PHYSICS: Causality NET ADVANCE OF PHYSICS: Reversibility To contribute to this page, write Norman Redington, redingtn@mit.edu RETURN TO NET ADVANCE OF PHYSICS HOMEPAGE
TIME: NET ADVANCE OF PHYSICS: Causality NET ADVANCE OF PHYSICS: Reversibility To contribute to this page, write Norman Redington, redingtn@mit.edu RETURN TO NET ADVANCE OF PHYSICS HOMEPAGE
To contribute to this page, write Norman Redington, redingtn@mit.edu