This text was prepared and used in a two-quarter course for graduate electrical-engineering and materials-science stuents at Stanford University. The aim of the course was to teach those part of quantum mechanics which an engineer might need or find useful in his profession. |
| ⅰ the basic approach 1. foundations 2. simple cases 3. hamiltonian mechanics ⅱ electronic structure 4. atoms 5. molecules 6. crystals ⅲ time dependence 7. transitions 8. tunneling 9. transition rates 10. statistical mechanics 11. transport theory 12. noise 13. energy bands 14. electron dynamics 15. lattice vibrations ⅳ statistical physics 16. operators . 17. phonons 18. photons 19. coherent states ⅴ quantum optics 20. coulomb effects 21. cooperative phenomena 22. magnetism 23. shake-off excitations epilogue exercises references subject index |
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