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《多粒子物理学(第3版)》附有大量的习题和丰富的参考文献，是高年级本科生、研究生和科研人员学习固态多体理论和格林函数方法优秀的参考书。 |
| Gerald D. Mahan，1964年在美国加利福尼亚大学伯克利分校获博士学位。现在是美国宾夕法尼亚州立大学物理系杰出教授。在量子多体理论和输运性质等领域做出了杰出的贡献。... .. << 查看详细 |
| 1. introductory material 1.1. harmonic oscillators and phonons 1.2. second quantization for particles 1.3. electron-phonon interactions 1.3.1. interaction hamiltonian 1.3.2. localized electron 1.3.3. deformation potential 1.3.4. piezoelectric interaction 1.3.5. polar coupling 1.4. spin hamiltonians 1.4.1. homogeneous spin systems 1.4.2. impurity spin models 1.5. photons 1.5.1. gauges 1.5.2. lagrangian 1.5.3. hamiltonian 1.6. pair distribution function problems 2. green's functions at zero temperature. 2.1. interaction representation . 2.1.1. schr6dinger 2.1.2. heisenberg 2.1.3. interaction 2.2. s matrix 2.3. green's functions 2.4. wick's theorem 2.5. feynman diagrams 2.6. vacuum polarization graphs 2.7. dyson's equation 2.8. rules for constructing diagrams 2.9. time-loop s matrix 2.9.1. six green's functions 2.9.2. dyson's equation 2.10. photon green's functions problems 3. nonzero temperatures 3.1. introduction 3.2. matsubara green's functions 3.3. retarded and advanced green's functions 3.4. dyson's equation 3.5. frequency summations 3.6. linked cluster expansions 3.6.1. thermodynamic potential 3.6.2. green's functions 3.7. real-time green's functions 3.7.1. wigner distribution function 3.8. kubo formula for electrical conductivity 3.8.1. transverse fields, zero temperature 3.8.2. nonzero temperatures 3.8.3. zero frequency 3.8.4. photon self-energy 3.9. other kubo formulas 3.9.1. pauli paramagnetic susceptibility 3.9.2. thermal currents and onsager relations 3.9.3. correlation functions problems 4. exactly solvable models 4.1. potential scattering 4.1.1. reaction matrix 4.1.2. t matrix 4.1.3. friedel's theorem 4.1.4. impurity scattering 4.1.5. ground state energy 4.2. localized state in the continuum 4.3. independent boson models 4.3.1. solution by canonical transformation. 4.3.2. feynman disentangling of operators 4.3.3. einstein model 4.3.4. optical absorption and emission 4.3.5. sudden switching …… 5. homogeneous electron gas 6. strong correlations 7. electron-phonon interaction 8. dc conductivities 9. optical properties of solids 10. superconductivity 11. superfluids references author index subject index |
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