Авторизация
Поиск по указателям
Efetov K. — Supersymmetry in disorder and chaos
Обсудите книгу на научном форуме Нашли опечатку?
Название: Supersymmetry in disorder and chaosАвтор: Efetov K. Аннотация: The development of the supersymmetry technique has led to significant advances in the study of disordered metals and semiconductors. Proven of great use in the analysis of modern mesoscopic quantum devices, the technique has also found applications in other areas, such as localization and quantum chaos. This volume provides comprehensive treatment of the ideas and uses of supersymmetry. The first four chapters set out the basic results and some straightforward applications of the technique. Thereafter, Professor Efetov covers a range of topics in detail, including random matrix theory, persistent currents in mesoscopic rings, transport in mesoscopic devices, localization in quantum wires and films, and the quantum Hall effect. Special features include problems and solutions drawn from mesoscopics, localization, and quantum chaos, and extended introductions that make each chapter self-contained. The text will be of great interest to graduate students and researchers in condensed matter, statistical, and mathematical physics and in quantum chaos.
Язык: Рубрика: Физика /Физика твёрдого тела /Методы квантовой теории поля /Статус предметного указателя: Готов указатель с номерами страниц ed2k: ed2k stats Год издания: 1997Количество страниц: 441Добавлена в каталог: 20.08.2005Операции: Положить на полку |
Скопировать ссылку для форума | Скопировать ID
Предметный указатель
Abou-Chacra, R. 366 Abrahams, E. 30—33 44 78 84 197 309 318 362 Abrikosov, A.A. 30 32 35 38 40 41 44 97 167 274 Addition of resistances 206 209 Affleck, I. 381 Aharonov, Y 35 Ahmed, M.T. 372 Akkermans, E. 162 254 Akulov, V.P. 8 Alhassid, Y. 235 238 239 243 264 Altland, A. 117 168 172 174 182 Altshuler, B.L. 31 32 34 35 46 72 78 94 114 117 138 147 162 164 175 189—192 195 197 229 238 254 258 262 263 267 268 271—273 295 362 364 366 391 398 Ambegaokar, V. 161 165 Amit, D.J. 321 Amplitude, complex 32 Amplitude, hopping 277 Anderson, A.C. 136 Anderson, P.W. 32 33 39 44 50 78 275 318 319 372 Ando,T. 31 196 378 382 Andreev, A.V. 117 263 Antidots 313 Aoki, H. 364 376 382 391 393 Apenko, S.M. 377 Approach, dynamic 174 177 Approach, Landauer 196 Approximation, Bethe — Peierls 325 Approximation, effective medium 325 327 333 356 369 Approximation, mean field 61 323—325 Approximation, one-loop 34 Approximation, quadratic 64 Approximation, saddle-point 61 116 321 378 Approximation, self-consistent Born 378 387 Argamann, N. 94 220 Aronov, A.G. 31 34 71 192 195 219 377 Attias, H. 264 Averanging over impurities 40 Averanging over impurities, canonical 156 157 160 173 177—178 Averanging over impurities, grand canonical 157 158 160 173 177—178 Averanging over impurities, self-averaging 281 Azbel, M.Y. 190 Ballistic microstructure 203 Baranger, H.U. 198 212 217 224 233 Bardeen, J. 53 Beenakker, C.W.J. 94 146 189 195 212 217 233 235 248 251 252 276 Belavin, A.A. 389 Belitz, D. 32 358 359 364 Benedict, K.A. 31 381 Benoit, A. 152 165 Benzi, R. 391 Berezin,F.A. 8—11 16 17 21 Berezinian 21 23 25 27 169 Berezinsky, V.L. 30 41 274 290 326 Bergmann, G. 31 32 35 46 78 196 Berry, M.J. 210 213 217 Berry, M.V. 94 248 