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Imry Y. Ч Introduction to Mesoscopic Physics
Imry Y. Ч Introduction to Mesoscopic Physics

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Ќазвание: Introduction to Mesoscopic Physics

јвтор: Imry Y.

јннотаци€:

Mesoscopic physics' refers to the physics of structures larger than a nanometer (one billionth of a meter) but smaller than a micrometer (one millionth of a meter). This size range is the stage on which the exciting new research on submicroscopic and electronic and mechanical devices is being done. This research often crosses the boundary between physics and engineering, since engineering such tiny electronic components requires a firm grasp of quantum physics. Applications for the future may include such wonders as microscopic robot surgeons that travel through the blood stream to repair clogged arteries, submicroscopic actuators and builders, and supercomputers that fit on the head of a pin. The world of the future is being planned and built by physicists, engineers, and chemists working in the microscopic realm.


язык: en

–убрика: ‘изика/‘изика твЄрдого тела/

—татус предметного указател€: √отов указатель с номерами страниц

ed2k: ed2k stats

√од издани€: 1997

 оличество страниц: 234

ƒобавлена в каталог: 11.09.2005

ќперации: ѕоложить на полку | —копировать ссылку дл€ форума | —копировать ID
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ѕредметный указатель
a.c. Josephson effect      69Ч70 131 160Ч165
AB conductance oscillations      109Ч116 117
Aharonov Ч Bohm (AB) effect      39 61 65 70 109Ч116 129Ч132 137 143 148 152Ч156 160Ч162 175 191 200
Altshuler Ч Aronov density of states anomalies      193 202Ч204
Anderson localization      13Ч18 21Ч34 133Ч138
Andreev reflection      75 148 167Ч175 184
Anomalous diffusion      31Ч32 37
Aspect ratio      119
Bardeen tunnel junction formula      22
beta function      27Ч31
Byers Ч Yang and Bloch theorem      61 65 69 70 109Ч116 129Ч132 137 148 152Ч156 160Ч162 175 200
Canonical vs. grand-canonical system      78Ч82
Casimir Ч Onsager four-probe relationships      103Ч108 207Ч208
Channel number      70 96 99 117
Channel number, effective      121Ч122
Charge neutrality      86Ч88 100
Charging energy      123 166 193
Coherence length, superconducting      150 169 173
Coherent volumes      25 32 121 188
Composite Fennions      144Ч146
Conductance fluctuations      116Ч118
Conductance fluctuations, time dependence and low-frequency noise      189Ч190
Conductance fluctuations, universal      5 120Ч122 208Ч209
Conductance formula for SN junction      171
Contact resistance      94
Continuous vs. discrete spectrum      90
Cooper channel renormalization      85
Coulomb blockade      123 166
Debye relaxation absorption      92
defects      15 178 185Ч189
Density of states      16 202Ч204
Dephasing      38Ч46 77
Dephasing length      24 25 32 53 77 188 193
Dephasing time      24 43 53
Dephasing, and inelastic scattering      56Ч59
Dephasing, by electron-electron interactions      46Ч56
Destruction of interference      38Ч46
Disorder      12Ч13 15
Dynamic structure factor      48 196Ч197
Edge states      131Ч132
Edwards Ч Thouless relationships      22Ч23 198Ч199
Einstein relation      17 23Ч24
Elastic vs. inelastic scattering      3 12Ч13 67Ч68 70 94 193
Electrochemical potential      94 99Ч100 101Ч103
Electron-electron interactions      5Ч6 46Ч56 86Ч88 100 139Ч146
Energy averaging      77 114Ч117 121
Energy price of a domain wall      61
Ensemble average      4 64 71Ч74 76Ч82 93 107Ч109 112Ч116 192
Equilibrium (Johnson Ч Nyquist) noise      176Ч177 196Ч198
Extended state in mid-Landau level      135Ч137
Fine-structure constant      13 129 151 153
Fingerprint      4 117Ч118 187
Fixed point      30 138
Fluctuation-dissipation theorem      46 48 196Ч198
Fluctuations, mesoscopic      4 72 116Ч118 120Ч122 208Ч209
Fluctuations, superconducting      152Ч159
Fluctuations, thermodynamic      62Ч64 152Ч159 176Ч177
Flux quantization      152 154 159
Flux sensitivity      65 72 76 165
Flux-dependence of levels      66Ч72
Frequency-dependent conductivity      20Ч21 122
Gates      6 10 71 148
Gauge transformation      129Ч133 146 200
Ginzburg Ч Landau theory      149Ч156 162
Granularity      32Ч33
h/e vs. h/2e      112Ч116 79 82 174
Hall effect      124Ч125
Hall effect, fractional QHE      139Ч146
Hall effect, integer QHE      127Ч31
Hanbury Ч Brown and Twiss effect      178 180
Harmonic generation      73
Hopping conductivity      18Ч21
Impurity ensemble      4
Induced flux      153Ч155
Insulator-conductor-superconductor characterization      62 154
Josephson current fluctuations      173
Josephson current from Andreev processes      169Ч170 172
Josephson eflect      69Ч70 131 158Ч159 160Ч165
Kohn relationship      62 75
