Supersymmetry in disorder and chaos

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1. Verfasser: Efetov, Konstantin 1950-2021 (VerfasserIn)
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Sprache:English
Veröffentlicht: Cambridge [u.a.] Cambridge Univ. Press 1999
Ausgabe:1. paperback ed.
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Datensatz im Suchindex

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adam_text Contents Preface page xi Acknowledgments xiii 1 Introduction 1 1.1 Historical remarks 1 1.2 What is this book about? 3 2 Supermathematics б 2.1 What is supermathematics? 8 2.2 Grassmann variables 9 2.3 Supervectors and supermatrices 11 2.3.1 Definitions and basic properties 11 2.3.2 Supertrace and superdeterminant 15 2.4 Integrals 17 2.4.1 Integrals over anticommuting variables 17 2.4.2 Superintegrals 19 2.5 Changing the variables 21 2.5.1 General formulae 21 2.5.2 Integral over supervector 23 2.5.3 Integral over supermatrix 25 2.5.4 Jacobian (Berezmian) and length in superspace 27 3 Diffusion modes 29 3.1 Quantum interference on defects 29 3.1.1 Localization 29 3.1.2 Multiple interference 32 3.1.3 Magnetic field effects 34 3.2 Choice of the model and correlation functions 35 3.3 Averaging over impurities: Classical formulae 40 3.4 Quantum corrections 44 4 Nonlinear supermatrix σ -model 50 4.1 Reduction to a regular model, mean field theory 50 4.1.1 Regular model with interaction 50 4.1.2 Mean field theory 53 4.2 Derivation of the σ -model 56 vi Contents 4.2.1 Hubbard-Stratonovich transformation 56 4.2.2 Saddle point 61 4.2.3 σ -Model 63 4.3 Magnetic and spin-orbit interactions 66 4.3.1 Magnetic field 66 4.3.2 Magnetic impurities 67 4.3.3 Spin-orbit impurities 69 5 Perturbation theory and renormalization group 73 5.1 Perturbation theory 73 5.1.1 First quantum correction 73 5.1.2 Magnetic field and magnetic and spin-orbit impurities 76 5.2 Renormalization group in 2 + e dimensions 79 5.2.1 Renormalization group procedure 79 5.2.2 Gell-Mann-Low function and physical quantities 83 6 Energy level statistics 88 6.1 Random matrix theory 88 6.1.1 General formulation 88 6.1.2 Applications of RMT 92 6.2 Zero-dimensional supermatrix σ -model 96 6.2.1 Diffusion in a limited volume 96 6.2.2 Correlation functions through definite integrals over supermatrices 99 6.3 Reduction to integrals over eigenvalues 102 6.4 The level-level correlation function 109 6.5 Random matrix theory and zero-dimensional σ -model 114 7 Quantum size effects in small metal particles 119 7.1 Small metal particles 119 7.1.1 General properties 119 7.1.2 Gorkov and Eliashberg theory 122 7.2 Electric susceptibility 126 7.2.1 Reduction to the σ -model 126 7.2.2 Calculation of integrals over supermatrix g 130 7.2.3 Possibility of experimental observation 135 7.3 Local density of states distribution function and NMR 138 7.3.1 NMR intensity line and the σ -model 138 7.3.2 Density of states distribution function 143 7.3.3 NMR line shape-comparison with experiments 148 8 Persistent currents in mesoscopic rings 152 8.1 Basic properties 152 8.2 Diffusion modes and persistent currents 157 8.2.1 Typical current 157 8.2.2 Canonical versus grand canonical 161 8.2.3 Average current 163 Contents vii 8.3 Nonperturbative calculations at arbitrary magnetic field 166 8.3.1 Integral over supermatrices 166 8.3.2 Level-level correlation function and persistent current 170 8.4 Dynamic approach 174 8.4.1 Thermodynamics through a dynamic response 174 8.4.2 Calculation of current 178 8.4.3 Comparison with results of numerical simulations 182 8.5 Effects of spin-orbit interactions 184 9 Transport through raesoscopic devices 189 9.1 Universal conductance fluctuations 189 9.1.1 Diffusion modes and conductance fluctuations 189 9.1.2 Correlation function of conductances 193 9.2 Nonlinear σ -model for a system with leads 196 9.2.1 Landauer approach 196 9.2.2 Elimination of the leads 199 9.2.3 σ -Model for a system with leads 202 9.3 Semiclassical theory of transport 206 9.3.1 Addition of resistances 206 9.3.2 Weak localization effects 210 9.4 Conductance fluctuations in the semiclassical limit 212 9.4.1 Reduction of correlation functions of conductances to integrals over supermatrices 212 9.4.2 Temperature effects 215 9.5 Average conductance and variance in quantum limit 221 9.6 Conductance distribution function 224 9.6.1 The distribution function in terms of a definite integral 224 9.6.2 The limit t ¿ <K t: Random phases of eigenstates and independent fluctuations of amplitudes at different points 228 9.6.3 General form of the distribution function 232 9.7 Statistical theory of Coulomb blockade oscillations 234 9.7.1 Phenomenological approach 234 9.7.2 Distribution function of conductance peaks 237 9.7.3 Distribution function of wave functions at an arbitrary magnetic field 240 10 Universal parametric correlations 246 10.1 Brownian motion model 246 10.1.1 Fokker-Planck equation for the Coulomb gas model 246 10.1.2 Brownian motion of a matrix 249 10.1.3 Relation between the Brownian motion and Calogero-Sutherland models 251 10.2 Universalities in disordered and chaotic systems spectra 254 10.2.1 General formulae 254 10.2.2 Correlation