Philosophy of Physics: Quantum Theory (Princeton Foundations of Contemporary Philosophy) eBook –

Short version This is now the first book I recommend for those trying to understand quantum theory at the level of an advanced undergraduate or beginning graduate student in philosophy I have already given a second copy to a friend Longer version The book s concreteness and it s avoidance of unnecessary mathematics make it very suitable for those without much background in quantum mechanics Not only does Maudlin introduce quantum mechanics with eight experiments, as others have mentioned, but he also explains how Bohmian mechanics and GRW account for these phenomena He first introduces the essentials of the standard quantum recipe for making predictions without invoking eigenvalues, eigenvectors, or Hermitian operators, making the book accessible to those without a background in Linear Algebra.Maudlin also covers topics that should interest people who are familiar with the basic moves in understanding QM, including the PBR theorem, typicality approaches to probability in Bohmian mechanics, and approaches where low dimensional objects emerge as patterns in the quantum state The book ends with excellent discussions of the probability problem for Many Worlds and how to extend GRW theories and Bohmian mechanics to a relativistic setting. What I really appreciate about this book is how Tim Maudlin deftly uses the three different types of quantum mechanics theories Bohmian mechanics, collapse theories, and many worlds theories to introduce essential philosophy of physics concepts at points where the reader will most fully comprehend their importance For instance, one might have chosen to discuss the problem of local beables before discussing the three types of theories, since the problem of local beables is a problem that any quantum theory must grapple with However, Tim Maudlin introduced the problem while discussing collapse theories, and the choice works nicely because it gives the reader a definite theory to picture in their mind rather than forcing the reader to try to immediately grasp the importance of local beables on an abstract level. A Sophisticated And Original Introduction To The Philosophy Of Quantum Mechanics From One Of The World S Leading Philosophers Of Physics In This Book, Tim Maudlin, One Of The World S Leading Philosophers Of Physics, Offers A Sophisticated, Original Introduction To The Philosophy Of Quantum Mechanics The Briefest, Clearest, And Most Refined Account Of His Influential Approach To The Subject, The Book Will Be Invaluable To All Students Of Philosophy And Physics Quantum Mechanics Holds A Unique Place In The History Of Physics It Has Produced The Most Accurate Predictions Of Any Scientific Theory, But, Astonishing, There Has Never Been Any Agreement About What The Theory Implies About Physical Reality Maudlin Argues That The Very Term Quantum Theory Is A Misnomer A Proper Physical Theory Should Clearly Describe What Is There And What It Does Yet Standard Textbooks Present Quantum Mechanics As A Predictive Recipe In Search Of A Physical Theory In Contrast, Maudlin Explores Three Proper Theories That Recover The Quantum Predictions The Indeterministic Wavefunction Collapse Theory Of Ghirardi, Rimini, And Weber The Deterministic Particle Theory Of DeBroglie And Bohm And The Conceptually Challenging Many Worlds Theory Of Everett Each Offers A Radically Different Proposal For The Nature Of Physical Reality, But Maudlin Shows That None Of Them Are What They Are Generally Taken To Be