Salvatore Esposito is a Professor in the History of Physics and Associate Professor in Theoretical Physics at Istituto Nazionale di Fisica Nucleare. His research interests range from neutrino physics to field theory, and he is considered the world expert on Majorana's work.
Inhaltsangabe
Part I. Introducing the Character: 1. Life and myth 2. The visible side Part II. Atomic Physics: 3. Two-electron problem 4. Thomas-Fermi model Part III. Nuclear and Statistical Physics: 5. Quasi-stationary nuclear states 6. Theory of ferromagnetism Part IV. Relativistic Fields and Group Theory 7. Groups and their applications to quantum mechanics 8. Dirac equations and some alternatives Part V. Quantum Field Theory: 9. Scalar electrodynamics 10. Photons and electrons Part VI. Fundamental Theories and Other Topics: 11. A 'path integral' approach to quantum mechanics 12. Fundamental lengths and times 13. Some more Part VII. Beyond Majorana: 14. Majorana and condensed matter physics 15. Majorana neutrinos and other Majorana particles Appendix References Index.
Part I. Introducing the Character: 1. Life and myth 2. The visible side Part II. Atomic Physics: 3. Two-electron problem 4. Thomas-Fermi model Part III. Nuclear and Statistical Physics: 5. Quasi-stationary nuclear states 6. Theory of ferromagnetism Part IV. Relativistic Fields and Group Theory 7. Groups and their applications to quantum mechanics 8. Dirac equations and some alternatives Part V. Quantum Field Theory: 9. Scalar electrodynamics 10. Photons and electrons Part VI. Fundamental Theories and Other Topics: 11. A 'path integral' approach to quantum mechanics 12. Fundamental lengths and times 13. Some more Part VII. Beyond Majorana: 14. Majorana and condensed matter physics 15. Majorana neutrinos and other Majorana particles Appendix References Index.
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