Bethe lattice 334 356 365 369 Bhatt, R.N. 391 Bifurcation point 333 Billiard 94 Billiard, chaotic 94 259 Billiard, integrable 94 Billiard, quantum 94 400 Billiard, Sinai 94 400 Binder, K. 341 Blanter, Y. 133 Bloch waves 153 Bloch, E. 152 Block, boson-boson 59 61 356 395 Block, fermion-boson 59 61 104 Block, fermion-fermion 59 61 104 388 Block, spin 69 Bluemel, R. 212 292 Bogdanovich, S. 364 Bogoliubov, N.M. 268 Bogoliubov, N.N. 9 Bohigas, O. 94 Bohm, D. 35 Bouchiat, H. 156 174 182 183 Braun, D. 254 Bray, A.Y. 372 Brezin, E. 79 83 268 270 272 379 Broderix, K. 381 Brody, T.A. 232 235 236 243 Brom,H.B. 119 151 Brouwer,P.W. 212 233 Bruynseraede, Y. 31 196 Buettiker, M. 152 190 197 376 Byers, N. 152 Calogero, E. 251 Capacitance 234 326 Casati, G. 94 278 279 293 294 296 Castellani, C. 391 Castilla, G.E. 86 Cavity, ballistic 212 Cavity, disordered 400 Chain 274 290 311—313 Chakravarty, S. 31 86 Chalker, J.T. 31 276 390 391 Chan, I.H. 220 221 Chandrasekhar, S. 246 Chandrasekhar, V. 152 156 160 165 Chang, A.M. 211 240 241 Channel 197 Channel, conducting 275 Channel, open 201 Channel, transversal 164 275 Chaos 94 Chaos, quantum 93 213 Chapelier, C. 152 165 Chapon, C.M. 119 Cheung, H.E. 154 156 158 160 Clarke, R.M. 219 220 Classical percolation 365 377 Classical probability 32 Coddington, P.D. 390 391 Coefficient of the inverse participation ratio 147—148 294 391 396 Coefficient, Hall 385—386 Collet, P. 93 Composite fermions 376 Conductance 30 196 222 Conductance, average 297 Conductance, classical 209 Conductance, differential 265 Conductance, dimensionless 193 399 Conductance, generalized 255 259 Conductivity 38 Conductivity, classical 29 33 43 182 Conductivity, Hall 38 377 382 384—385 387 Conductivity, longitudinal 382 384 387 Conductivity, Mott 85 Conjugation, charge 52 103 Conjugation, complex 10 Conjugation, Hermitian 14 52 Cooper, L.N. 53 Cooperon 45—48 67 Cooperon matrix element 130 Cornfeld, I.P. 93 94 Correlation function 35 Correlation function of conductances 193 Correlation function of density of states 249—250 257 352 355 Correlation function of velocities 255 Correlation function, current-current 37—38 249 Correlation function, density-density 37—38 65 280 291 Correlation function, level-level 39 96 111—113 Corwin, L. 9 Coulomb blockade 234 Current, average 154 156 157 163 Current, current conservation 199 Current, one-level 156 175 Current, persistent 152 Current, typical 156—157 David, E. 269 Davis, E.A. 316 345 Davis, E.D. 305 De Gennes, P.G. 53 67 136 167 de Jongh, L.J. 119 Degree of freedom, cooperon 136 Degree of freedom, electron 48—49 Degree of freedom, fast 45 Degree of freedom, spin 194 Delande, D. 264 Density of states, average 36 Density of states, in strong magnetic field 378—379 Density of states, local 36 139 Denton, R. 124 125 Derivative 10—11 Derivative, partial 20 Deutscher, G. 326 Devaty,R.P. 122 133 137 DeWitt, B. 9 Di Francesco, P. 269 272 Diagram without intersections 41 43 Diagram, ladder 42—44 46 Diagram, maximally crossed 44—45 dielectric constant 135—136 292 Differential 17 Diffusion coefficient 76 78 84 349—351 354 Diffusion coefficient, classical 33 45 Diffuson 47—48 Diffuson matrix element 130 Dimension, fractal 363—364 392—393 Dimension, upper critical 322 358 Dimensional regularization 81 Dipole moment 