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Efetov K. — Supersymmetry in disorder and chaos
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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 |
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Предметный указатель
Gradescul, S. 292 Gradshteyn, I.S. 335 336 339 Granulated metal 276 312 328 Granulated metal, superconducting 326 Grassmann algebra 9 Grassmann algebra, even elements of 19 20 Green function, advanced 36 51 Green function, retarded 36 51 Grempel, D.R. 279 Gross, D.J. 269 270 272 379 Group, hyperbolic 281 Group, noncompact 281 329 Group, renormalization 79 318 355—356 358 389 Grussbach, H. 364 391 Gunter, L. 152 326 Gutzwiller, M.C. 94 Haake, F. 94 264 273 Hackenbroich, G. 117 Haldane, F.D.M. 267 Hall plateau 382 386 Halperin, B.I. 376 382 Halperin, W.P. 92 119 122 125 135 136 139 149 Halsey, T.C. 364 391 Harmonics, generalized spherical 357 Harmonics, space 98 Harmonics, zero 167 357 394 Hartmann, U. 305 Hauser, W. 209 Heeger, A.J. 367 Heldt, N. 381 Helgason, S. 298 Henneke, M. 364 Henry, C.R. 119 Hentschel, H.G.E. 364 Hibbs, A.R. 269 280 Highly conducting polymers 366—367 Hikami, S. 35 47 78 79 85 86 Hopkins, F. 386 Hornung, M. 364 365 Hough ton, A. 58 Huang, K. 325 Huckestein, B. 391 Huo, Y 391 Hypothesis, ergodic 194 277 Hypothesis, Riemann 95 Iida, S. 168 172—174 187 205 206 210 217 225 228 232 237 245 278 Impurity, magnetic 66—67 Impurity, potential 66 Impurity, spin-orbit 66—67 69 184 Imry, Y 94 152 162 164 190 219 292 311 326 386 Instanton 380 383—384 389 Insulator 343 Insulator, Hall 384 386 Integral over anticommuting variables 17 Interference 29 32 189 Ioffe, L.B. 72 Iordansky, S.V. 377 Ishigoro, T. 367 372 Isihara, A. 38 246 Itzykson, C. 378 Izergin, G. 268 Izrailev, F.M. 278 279 293 Jain, D.K. 376 Jalabert, R.A. 212 217 233 235 238 239 243 JanBen, M. 364 376 379 381 384 391 392 Javadi, H.H.S. 367 372 Johnson, M. 366 Kamenev, A. 254 Kane, C.L. 197 220 Kang, W. 376 Kanter, I. 372 Karawarabayashi, T. 391 Kastner, M.A. 235 Katsumoto, S. 364 Kazakov, V.A. 269 Kazarinov, R.F. 377 Keller, M.W. 213 217 Kettemann, S. 311 317 Khmelnitskii, D.E. 32 33 35 44 47 50 58 78 79 85 104 190 194 195 322 355 362 388—390 395 Khveshchenko, D.V. 72 Kidambi, V. 399—401 Kirk, W.P. 189 Kirkpatrick, S. 325 365 Kirkpatrick, T.R. 32 364 Kivelson, S. 386 Klebanov, I.R. 269 Knight shift 148—150 Knight, W.D. 149 Kobayashi, S. 149 Kogut,J.B. 321 322 358 Kopietz,P. 182 Korepin, V.E. 268 Kostant, B. 9 Kosterlitz, J.M 318 326 Kramer, B. 31 32 196 343 363 364 391 Kramers degeneracy 184 Kramers, H.A. 184 Kravchenko, S.V. 386 Kravtsov, V.E. 31 79 86 117 133 184 185 229 362 391 398 Kubo,R. 92 120 Kudrolli, A. 399—401 Kumar, N. 276 Kunz, H. 326 366 Kurchatov, I.V. 319 Lakshmanan, M. 273 Landau level 378—379 Landau level, center of 388 Landau, L.D. 184 319 326 331 Landauer, R. 152 190 197 Lane, A.M. 199 Langer, J.S. 44 380 Langreth, D.C 197 Laplacian 269 298 344 Larkin, A I. 32 33 35 44 47 50 58 78 79 85 104 267 275 280 281 291 322 329 355 388 Laughlin, R.B. 382 Law, Mott 316 Law, Ohm 300 Law, particle conservation 39 77 Law, Poisson 94 114 120 Law, Wigner semicircle 89 117 Le Guillou, J.C. 79 83 Lee, D.-H. 386 Lee, P.A. 31 32 46 94 189 190 191 193 194 197 220 235 262 267 268 271 272 364 376 Leites, D.A. 8 Leitner, D.M. 279 293 Length 53 363 Length, localization 29—30 98 290—293 344—345 Length, magnetic 34 Length, phase coherence 361 Lerner, I.V. 31 79 86 146 229 292 362 391 398 Leschke, H. 381 Level crossing 311 313 Level repulsion 92 112 114 153 172 Level repulsion, suppression of 311—313 Level velocity 254 Level width 206 Levine, H. 50 80 386 388 Levy, L.P. 152 156 157 164 182 188 317 Libby, S.B. 50 80 386 388 Lichtenberg, A.J. 93 Lichtman, E.P. 8 Liebermann, M.A. 93 Lifshitz, E.M. 184 319 326 