Haug H., Jauho A.-P. — Quantum kinetics in transport and optics of semiconductors :: Электронная библиотека попечительского совета мехмата МГУ

Главная Ex Libris Книги Журналы Статьи Серии Каталог Wanted Загрузка ХудЛит Справка Поиск по индексам Поиск Форум

Авторизация

Поиск по указателям

Haug H., Jauho A.-P. — Quantum kinetics in transport and optics of semiconductors

Обсудите книгу на научном форуме

Нашли опечатку?
Выделите ее мышкой и нажмите Ctrl+Enter

Название: Quantum kinetics in transport and optics of semiconductors

Авторы: Haug H., Jauho A.-P.

Аннотация:

This monograph deals with the quantum kinetics for transport in low-dimensional microstructures and for ultrashort laser pulse spectroscopy. The nonequilibrium Green function theory is described and used for the derivation of the quantum kinetic equations. Numerical methods for the solution of the retarded quantum kinetic equations are discussed and results are presented for quantum high-field transport and for mesoscopic transport phenomena. Quantum beats, polarization decay and non-Markovian behaviour are treated for femtosecond spectroscopy on a microscopic basis.

Язык:

Рубрика: Физика/Физика твёрдого тела/Приложения/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1996

Количество страниц: 315

Добавлена в каталог: 12.09.2005

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID

Предметный указатель

Lindhard function      297
Liouville equation      21
Local-field correction      228 284
Luttinger liquids      49
Markov limit of quantum kinetics      217
Mass-renormalization factor, nonequilibrium      155
Master equation      12 20
Matsubara technique      55
Mesoscopic phenomena      52 157
Mesoscopic transport      159
Migdal theorem      50
Modulation doping      157
Momentum distribution, Gaussian white noise model      113
Monte Carlo simulations      119 148
Monte Carlo simulations,      149 151
Monte Carlo simulations, ensemble      20—29
Monte Carlo simulations, random number generation      22 151
Negative differential resistance      194
Non-linear optical spectroscopy      204
Number density, relation to correlation function $G^{<}$       87
Operator, annihilation      35 36
Operator, contour-ordering      60 62
Operator, creation      35
Operator, fermion      35 62
Operator, permutation      36
Operator, time-ordering      38 60
Oscillator strength      232
Pair continuum      295
Parallel transport      157
Particle density, in terms of a Green function      39
Pauli principle      4
Perpendicular transport      157
Phase-braking length      52
Phonon reaction time      213
Phonon sidebands      215 218 238
Photon echo      206 207 231 253
Photon echo, calculation of      253—255
Photonic side-bands      128 187
Picture, Heisenberg      44 60 62
Picture, Heisenberg, definition of      38
Picture, interaction      40 44
Picture, Schr $\ddot{o}$ dinger      44
Plasma frequency, time-dependent      294 297
Plasmon pole      297
Plasmon pole approximation      263
Plasmon pole approximation, time-dependent      269—272
Poisson equation      30
Polariton      230
Polarization      204
Polarization bubble      264
Polarization bubble, multi-band      278
Polarization bubble, retarded      266
Polarization decay, quasi-classical theory      288
Polaron constant      210
Projection operator techniques      119
Propagator, hole      40
Propagator, particle      40
Propagator, phonon      210
Quantum beats      229
Quantum beats, in exciton systems      229
Quantum beats, LO-phonon      229 242
Quantum Boltzmann equation      95—98
Quantum coherence      212 244 260
Quantum kinetic equation, elastic impurities      102
Quantum kinetic equation, electron-phonon systems      144—148
Quantum kinetic equation, gauge-invariant      81—83
Quantum kinetic equation, Gaussian white noise model      111— 115
Quantum kinetic equation, inhomogeneous systems      152
Quantum kinetic equation, interband      209 219
Quantum kinetic equation, intraband      216
Quantum kinetic equation, linear      155
Quantum kinetic equation, LO-phonons      241
Quantum kinetic equation, resonant-level model      141—144
Quantum kinetics, connection to Boltzmann equation      78 217
Quantum kinetics, Markov limit      274
Quantum point contact, QPC      157 158
Quantum transport theory, linear      95
Quantum transport theory, nonlinear      119—155
Quantum unit of conductance, $e^{2}/h$       158
Quasibound state      157
Quasiclassical theory      75
Quasielastic regime      150
Quasiparticle approximation      77
Quasiparticle dispersion      124
Quasiparticle weight      124
Rabi flop      206 242
Rabi frequency      205 215
Rabi frequency, re-normalized      228 294
Rabi frequency, re-normalized, inter band      278
Rabi frequency, time-dependent      221
random number generation      23
Random phase approximation (RPA)      261
Random walk, one-dimensional chain      21
Relaxation frequencies      9
Relaxation kinetics, Boltzmann      9
Relaxation kinetics, numerical studies      23—29
Relaxation kinetics, numerical studies, Boltzmann equation      17
Relaxation time, longitudinal ( $T_{1}$ )      205
Relaxation time, transversal ( $T_{2}$ )      205 207
Relaxation-time approximation      9 30
Relaxation-time approximation,      153
Representation, interaction      60
Resonant tunneling      161
Resonant-level model      47—49 165
Resonant-level model, in high electric fields      130—144
Resonant-level model, time-dependent      184—192
Resonant-tunneling diode, RTD      157
Resonant-tunneling diode, RTD, high-frequency response      195
Resonant-tunneling diode, RTD, modeling of      179
Rotating-wave approximation      202 204 215 218 219 238 280
Run-away, field assisted      151
S-matrix      45 59
Scattering rate, elastic impurity      21