120—121 Dipole moment, thermodynamic 126—127 Distribution function of wave functions 148 240 Distribution function, conductance 225 318 Distribution function, conductance peaks 237 241 Distribution function, level curvature 264 Distribution function, level velocity 261 Distribution function, local density of states 139 143—144 Distribution function, Porter — Thomas 399—401 Dittrich, T. 278 Domain wall 337 Dorda, G. 376 Dorokhov, O.N. 114 275 276 311 Doron,E. 95 213 278 Dorozhkin, S.I. 386 Drouffe, J.M. 379 Du, R.R. 376 Dynamic magnetization 315—317 Dynamic response 127 176 311 Dyson, F.J. 90 92 246 247 272 273 Dzyaloshinskii, I.E. 38 40 41 44 97 Eckern, U. 161 165 Eckmann, J.-R. 93 Economou, E.N. 279 293 364 Edwards, S.F. 41 50 319 Efetov, K.B. 9—11 24 31 50 58 66 78 79 85 93 104 111 122 126 133 135 138 168 172—174 182 187 217 225 228 232 237 240 267 273 275 276 281 291 302 309 310 311 317 326 332 334 337 340 351 353 355 362 365 367 370 379—382 384 385 388 393 396 415 Effect, quantum Hall 376 381—382 Effect, quantum interference 46 Effect, quantum size 119 Effect, temterature 194 215 Effective charge 80 electric field 120 Eliashberg, G.M. 61 92 120—123 125 Energy, charging 190 Energy, self-energy 41—42 Energy, Thouless 98 209 258 354 Ensemble, Canonical 164—166 Ensemble, circular 90 Ensemble, Gaussian 89 Ensemble, Grand Canonical 165—166 Ensemble, orthogonal 71 79 89 92 Ensemble, symplectic 71 80 89 92 Ensemble, unitary 71 80 89 92 Entin-Wohlman, O. 184 187 Equation, Fokker — Planck 246 250—251 276 Equation, Langevin 247 249 Equation, Laplace 257 Equation, Schroedinger 36 251 Equation, self-consistency 54 Evangelou, S.N. 279 293 Expansion, 2 + 86 Expansion, 4 - 322 Expansion, Fourier 164 258 298 302 357 Expansion, high temperature 326 339 331 Expansion, Landau 323 Expansion, low temperature 329 EXTERNAL 121 External, local 121 Faas, M. 254 262 273 Falko, V.I. 220 240 362 393 396 Fastenrath, U. 391 Feder, J. 364 Feingold, M. 279 293 Feng, S. 220 Feshbach, H. 209 Feynman, R.R 269 280 Fibrils 367 370 Figotin, A.L. 274 film 46 Finkelshtein, A.M. 50 Firsov, Y.A. 275 Fisher, D.S. 31 197 Fishman, S. 279 Fluctuations, Porter — Thomas level-width 235 Fluctuations, univeral conductance 190 194 Flux quantum 101 153 Fomin, S.V. 93 94 Foote,M.C. 136 Formula, general Kubo 381 Formula, Gutzwiller trace 94 Formula, Hauser — Feshbach 209 222 Formula, Landauer — Buettiker 198 Frahm, K. 276 Frenkel,A. 95 213 Frequency, cyclotron 29 Frequency, generalized 220 Frequency, Matsubara 38 327 Frolich, H. 92 119 Fu, Y. 372 Fuchs, D. 117 Fukuyama,H. 31 190 196 Function, cone 335—336 Function, Gell-Mann-Law 83—85 Function, Riemann 95 Furneaux, J.E. 386 Fyodorov, Y V. 264 278 279 294 296 297 341 366 372—374 398—400 G6tze,W. 318 358 359 Gaspard, R. 264 Gate voltage 234 Gauge field 376—377 Gaussian distribution 40—42 53 260 Gaussian distribution of wave functions 147 Gaussian exponential 18 51 Gaussian integral 51 54 60 250 Gaussian statistical hypothesis 89 Gefen, Y. 158 160 162 164 190 Gianonni, M.-J. 94 Gillet,M.F. 119 Ginsparg, P. 269 272 Girvin, S.M. 366 376 Gogolin,A.A. 30 291 316 Gol'fand, Y A. 8 Goldberg, J. 248 Goldman, V. 386 Goldsheid, I.Y. 274 Gorkov, L.P. 30 32 33 35 38 40 41 44 47 78 92 97 114 120—123 125 133 274 311 Gossard, A.C. 376
Реклама
- 
- 
|
|
О проекте