An essential resource for those interested in the theory and applications of quantum information. This book demystifies quantum resource theories, from entanglement to thermodynamics, making cutting-edge topics accessible. With over 760 exercises expanding key concepts, students and researchers will gain an unrivalled understanding of the topic.
An essential resource for those interested in the theory and applications of quantum information. This book demystifies quantum resource theories, from entanglement to thermodynamics, making cutting-edge topics accessible. With over 760 exercises expanding key concepts, students and researchers will gain an unrivalled understanding of the topic.
Gilad Gour is a Professor at the Technion- Israel Institute of Technology, Haifa. Awarded the Katzir Prize for his Ph.D. on black holes, he now pioneers in quantum information, significantly contributing to entanglement theory, quantum thermodynamics, and foundational science. Professor Gour has been recognized with the Early Career and Teaching Excellence Award.
Inhaltsangabe
1. Introductory material Part I. Preliminaries: 2. Elements of quantum mechanics I: closed systems 3. Elements of quantum mechanics II: open systems Part II. Tools and Methods: 4. Majorization 5. Divergences and distance measures 6. Entropies and relative entropies 7. Conditional entropy 8. The asymptotic regime Part III. The General Framework: 9. Static quantum resource theories 10. Quantification of quantum resources 11. Manipulation of resources Part IV. Entanglement Theory: 12. Pure0state entanglement 13. Mixed-state entanglement 14. Multipartite entanglement Part V. Additional Examples of Static Resource Theories: 15. The resource theory of asymmetry 16. The resource theory of nonuniformity 17. Quantum thermodynamics Appendices.
1. Introductory material Part I. Preliminaries: 2. Elements of quantum mechanics I: closed systems 3. Elements of quantum mechanics II: open systems Part II. Tools and Methods: 4. Majorization 5. Divergences and distance measures 6. Entropies and relative entropies 7. Conditional entropy 8. The asymptotic regime Part III. The General Framework: 9. Static quantum resource theories 10. Quantification of quantum resources 11. Manipulation of resources Part IV. Entanglement Theory: 12. Pure0state entanglement 13. Mixed-state entanglement 14. Multipartite entanglement Part V. Additional Examples of Static Resource Theories: 15. The resource theory of asymmetry 16. The resource theory of nonuniformity 17. Quantum thermodynamics Appendices.
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