Kramers Ч KromТg relationships      187
Kubo formula      23 90Ч92 195Ч198
Kubo Ч Greenwood formula      23 90Ч92 198Ч200
Landau levels      126Ч127
Landauer formulation      93Ч107
Landauer formulation, multichannel      96Ч103
Landauer formulation, multiprobe      103Ч107 207Ч208
Landauer formulation, single channel      93Ч95
Laughlin argument for IQHE      130Ч131
Laughlin quasiparticle      143
Laughlin wavefunction      140Ч142
Level repulsion      68 204Ч206
Level spacing      68Ч72 75 77 82Ч83 91 132 204Ч207
Level width      21Ч22 69 90Ч92 204Ч206
Linear response theory      23 90Ч92 195Ч198
Lithography      8Ч10
Lithography, e-beam      9Ч10
Local charge neutrality      84Ч88 93
Localization in a strong magnetic field      133Ч139
Localization in a strong magnetic field, scaling picture      138 146
Localization length      24 30Ч31 136
Long-range order      60Ч61 150 155Ч159
Longitudinal e.m. fluctuations      50
Low frequency (1/f) noise      185Ч190
Macroscopic wave function      149 154
Magnetic length      35 134
Magnetoconductance      20 33 35Ч37
Mathiessen rule, breakdown      12
Matrix elements      15 21Ч23 57 90 91 97 102 184 198
MBE      5 7Ч8
Mesoscopic      4
Mesoscopic model for 1/f noise      186Ч190
Metal-insulator transition      14 17 30Ч32 185
Metastable state, lifetime      158
Minimum metallic conductivity      13Ч14 18 31
Mobility edges      16
Negative TCR      12 18Ч21 25 29Ч32 34Ч35
Noninvasive potential measurement      100Ч103
One (and УquasiФ one)-dimensional conductor      14 21Ч26 28Ч30 51Ч53 68 107Ч109 120
One-dimensional localization      68 107Ч109
Onsager symmetry      103Ч108 207Ч208
Orbital magnetic response      65 70 72 84
Parallel addition of quantum resistors      4 109Ч112
Pauli constraint      58Ч59
Penetration depth      151
Percolation      20 32 136Ч137
Periodicity in the flux      61 65 69 70 109Ч116 129Ч132 137 148 152Ч156 160Ч162 175 200
Persistent current      65Ч88 152Ч154 157Ч159 170
Phase fluctuations      152Ч157
Phase operator, $\exp(i\phi)$      42
Phase uncertainty      38Ч45
Phase-slip center      157Ч158 162
Phonon scattering      53
Photon fluctuations and correlations      178Ч180
Photon, optical analogies      5
Photon, phonon field      44Ч45
Point contact      94 99 171 209Ч210
Power spectrum      177 189 198
Power-law conductance (as function of temperature)      25
proximity effect      147 164 169 173
Quantized conductance      94 99 194 209Ч210
Quantum conductance unit      13 127Ч129
Quantum dot      55 65
Quantum of flux      61 65 69 70 109Ч116 126Ч127 129Ч132 136Ч137 143 144Ч145 148 152Ч156 160Ч162 165 169 175 200
Quantum transport      12Ч38 89Ч124
quantum wire      8Ч9 23Ч25
Radiation from reservoir      97 178Ч181
Random-matrix theory      83Ч84 122 208
Rayleigh fluctuations      121
Reflectionless tunneling      172
Resonant tunneling      122Ч123 172
Return probability      36Ч37 77 83
Rings, AB      39Ч40 65Ч89 151Ч162 165 174 200
Sample-specific effects      72 116Ч117
Scale-dependent diffusion      31Ч32 37 207
Scaling laws      63
Scaling theory      26Ч34 138
Scaling, finite-size      63
Scattering rate      56
Scattering-matrix      97 170 208
screening      84Ч88 93
Screening, magnetic      151
Semiclassical approximation      16Ч37 75Ч78 82Ч84 87Ч88 135 201 204Ч207
Sensitivity to boundary conditions      22 23 62 75
Series addition of quantum resistors      4 107Ч109 122
Shot noise      177Ч184
Sink      125 181Ч183
SN junction      171Ч172
SNS junction      75 168Ч170 172Ч175
Source      125 178Ч180
Spectral correlations, rigidity      81 83Ч84 122 208
STM-AFM      5 9 11 194
Superconducting quantum interference device (SQUID)      71Ч74 165
Systems for experiments      6Ч11
T vs. T/R      93Ч94 99
Temperature fluctuations      62Ч63
Thermal activation      18Ч21 158
Thermal length      116 121 143 173Ч174
Thermodynamic limit      1 61Ч62 68
Thouless energy      21Ч23 55 72 76Ч77 82 83 85 116 199Ч200
Thouless parameter      21Ч23 199Ч200
Thouless picture      21Ч23 75 199Ч200
Time-reversal symmetry      36Ч37 103Ч107 205
Trace formula      204Ч206
Trace in the environment      38Ч43
Transfer matrix      208
Translational symmetry      126
Two-dimensional      8 14 28Ч30 51Ч52 124 127 129 132 134 144
Two-terminal vs. four terminal      93Ч103
Unitarity      42 45 97
Universal conductance fluctuations (UCF)      120Ч122 208Ч209
Universality      5 99 120Ч122 208Ч209
Variable-range hopping      18Ч21
Vortices      165Ч167
Weak links      147Ч148 160 164 168Ч169 172Ч174
Weak locabТzation      34Ч37 77 111Ч114
Wiener Ч Khintchin theorem      190
Yofe Ч Regel criterion      13
Zener transitions      70
УNormal coherence lengthФ, $\xi_N$      143 173 174
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