Table of Contents
Chapter 1. Quantum Mechanics upon Theorems
Chapter 2. Second Quantization Method
Chapter 3. Electron and Phonon in Condensed Matter
Chapter 4. Scattering Theory
Chapter 5. Quantum Relaxation
Chapter 6. Applications in Energy Sources
Chapter 7. Microscopic Superconductivity
Chapter 8. Relativistic Quantum Mechanics
Chapter 9. Bases of Quantum Field Theory
Chapter 10. Fractional Quantum Mechanics upon Theorems
This textbook has the following four prominent characteristics:
1. Easy to understand. For example, the commutation relations of quantum fields and their canonical conjugate momenta are given by a theorem instead of assumption in all other now available textbooks on advanced quantum mechanics and quantum field theory.
2. Exactness. For example, I have never read so exact treatment for the infinite time in scattering processes in all other textbooks.
3. High scientific lever. For example, the explanations for non-Debye relaxation, 1/f noise, and microscopic superconductivity have high scientific level.
4. Enlightenment. For example, the possible energy nonconservation in cold fusion and internal conversion in atomic nuclear offers a few commonplace remarks by way of introduction so that others may come up with valuable opinions. – Chung-yu Wang, Professor of Tsinghua University, Academican of the Academy of Sciences of China
This textbook is written for graduate students of physics. However, this textbook establishes advanced quantum mechanics, and bases of quantum field theory upon theorems, thus all the professional people, groups or institutions will find it useful in their work.