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Jeffrey Barrett Presents The Most Comprehensive Study Yet Of A Problem That Has Puzzled Physicists And Philosophers Since The 1930s. The Standard Theory Of Quantum Mechanics Is In One Sense The Most Successful Physical Theory Ever, Predicting The Behaviour Of The Basic Constituents Of All Physical Things; No Other Theory Has Ever Made Such Accurate Empirical Predictions. However, If One Tries To Understand The Theory As Providing A Complete And Accurate Framework For The Description Of The Behaviour Of All Physical Interactions, It Becomes Evident That The Theory Is Ambiguous, Or Even Logically Inconsistent. The Most Notable Attempt To Formulate The Theory So As To Deal With This Problem, The Quantum Measurement Problem, Was Initiated By Hugh Everett Iii In The 1950s. Barrett Gives A Careful And Challenging Examination And Evaluation Of The Work Of Everett And Those Who Have Followed Him. His Informal Approach, Minimizing Technicality, Will Make The Book Accessible And Illuminating For Philosophers And Physicists Alike. Anyone Interested In The Interpretation Of Quantum Mechanics Should Read It.
This book investigates the logical inconsistencies and ambiguities inherent in the standard theory of quantum mechanics, specifically focusing on the quantum measurement problem. Jeffrey A. Barrett, a scholar in the philosophy of physics, evaluates the historical and theoretical development of the Everettian interpretation. By examining the work of Hugh Everett III and his successors, the author provides a framework for understanding how quantum mechanics can be reconciled with a complete description of physical interactions.
What You Will Find
Scope Limits
Experts and academics recognize this work as a significant contribution to the philosophy of quantum mechanics, particularly for its clear articulation of the measurement problem. Readers frequently note that the text successfully balances conceptual depth with an accessible prose style suitable for both physicists and philosophers.
Page Count:
286
Publication Date:
1999-01-01
Publisher:
Oup Oxford
ISBN-10:
0191583251
ISBN-13:
9780191583254
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