331 Lifshitz, I.M 292 localization 29—30 Localization, center of 114 316 Localization, dynamic 279 Localization, weak 35 209—210 Log-normal asymptotics 398 London gauge 136 166 Lozovik, Y.E. 377 Lucini, C. 195 Lurui, S. 377 Luttinger liquid 268 Ma, S.K. 321 MacDiarmid, A.G. 372 Macedo, A.M.S. 276 MacKinnon, A. 31 32 343 363 Magnetic field 34 76 Magnetic field, crossover 136 Magnetic field, hydrogen in 95 262—263 Magnetoresistance 78 Mailly, D. 152 156 157 160 165 Mandelbrot, B.B. 391 Marcus, C.M. 210 213 217 Marichev, O.I. 295 Marikhin, V.G. 379 380 382 384 Martin, I.L. 8 Mathur,H. 187 Matrix, Pauli 67 Matrix, scattering 209 217 276 Matrix, transfer 276 Maximal entropy ansatz 291 McKane, A.J. 9 Mean free time 29 40 Mean free time, inelastic 33 Mean level spacing 88 96 120 Mehta, M.L. 71 79 92 95 96 102 109 111 117 172 185 250 253 272 273 Meir, Y. 235 Mello, P.A. 212 217 224 276 Melnikov,V.I. 291 316 Meshkov, S.V. 72 Mesoscopic object 157 189 190 Metal cluster 119 126 Metallic boundary conditions 200 Mezard, M. 372 Miek, B. 391 Mikeska, H.J. 264 Milnikov, G.V. 391 Mirlin, A.D. 71 117 133 278 279 294 296 297 341 366 372—374 377 398—400 Mode, diffusion 45—47 Mode, Goldstone 49 55 64 Model, Anderson 365 Model, Brownian motion 246 249 266 272 Model, Calogero — Sutherland 251 253 272 Model, continuous matrix 268—270 Model, Coulomb gas 246—247 266 273 Model, Heisenberg 48 277 Model, kicked rotator 278 293 Model, nonlinear or 50 64 Model, O(3) 389 Model, one-dimensional fermionic 267—268 Model, spin 322 Molchanov, S.A. 114 274 Molinary, L. 279 293 Montambaux, G. 156 174 182 183 254 Montgomery, H.L. 95 Moser, J. 268 Mott,N.F. 29 274 316 345 Mucciolo, E.R. 238 Muehlschlegel, B. 124 125 Mueller-Groeling, A. 297 Multifractality 364 391 399 Multiprobe structure 197 Muzykantskii, B.A. 362 395 Nagaev, E.L. 119 Nagaoka,Y. 31 35 78 85 Nakamura, K. 273 nanotechnology 94 Narayan, O. 273 Neal, T. 44 Neemann, J. 9 Nelson, D.R. 79 Nishioka, H. 94 205 Nogami, Y 367 372 Noncompactness 329—330 334 355—359 Nozieres, P. 267 Nuclear magnetic resonance 125 138 Odlyzko, A.M. 95 Oh, S. 162 Ohtsuki, T. 364 391 Ono, Y. 364 377 391 Onsager relation 385 Operator, charge 39 Operator, current 39 42 191 Operator, momentum 36 Optimization problem 372 Orbital paramagnetism 173 Order parameter 59 65 319 Order parameter, functional 341 366 Ornstein, L.S. 246 250 Oscillator strength 263 Ott, E. 278 Pakhomov, V.F. 8 21 Paladin, G. 391 Pandey,A. 172 185 Parametric correlations 246 Parametrization, magnetic field 168 172 Parametrization, standard 168 172 Parisi,G. 8 9 341 372 418 Pastur, L.A. 274 292 Patashinskii, A.Z. 321 Path 32—33 Path, self-intersecting 32—33 Pechukas, P. 273 Pelcovits, R.A. 79 Peliti, L. 391 Pepper, M. 376 Pereyra, P. 276 Pichard, J.-L. 212 217 233 291 Pikin, S.A 280 329 Pines, D. 267 Piran, T. 269 270 272 Pluhar, Z. 211 Point contact 226—227 Pokrovskii, V.L. 321 Polarizability 121—122 134 135 Polyakov, A.M 79 80 389 Pook, W. 391 Porter, C.E. 92 235 Power spectrum 219 Prange, R.E. 279 376 Prigara, F.V. 114 228 239 311 Prigodin, V.N. 138 147 225 232 237 238 275 295 367 370 Procaccia, I. 364 Pruisken, A.M.M. 50 80 386 388 390 Pudalov, V.M. 386 Quantization, Hall 382 Quantization, transversal 197 Quantum correction 34 35 48 73 Quantum dot 94 190 196 Quasi particle 45 137 234 Quasi-localized states 359 361 395 400 Ramakrishnan, T.V. 31—33 78 364 Random magnetic field 67—68 random matrix 89 Random matrix, band 278 293 Random matrix, sparse 372 Random potential 36 42 44 53 Random potential, 41 Random potential, white-noise 43 Random walk 33 Rashba, E.I. 291 316 Read, N. 376 Reed, M.A. 189 Regime of chaotic dynamics 93 212 Regime, ballistic 165 312 Regime, diffusive 157—158 290 Regime, insulating 343 360 Regime, metallic 361
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