function of density of states at different values of external fields 257 10.2.3 Universal form of parametric correlations 258 viii Contents 10.2.4 Some other parametric correlations 263 10.3 Grand unification 266 10.3.1 Parametric correlations and one-dimensional fermions 266 10.3.2 Continuous matrix model and one-dimensional fermionic systems 268 10.3.3 Continuous matrix model and a supermatrix σ -model 270 10.3.4 Discussion of the connections 272 11 Localization in systems with one-dimensional geometry 274 11.1 One-dimensional σ -model 274 11.1.1 One-dimensional σ -model for disorder problems 274 11.1.2 One-dimensional σ -model and some problems of quantum chaos 278 11.2 Transfer matrix technique 280 11.2.1 General equations 280 11.2.2 Partial differential equations 284 11.3 Density-density correlator and dielectric permeability 287 11.3.1 High-frequency limit 287 11.3.2 Low-frequency limit 289 11.4 Inverse participation ratio in a finite sample 293 11.5 Conductance of a finite sample 297 11.6 Strong disorder 301 11.6.1 Fourier series for the density-density correlation function 301 11.6.2 Unitary ensemble: Integral equations in an explicit form 304 11.6.3 Low-frequency limit 305 11.6.4 Symplectic and orthogonal ensembles 309 11.7 Diamagnetism due to localization 311 11.7.1 Level crossing and difference between dynamic and thermodynamic quantities: Basic equations 311 11.7.2 Diamagnetism from the one-dimensional σ -model 3 14 11.7.3 Possibility of experimental observation 315 12 Anderson metal-insulator transition 318 12.1 Description of phase transitions 318 12.1.1 Phenomenological approach 318 12.1.2 Phase transitions in spin models 322 12.2 Effective medium approximation 327 12.2.1 Perturbation theory: Need for partial summation 327 12.2.2 Principal approximation 331 12.3 Metal-insulator transition and functional order parameter 334 12.3.1 General properties of the main equation 334 12.3.2 Transition point and solutions 336 12.4 Correlation functions 341 12.4.1 General formulae 341 12.4.2 Insulator 343 12.4.3 Density-density correlation function in the metallic region 346 Contents ix 12.4.4 Correlation function of the density of states in the metallic region 352 12.5 Interpretation of the results 355 12.5.1 Noncompactness: Formal reason for the unconventional behavior 355 12.5.2 Physical picture: Quasi-localized states 359 12.5.3 Effective medium approximation and reality 362 12.6 Bethe lattice, highly conducting polymers, sparse matrices 365 12.6.1 Models on the Bethe lattice 365 12.6.2 Highly conducting polymers 366 12.6.3 Sparse random matrices 372 13 Disorder in two dimensions 376 13.1 Electron in a strong magnetic field 376 13.1.1 General remarks 376 13.1.2 Density of states 377 13.1.3 Integer quantum Hall effect 381 13.1.4 Hall insulator 384 13.1.5 Transition between Hall plateaus 386 13.2 Multifractality of eigenstates in 2D disordered metals 391 13.2.1 What is multifractality? 391 13.2.2 Reduced σ -model and its saddle points 393 13.2.3 Distribution function and coefficients of the inverse participation ratio 396 14 Afterword 402 Appendix 1 Calculation of the Jacobian 404 Appendix 2 Magnetic field parametrization 408 Appendix 3 Density-density correlation function atk = 0 411 Appendix 4 Effective medium approximation as a saddle point 415 A4.1 Effective Lagrangian 415 A4.2 Saddle point 418 References 421 Author index 433 Subject index 438
any_adam_object 1
author Efetov, Konstantin 1950-2021
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record_format marc
spellingShingle Efetov, Konstantin 1950-2021
Supersymmetry in disorder and chaos
Supersymétrie ram
Condensed matter
Metals Surfaces
Order-disorder in alloys
Quantum chaos
Semiconductors
Supersymmetry
Supersymmetry Industrial applications
Ungeordnetes System (DE-588)4124353-5 gnd
Supersymmetrie (DE-588)4128574-8 gnd
Vielteilchensystem (DE-588)4063491-7 gnd
Mathematische Physik (DE-588)4037952-8 gnd
Festkörper (DE-588)4016918-2 gnd
subject_GND (DE-588)4124353-5
(DE-588)4128574-8
(DE-588)4063491-7
(DE-588)4037952-8
(DE-588)4016918-2
title Supersymmetry in disorder and chaos
title_auth Supersymmetry in disorder and chaos
title_exact_search Supersymmetry in disorder and chaos
title_full Supersymmetry in disorder and chaos Konstantin Efetov
title_fullStr Supersymmetry in disorder and chaos Konstantin Efetov
title_full_unstemmed Supersymmetry in disorder and chaos Konstantin Efetov
title_short Supersymmetry in disorder and chaos
title_sort supersymmetry in disorder and chaos
topic Supersymétrie ram
Condensed matter
Metals Surfaces
Order-disorder in alloys
Quantum chaos
Semiconductors
Supersymmetry
Supersymmetry Industrial applications
Ungeordnetes System (DE-588)4124353-5 gnd
Supersymmetrie (DE-588)4128574-8 gnd
Vielteilchensystem (DE-588)4063491-7 gnd
Mathematische Physik (DE-588)4037952-8 gnd
Festkörper (DE-588)4016918-2 gnd
topic_facet Supersymétrie
Condensed matter
Metals Surfaces
Order-disorder in alloys
Quantum chaos
Semiconductors
Supersymmetry
Supersymmetry Industrial applications
Ungeordnetes System
Supersymmetrie
Vielteilchensystem
Mathematische Physik
Festkörper
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