Scattering rate, electron-electron      23
Scattering rate, electron-electron, in Born approximation      4
Scattering rate, electron-phonon      4
Scattering rate, Markovian — Boltzmann      217
Scattering rate, non — Markovian      217
Screening length, Debye      31
Screening length, nonequilibrium      271
Screening, build-up      293
Screening, femtosecond dynamics      300
Screening, wavenumber      294
Second quantization      35—37
Self-energy      49—51
Self-energy, - Hartree — Fock, time-dependent      209
Self-energy, advanced, resonant-level model      166
Self-energy, analytic continuation, resonant-level model      140
Self-energy, Born approximation      138 145
Self-energy, Born approximation, electron-electron scattering      262
Self-energy, Born approximation, electron-phonon systems      49
Self-energy, equilibrium, imaginary part of      72
Self-energy, greater, electron-phonon systems      145
Self-energy, Hartree — Fock      227 228
Self-energy, in RPA      263
Self-energy, in RPA, inter-band      278
Self-energy, inter-band      202
Self-energy, inter-band, singular part of      202
Self-energy, irreducible      65
Self-energy, lesser      166
Self-energy, lesser, electron-phonon systems      145
Self-energy, lesser, Gaussian white noise model      112 114
Self-energy, lesser, resonant-level model      166
Self-energy, lesser, resonant-level model, impurity averaged      141
Self-energy, nonequilibrium, imaginary part of      72
Self-energy, polaron      214
Self-energy, retarded, equilibrium electron-phonon      68
Self-energy, retarded, for time-dependent resonant-level model      185
Self-energy, retarded, Gaussian white noise model      112
Self-energy, retarded, impurity-averaged for RLM      135
Self-energy, retarded, resonant-level model      166
Self-energy, self-consistent Born approximation      138 145
Self-energy, self-consistent Born approximation, elastic impurities      54 78 99
Self-energy, self-consistent Born approximation, electron-phonon systems      50 144
Self-energy, self-consistent Born approximation, Gaussian white noise model      110
Self-energy, weak localization      105
Self-energy, weak localization, nonequilibrium      105
Self-scattering      22
Semiconductor, direct gap      201
Semiconductor, heterostructure      157
Semiconductor, two-band model for      201
Single-electron pumps      179
Slave-boson technique      172
Soliton pulse      255
Spectral function, definition of      41
Spectral function, equilibrium      72
Spectral function, equilibrium, Gaussian white noise model      113
Spectral function, equilibrium, general structure      124
Spectral function, equilibrium, interacting      96
Spectral function, field-dependent      124
Spectral function, free      124
Spectral function, gauge-invariant, time-dependent fields      126
Spectral function, in gradient approximation      77
Spectral function, interacting, resonant-tunneling diode      169
Spectral function, joint      150 151
Spectral function, nonequilibrium      72
Spectral function, nonequilibrium, equation-of-motion      72
Spectral function, resonant-level model      166
Spectral function, sum rule      41 124 139
Spectroscopy, pump and probe      12 262
Split-gate geometry      158
Stark effect, excitonic      238
Stark effect, linear      238
States, antisymmetric      35
Streaming-motion regime      150
S—matrix      56
T-matrix, functional of Green function      134
T-matrix, resonant-level model      48
T-matrix, resonant-level model, field-dependent      131
T-matrix, single-site      133
Time-ordered Green function      163
Total energy, in terms of a Green function      39
Transformation, similarity      13
Transformation, unitary      245
Transient dynamics, Gaussian white noise model      109
Transient dynamics, resonant-level model      184—192
Transitions, dipole-allowed      201
Transmission coefficient      159 165
Transmission coefficient, elastic      166
Transport properties, Gaussian white noise model      115 117
Transport properties, semiconductors, high electric fields      119—155
Tunneling Hamiltonian      160
Tunneling problems      160
Two-branch time contour      160
Two-dimensional electron gas      12 157
Uncertainty relation      298
Universal conductance fluctuations      158
Urbach tail      213 229 236
Variables, center-of-mass      76 79 81 85
Variables, difference      76 79 85
Vertex equation      102
Vertex function      99
Ward identities      99
Wave equation      38
Wavefunction re-normalization      43 125
Weak localization      55 100 104—108 159
White-noise spectrum      196
Wick’s theorem      56 59 63 64 91 99
Wick’s theorem,      172
Wigner coordinates      75 76
Wigner function      87—88 111
Wigner function, quantum kinetic equation      83 92 111
Wigner function, quantum kinetic equation, electron-phonon systems      145
Wigner function, quantum kinetic equation, non-local driving term      152
Wigner — Weisskopf approximation      214
Wigner — Weisskopf approximation,      225 241

1 2

О проекте