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