Quantum theory, the soul of theoretical physics, is derived in this book from fundamental principles applicable to any physical system. Explaining how to master the principles, and offering a radically new viewpoint inspired by quantum information, this will be of interest to anyone seeking a deeper understanding of the theory.
Quantum theory, the soul of theoretical physics, is derived in this book from fundamental principles applicable to any physical system. Explaining how to master the principles, and offering a radically new viewpoint inspired by quantum information, this will be of interest to anyone seeking a deeper understanding of the theory.Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Giacomo Mauro D'Ariano is a Professor at Università degli Studi di Pavia, Italy, where he teaches quantum mechanics and foundations of quantum theory, and leads the Quantum Information Theory (QUIT) group. He is a Fellow of the American Physical Society and of the Optical Society of America, a member of the Academy Istituto Lombardo of Scienze e Lettere, the Center for Photonic Communication and Computing at Northwestern University, Illinois, and the Foundational Questions Institute (FQXi).
Inhaltsangabe
Preface Acknowledgments 1. Introduction Part I. The Status Quo: 2. Quantum theory from Hilbert-spaces Part II. The Informational Approach: 3. The framework 4. The new principles 5. Causal theories 6. Theories with local discriminability 7. The purification principle Part III. Quantum Information without Hilbert Spaces: 8. Encoding information 9. Three no-go theorems 10. Perfectly discriminable states 11. Identifying pure states 12. Diagonalization Part IV. Quantum Theory from the Principles: 13. Conclusive teleportation 14. The qubit 15. Projections 16. The superposition principle 17. Derivation of quantum theory References Index.
Preface Acknowledgments 1. Introduction Part I. The Status Quo: 2. Quantum theory from Hilbert-spaces Part II. The Informational Approach: 3. The framework 4. The new principles 5. Causal theories 6. Theories with local discriminability 7. The purification principle Part III. Quantum Information without Hilbert Spaces: 8. Encoding information 9. Three no-go theorems 10. Perfectly discriminable states 11. Identifying pure states 12. Diagonalization Part IV. Quantum Theory from the Principles: 13. Conclusive teleportation 14. The qubit 15. Projections 16. The superposition principle 17. Derivation of quantum theory References Index.
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