
2. Quantum Dynamics
3. Theory Of Angular Momentum
4. Symmetry And Conservation Laws
5. Scattering Theory
6. Approximation Methods
7. Identical Particles
8. Relativistic Wave Equations
9. Solution To Problems
The importance of problem-solving in understanding the principles and applications of quantum mechanics cannot be over-emphasized. As such, the book will be a valuable tool for the students of quantum mechanics. In this book includes 8 chapters entitled: Linear Vector Spaces, Quantum Dynamics, Theory of Angular Momentum, Symmetry and Conservation Laws, Scattering Theory, Approximation Methods, Identical Particles, and Relativistic Wave Equations. Each chapter consists of a list of problems preceded by a brief write-up on the topic of the chapter.
| s v blakeslee deepa sn sudarshan s rynearson edward k m d vajpayee atal bihari | patanjali trans by shyam ranganathan g ramesh babu v gangadhar kahlid hasan nigel watling sivanandam sn |