Intended as a comprehensive text for graduate level students pursuing courses in quantum mechanics, this book deals with the underlying principles on both relavistic and non relavistic quantum mechanics. The rigorous mathematical treatment and presentations of problems along with hints, make the text handy for self-study as well as for teachings.
Preface
Chapter 1. : Quantum Theory
Chapter 2. : Postulates of Quantum Mechanics
Chapter 3. : Principles of Quantum Mechanics
Chapter 4. : One-Dimensional Barriers
Chapter 5. : Bound States in One Dimension
Chapter 6. : Motion in Three Dimensions: Angular Momentum
Chapter 7. : Central Potential Problems
Chapter 8. : WKB Approximation
Chapter 9. : Electron in The Electron in The Electromagnetic Field
Chapter 10. : Matrix Representations
Chapter 11. : Spin and Magnetic Moment
Chapter 12. : Addition of Angular Momenta
Chapter 13. : Stationary Perturbation Theory
Chapter 14. : A Realistic Picture of Hydrogen Atom
Chapter 15. : Helium Atom
Chapter 16. : Many-Electron Atom
Chapter 17. : Molecules
Chapter 18. : Time-Dependent Perturbation
Chapter 19. : Spectra of Diatomic Molecules
Chapter 20. : Scattering: Method of Partial Waves
Chapter 21. : Scattering: Method of Perturbation
Chapter 22. : Relativistic Single-Particle Theory : Zero Spin
Chapter 23. : Relativistic Single-Particle Theory : Half-Spin
Chapter 24. : Method of Second Quantization (Non-Relativistic)
Appendix
Index
