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| Thouless D.J. — Topological quantum numbers in nonrelativistic physics |
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| Предметный указатель |
Hofstadter, D. 74
Hohenberg, P.C. 102
Holes 73 81 83 115
Homotopy class 11 14 15
Homotopy group 10—15 59 62 64 90 95 99
Huberman, B.A. 112 113 348 405 413
Hund, F. 20
Hydrodynamic mass 30
Hyperfine coupling 56 57 64
Impurities 35
Impurity trapping 28
Incommensurate crystals 112
Incompressible flow 22 30
Integer quantum Hall effect 34 69 71 74 76 78—80 82 279
Interaction between dilute bosons 25
Interaction between dislocations 110
interaction between electrons 5 69 80 81 85—87
Interaction between He atoms 21 55
Interaction between vortices 105 112 114
Interface free energy 39 40
Interference 2 18 20 47 49—51 73 94 223
Intermediate state 40
Invariance, rotation 3 89 109
Inversion layer 68
Inversion symmetry 57
Ion trapping 30 31
Iordanskii, S.V. 27 34
Irrotational flow 26
Ising model 14 102 106 108 109
Isospin 3
Jain, A.K. 224 236
Jain, J. 82
Jaklevic, R.C. 20 51 223 228
Jancovici, B. 104
Jones, K. 279 285
Jordan, R.G. 211 222
Jose, J. 106
Josephson effects 15 20 39 46—54 73 74 113—115 224
Josephson junction arrays 50 54 113 115
Josephson, B.D. 2 5 46 223 225
Kammerlingh-Onnes, H 36
Karn, P.W. 30
Kautz, R.L. 54
Keene, M. 211 222
Kelvin, W.Lord 26
Kepler, J. 1
Kessler, E. 18
Ketterle, W. 26
kinetic energy density 22 91
Kirchhoff, G. 26 31
Kivelson, S.A. 39 51
Klemau, M. 11 89 92 94 97 137 138 329 330 334
Klitzing, K.von 68 279 281
Kohmoto, M. 77 280 296
Kondo problem 106
Kondo, Y. 58
Kosterlitz equations 106 111
Kosterlitz.J.M. 103 105—107 347 349 372 377
Krusius, M. 58 62 241 246
Kubo formula 70 74 79
Kubo, R. 70
Kurik, M.V. 94
Lagrangian 16 17 31 32 84
Lamb, H. 26
Lambe, J.J. 223 228
Landau gauge 69
Landau levels 69 70 72—74 77 78 81 82 85—87
Landau, L.D. 4 6 7 10 21 41 102
Landauer, R. 79
Langenberg, D.N. 54 223 233
Langer, J.S. 27
Laplace equation 32
Lattice gas 103 106
Laughlin, R.B. 34 69 71—74 77 80—82 85 87 279 280 290 308
Lavrentovich, O.D. 94
Layered materials 109 112—113
Lee, D.M. 55
Lie algebra 3
Likharev, K.K. 50
Line defect 5 14 15 58—60 89 90 92 95 97
Line singularities 18 26 27 33 58
Liquid crystals 6 10 13 15 57 92—101 137 329 347
Liquid crystals, cholesteric 10 13 93 94 97—99
Liquid crystals, cholesteric blue phase 94 101
Liquid crystals, columnar 10 94 101
Liquid crystals, nematic 10 13 93—97 99
Liquid crystals, smectic 10 94 99 100
Liquid-vapor transition 108
Little, W.A. 38
Lloyd, F.L. 54
Localization length 76 80
Localized states 69 70 73 77 80 81
London equation 37 42
London, F. 21 36—40
Long range order 8 77—78 83 94 102 109 110
Long range order, off-diagonal 9 36 78
Long-range properties 107
Longitudinal conductivity 70
Longitudinal current 73
Longitudinal strain 91 110
Lowering operator 3
Lukens, J.E. 236
MacDonald, A.H. 78 86
Macroscopic eigenvalue 8 9 21 24 25 35 36
Magnetic charge 16 17
Magnetic films 109
Magnetic flux quantum 2 4—6 16—20 33 37—40 43—51 57 69 71 74 77 78 81—83 85 87 112 153
Magnetic length 81
Magnetic materials 6
Magnetic monopoles 1 16—18 51 82 153
Magnetic systems, two-dimensional 108—110
magnetization 5—8 10 13 14 24 25 58 109
Magnus force 29 30 32—34 91 175 176
Many-body system 76
Many-electron state 70 75 80 280
Mapping 11—15 65 72 76 87 90 92 95 99 100 111
Mass flow 23
Matsumoto, Y. 68
McQueeney, D. 108
Measurable quantities 2 4 5 19 32
Meissner effect 36 37
Melting 111 113 114 347 348
