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Авторизация |
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Поиск по указателям |
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Phillips P. — Advanced Solid State Physics |
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Предметный указатель |
Quantum Hall systems gapless excitations 369
quantum mechanics 158
Quantum phase transitions (QPTs) 321-322
Quantum phase transitions (QPTs), (2+1)-dimensional XY model see Insulator-superconductor transitions isotropic
Quantum phase transitions (QPTs), Bose - Hubbard model 323
Quantum phase transitions (QPTs), Bose metal 341-342
Quantum phase transitions (QPTs), conductivity 340-342
Quantum phase transitions (QPTs), Cooper pairs 322-324 342-345
Quantum phase transitions (QPTs), critical resistance 344-345
Quantum phase transitions (QPTs), definition of 319
Quantum phase transitions (QPTs), essential tension 320-321
Quantum phase transitions (QPTs), isotropic quantum rotor model of 327
Quantum phase transitions (QPTs), phase-only model 322 323 324
Quantum phase transitions (QPTs), quantum rotor model 323 326
Quantum rotor model 323
Quantum rotor model, and free energy 336
Quantum rotor model, Hamiltonian for 326
Quantum rotor model, Landau - Ginzburg 335-337
Quantum rotor model, obtaining mean-field solution in 328-335
Quantum rotor model, quantum critical 335 339
Quantum rotor model, quantum critical point 324
Quantum rotor model, scaling of 324-328
Quark physics 98
Quasi particles 248 257 268
Quasi particles, charge of 165
Quasi particles, effective mass of 227
Quasi particles, energy of 226-227
Quasi particles, in Fermi liquid 170
Quasi particles, in Laughlin liquid 370
Quasi particles, in Luttinger liquid 170
Quasi particles, lifetime of 224
Quasi particles, of BCS theory 251
Quasi particles, spin of 165
Quasi particles, wave function of 368
Quasi-particle energy 241
Quasi-particle excitations 247-251 252 254 257 264
Quasi-particle phonon coupling 261 262
Random binary alloy 300-301
Random dimer model (RDM) 278 299-305
Random matrix theory 291
Relaxation rate 270 271
Relaxation-time approximation 190- 199
Residual resistance 196
Resistance, at low temperatures 191-196
Resistance, residual 196
resistivity 226
Return probability 281-285 290 191
Saturation temperature 299
Saturation time 299
Scale invariance 308
Scaling theory of localization 291
Scaling theory of localization, Fermi-liquid theory 285-286
Scattering equation 64
Scattering processes 159 160
Scattering, amplitude 83 86-87 88-91 109 218 219
Scattering, and resistivity minimum 80-88
Scattering, between down-spin states 101
Scattering, energy-conserving process of 85
Scattering, of spin-down electron 102
Scattering, spin-averaged rate of 82
Schrdinger equation 14 42 220 230 354
Schrdinger picture 229
Schrieffer - Wolf transformation 78 105-110 214
screening 41
Screening effects in random-phase approximation (RPA) 134-138
Screening effects in random-phase approximation (RPA), and Heaviside step function 135 136
Second quantization 17-24 27
Second quantization, advantage in using 21
Self-energy 282 283-285 304
Similarity transformation 214
Single-particle exchange energy 37-38
Sommerfeld expansion, and chemical potential 8
Sommerfeld expansion, explanation of 6
Sound propagation 199-202
Spatial wave function 220
Spin operator transition 74
Spin wave function 219
Spin-charge separation 172 248
Spin-flip scattering 94 293 297
Spin-lattice relaxation rate 266-271
Spin-spin coupling constant 98
| Spinons 167
Spinons, definition of 165
Spinons, interaction of 166 167
Stirling's approximation 4
Stoner's criterion 68
Stress tensor 198
Strong localization 278 281-285
Structure function 130-134
Structure function of free electrons 184-185
Structure function of free electrons, and fluctuation-dissipation theorem 185
Structure function, Fourier components for 131
Structure function, Fourier transform for 131
Structure function, Gell - Mann - Brueckner perturbative expansion 134
Structure function, Hamiltonian for 131
Structure function, parameter differentiation of total energy 132-134
Superconductivity 1 312-313
Superconductivity, and BCS ground state 234-237
Superconductivity, and condensation energy 243
Superconductivity, and critical magnetic field 243-244
Superconductivity, and electron-phonon coupling 214
Superconductivity, and energy gap 244-247
Superconductivity, and free-energy density 210
Superconductivity, and ground state energy 239-243
Superconductivity, and heat capacity 211-212
Superconductivity, and isotope effect 213-214
Superconductivity, and Josephson tunneling 271-273
Superconductivity, and Meissner effect 206-211
Superconductivity, and microwave and infrared properties 213
Superconductivity, and model interaction 217-219
Superconductivity, and nuclear-spin lattice relaxation 213
Superconductivity, and pair amplitude 228-234
Superconductivity, and pair fluctuations 237-239
Superconductivity, and penetration depth 209
Superconductivity, and phase rigidity 205
Superconductivity, and quasi-particle excitations 247-251 252
Superconductivity, and thermodynamics 251-256
Superconductivity, and ultrasonic attenuation 213
Superconductivity, and zero resistance 206
Superconductivity, Bardeen - Cooper - Schrieffer (BCS) theory 205
Superconductivity, Fermi-liquid theory 224-228
Superconductivity, of Cooper pairs 205-206 219-223
Superconductor 251
Taylor expansion 210
Taylor series 6
Temperature derivative of the entropy 5
Thermodynamics 251-256
Thomas - Fermi screening 115-118
Thomas - Fermi screening, Fermi - Dirac distribution and 116
Thomas - Fermi screening, Fourier transform for 116 117
Thomas - Fermi screening, Poisson distribution and 115-116
Thomas-Fermi approximation 226
Tight-binding model 278-279
Tight-binding model, Tomonaga model 152
Transverse resistivity 351
Tuning parameter 308
Tunneling 172
Tunneling, into Luttinger liquid 171 172
Two-body potential 216
Two-body wave function 220
Ultrasonic attenuation 184-186 260-266
Ultrasonic attenuation rate 265 268
Umklapp process 159 171 182
Vacuum state 18 24
Vector potential 258
Vortices 308
Weak localization 278 291-298
Wick's theorem 47
Wigner - Seitz cells 42 44 45
Wigner - Seitz method 42-45 46
Wigner crystal 3 45 46 365 367
Wigner crystal, melting 49
Wigner interpolation 48
Wigner interpolation scheme 45
Wigner melting boundary 49
Wigner scheme 48-49
Wigner solid 45-49
Wigner solid, correlation energy 47
Wigner solid, Coulomb energy 45
Wilson renormalization group approach 104
Zeeman energies 268
Zero-bias anomaly 94
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