Quantum Kinetic Theory and Applications [electronic resource] : Electrons, Photons, Phonons /
Vasko, Fedir T.author.
Raichev, Oleg E.author.
This lecture-style monograph is addressed to several categories of readers. First, it will be useful for graduate students studying theory. Second, the topics covered should be interesting for postgraduate students of various specializations. Third, the researchers who want to understand the background of modern theoretical issues in more detail can find a number of useful results here. The phenomena covered involve kinetics of electron, phonon, and photon systems in solids. The dynamical properties and interactions of electrons, phonons, and photons are briefly described in Chapter 1. Further, in Chapters 2-8, the authors present the main theoretical methods: linear response theory, various kinetic equations for the quasiparticles under consideration, and diagram technique. The presentation of the key approaches is always accompanied by solutions of concrete problems to illustrate ways to apply the theory. The remaining chapters are devoted to various manifestations of quantum transport in solids. The choice of particular topics is determined by their scientific importance and methodological value. The 267 supplementary problems presented in the ends of chapters are offered to guide the reader in self-study. Focusing attention on the methodological aspects and discussing a great diversity of kinetic phenomena, in keeping with the guiding principle "a method is more important than a result", the authors minimize both detailed discussion of physical mechanisms of the phenomena considered and comparison of theoretical results to experimental data.
Description based upon print version of record.
Includes bibliographical references (p. vii-viii) and index.
Elements of Quantum Dynamics -- Electron-Impurity System -- Linear Response Theory -- Bosons Interacting with Electrons -- Interacting Phonon Systems -- Effects of Electron-Electron Interaction -- Non-Equilibrium Electrons -- Non-Equilibrium Diagram Technique -- Kinetics of Bounded Systems -- Quantum Magnetotransport -- Photoexcitation -- Ballistic and Hopping Transport -- Multi-Channel Kinetics -- Fluctuations.
This lecture-style monograph is addressed to several categories of readers. First, it will be useful for graduate students studying theory. Second, the topics covered should be interesting for postgraduate students of various specializations. Third, the researchers who want to understand the background of modern theoretical issues in more detail can find a number of useful results here. The phenomena covered involve kinetics of electron, phonon, and photon systems in solids. The dynamical properties and interactions of electrons, phonons, and photons are briefly described in Chapter 1. Further, in Chapters 2-8, the authors present the main theoretical methods: linear response theory, various kinetic equations for the quasiparticles under consideration, and diagram technique. The presentation of the key approaches is always accompanied by solutions of concrete problems to illustrate ways to apply the theory. The remaining chapters are devoted to various manifestations of quantum transport in solids. The choice of particular topics is determined by their scientific importance and methodological value. The 267 supplementary problems presented in the ends of chapters are offered to guide the reader in self-study. Focusing attention on the methodological aspects and discussing a great diversity of kinetic phenomena, in keeping with the guiding principle "a method is more important than a result", the authors minimize both detailed discussion of physical mechanisms of the phenomena considered and comparison of theoretical results to experimental data.
Solid state physics.
Spectroscopy.
Microscopy.
Elementary particles (Physics).
Quantum field theory.
Quantum optics.
Materials science.
Quantum physics.
Solid State Physics.
Spectroscopy and Microscopy.
Elementary Particles, Quantum Field Theory.
Quantum Optics.
Materials Science, general.
Quantum Physics.