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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
Rejaei,B. 248 251 252 276 Replica trick 50 58 Resonance line shape 139 148—151 Rice, M.J. 122 134 Riedel, E.K. 158 160 162 Riemann, B. 95 Rittenberg, V. 10 Rodgers, G.J. 372 Ryzhik, I.M. 335 336 339 Ryzhkin, I.A. 30 41 274 Saher, D. 264 Salomaa, M. 48 Sasaki, W. 149 Scalapino, D.J. 124 125 Scalar product 12 Scaling 30 293 Scaling, one-parameter 31 291 309 318 352 355 Scattering, elastic 189 Scattering, inelastic 29 34 189 Scattering, microwave 213 Schafer, L. 50 58 61 79 104 355 365 Scheunert, M. 10 Schick, M. 152 Schmid, A. 31 162 164 Schneider, W.R. 122 134 Schreiber, M. 364 391 393 Schrieffer, J.R. 53 Schweizer, W. 248 Seligman, T.H. 94 278 279 Serota, R.A. 94 162 174 197 220 Shapiro, B. 31 362 Sharvin, D.Y. 35 Sharvin, Y.V. 35 195 Shastry, B.S. 273 Shayegan, M. 386 Sherrington, D. 372 Shirkov, D.V. 19 Shklovskii, B.L 114 175 197 Sievers, A.J. 122 133 137 Sigeti,D. 182 183 Simons, B. 254 258 262 263 267 268 271—273 Sinai, Ya.G. 93 94 Sivan, U. 219 265 266 311 Skyrme, T. 389 Skyrmion 389 Slichter, C.P. 138 Smilansky, U. 94 95 206 212 213 217 248 278 292 Smrcka, L. 381 Sokolov, I.M. 391 Sommers, H.J. 245 264 Sompolinsky, H. 372 Soroka, V.A 8 Soukoulis, C.M 364 Source and drain leads 213 225 227 Sourlas, N. 8 9 Spaghetti structure 367 Spivak, B.Z. 34 Sridhar,S. 95 213 399—401 Srivastava, V. 362 Stein, J. 95 213 Sternberg, S. 9 Sticking probability 206 Stockmann, H.-J. 95 213 Stone, A D. 187 190 191 193 194 197 198 217 235 238 239 243 276 291 376 Stormer, H.L. 376 Strassler, S. 122 134 Streda,P. 381 Suillard, B. 366 Superdeterminant 15—17 20 Superintegral 19 Supermathematics 8 Supermatrix 12—14 59 Supermatrix, Hermitian 14 Supermatrix, integral over 25 Supermatrix, unitary 14 Superspace 8 24 27 Superspace, length in 27 Supersymmetry 8—9 Supertrace 15—17 Supertransposition 13 16 Supervector 11—12 52 59 Supervector, integral over 23 Surface contribution 22 26 Susceptability 121—122 Susceptability, electric 126—127 130—131 345—346 Susceptability, local spin 139 Susceptability, magnetic 125 Susceptability, Pauli 124—125 Sutherland, B. 251 268 Symmetry, central 35 Symmetry, hyperbolic 104 Symmetry, noncompact 281 Symmetry, spin rotation 66 Symmetry, spontaneous breaking of 48—49 62 64 Symmetry, time reversal 35 Szafer, A. 197 254 t'Hooft, G. 269 Takahashi, T. 149 Taniguchi, N. 261 263 Taylor, K.T. 95 Technique, cross 40 Technique, supersymmetry 50—51 Technique, transfer matrix 274 280 282 369 Thaha, M. 292 Theory of quantum gravity 269 Theory, classical Drude transport 385 Theory, Gorkov and Eliashberg 122—123 Theory, Kubo linear response 120—121 134 197 Theory, Landau of Fermi liquid 137 234 Theory, Landau of phase transitions 319—320 Theory, mean field 53 59 319 Theory, percolation 325 Theory, perturbation 41 329 330 Theory, random matrix 71 212 Theory, semiclassical 206 Theory, spin-glass 341 372 Theory, string 85 269 Theory, superconductivity 53 Theory, superfluidity 48 Thomas, G.A. 364 Thomas, R.G. 199 Thouless, D.J. 30 98 254 261 274 318 326 362 366 370 Topological term 388 390 Transformation, Hubbard — Stratonovich 56 323 327 373 Transformation, Jordan — Wigner 270 Transformation, Lebedev — Kontorovich 295 Transition, Anderson metal-insulator 31 65 85 318 370 Transition, between Hall plateaus 386 390 Transition, first-order phase 318 320 Transition, Kosterlitz — Thouless phase 318 Transition, localization-delocalization 382 Transition, second-order phase 318—319 Transmission amplitude 198 Trugman, S. 377 Tsui, D.C. 376 386 Twose, W.D. 29 274 Uemura, Y. 378 Uhlenbeck, G.E. 246 250 Umbach, C.P. 195 Vaks, V.G. 280 329 van Houten, H. 94 189 195 van Staveren, M.P.J. 119 Variables changing of 21 Variables changing of, conventional commuting 10 Variables changing of, Grassmann anticommuting 8—11 50 Variance 193—194 217—218 224 297 Verbaarschot, J.J.M. 9 11 50 93 111 114 117 118 273 278 279 310 340 Viana, L. 372 Viehweger, O. 337 349 351 353 381 384 385 Vilenkin, N.J. 335 357 Volkov, D.V. 8 Vollhardt, D. 31 49 318 359 Volovik, G.E. 48 Voltage probe 213 von Klitzing, K. 376 von Oppen, F. 162 264 Vulpiani, A. 391 Wang, M.C. 246 Washburn, S. 95 195 Weaver, R.L. 95 Webb, R.A. 94 95 189 195 Wegner, E. 50 58 61 65 71 78 79 84—86 104 146 147 231 355 359 365 379 388 391 Weidenmuller, H.A. 9 11 93 111 114 117 118 205 206 210 211 217 273 278 Weight denominator 51 53 Weinberg, S. 269 270 272 Weller, W 275 Wess — Zumino term 390 Wess, G. 8 Wick theorem 21 60 213 Wigner — Dyson statistics 94 114 Wigner, E.P. 71 79 88 89 Wilkinson, M 279 293 Willet, R.L. 376 Wilson, K.G. 321 322 358 Wingreen, N. 235 Wire 46 97 274 290 Woelfle, P. 31 49 71 318 359 377 Wong, K.Y. 372 Wunner, G. 248 Wyder, P. 122 Yang, C.N. 152 Yee, P. 149 Young, A.P. 341 Yudson, V.I. 79 86 Yukawa, T. 273 Zakrzewski, J. 264 Zeller, G. 248 Zhang, S.-C. 386 Ziegler, K. 379 Zinn-Justin, J. 79 83 269 272 Zirnbauer, M.R. 9 27 50 93 111 114 117 118 184 185 199 273 278 279 297—301 314 337 351—353 388 390 Zuk, J-A. 205 206 210 211 217 278 Zumbach, G. 326 Zumino, B. 8 Zyuzin, A.Y. 162 174
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