Mercereau, J.E. 223 228
Mermin, N.D. 11 65 102 241 259
Mesons 3
Mesophases 92
Mesoscopic currents 71 73
Metastability 9 20 109
Michel, L. 329 334
Microwave detector 53
Microwave source 53
Mineev, V.P. 11 94 137 141
Minnhagen, P. 113
Mobility gap 70—72 76 80
Modulation of wave function 22 37
Moment of inertia 24
Monopoles, magnetic 1 16—18 51 82 153
Mooij, J.E. 348 401
Morel, P. 56
MOS device 68 70 279
Mott insulator 115
Mott, N.F. 115
Muirhead, C.M. 27 211 222
Multiple contacts 47.49 50
Nabarro, F.R.N. 89
Nabauer, M. 38 211 220
Nelson, D.R. 105 107 111 112 347 372
Nematic liquid crystals 10 13 93—97 99
Neutron 18
Neutron scattering 23 44
| Neutron star 35
Newton, I. 1
Niu, Q. 33 74 175 207
Noninteracting electrons 69 77 78 80
Normal fluid component 23 24 26 27 29 34
Normal fluid density 24 26 29
Normal metal 35 40 42 46 113
Normal state 8 25 28 55 102
Nuclear magnetic resonance 55 57 58 62 241
Nuclear spin 5 55—57 59 62
Nucleation 28
Number operator 25 50
Occupation number 77 85 86
Off-diagonal long range order 9 36 78
Onsager, L. 5 8 9 21 26 28 102 175 177 211
optical excitation 70
Orbital state of pair 5 9 55—57 59 62 64—67
Order parameter 4—14 23 24 26—28 35—37 39—44 46 52 55—67 78 89 92—97 99 100 102—104 108 114 347
Ordered phase 6 7
Orientational order 10 92—94 96 99 102 110—112
Orlando, T.P. 348 401
Osheroff, D. 55
P-wave 5 9 55 87
Packard, R.E. 31 175 203
Pairing energy 35 56
Pairing, fermion 35 55 58
Pairing, P-wave 5 9 55 87
Pairing, S-wave 9 14 37 39 55
Parallel transport 76
Paramagnetism 6 8 25 38
Parks, R.D. 38
Particle-hole conjugation 82
Parts, U. 62 241 246
path integral 17
Pauli matrices 95
Peierls, RE. 10 91 102
Penetration depth 38—40 113
Penetration depth, London 38 40 42 112 114
Penrose, O. 8
Pepper, M. 68 279 281
Periodic potential 35 74 77 89 280
Periodicity in flux 20 48 51 71 76 223
Persistent current 28 36
Perturbation theory 4 69 70 73 74
Phase boundary 55 58 64
Phase fluctuations 103 104
Phase of wavefunction 4 5 9 11—18 24—27 32 37—53 56—58 60 63 65 67 76 84 102—104 113 114
Phase transitions 4 6 10 28 56 89
Phase transitions, defect mediated 6 102—115 347—348
Phase, disordered 7
Phase, ordered 6 7
Phonons 22—24 27 31 34
Physisorbed layers 112
Piccard, A. 18
Pietilainen, P. 86
Pinning, dislocation 92
Pinning, flux 113
Pinning, vortex 33
Pippard, A.B. 39 40
Pitaevskii, L.P. 27
Planar phase 66
Planar spin model 7 11—15 28 102 103 108 109 114
Plateaus, conductance 68—70 86
Poenaru, V. 11 95 329 338
Point contacts 47
Point defect 5 14 15 64 83 90 92 95 99 100
Point singularities 6 65 103 110 111
Poisson equation 115
Polarizability 106
Polarizing microscope 94
Positional order 10 89 99 102 110
potential flow 22 23 26
Potts model 14 102 109
Power law decay 102 104
Precision of measurements 2 5 6 18 30 31 39 46 53 54 57 68 69 105 223 224 279
Princeton University 86
Projective sphere 13 93 95
Prost, J. 93
Proton 1 17 18 51
Pseudospin 86 87
Putterman, S.J. 29
Pythagoras 1
Quantum electrodynamics 54 223
Quantum Hall effect 2 5 6 9 13 32 34 68—88 279—280
Quantum optics 25
Quantum tunneling 27 31 46 72 73 80 86 87 113 224
Quasiequilibrium state 71 83
Quasiparticle tunneling 47 50 115
Quasiparticles 9 52 81 83
Quasiperiodic boundary conditions 76
Quotient set 7 57
Radioactivity 1
Rae, A.I.M. 211 222
Raising operator 3
Rayfield, G.W. 30 31 175 199
Read, N. 78
Recombination 70
Reflection 80
Reflection symmetry 58
Registry 112
Reif, F. 30 31 175 199
Relative index 78
Relative rotation 56 57 59 60 64 65
Relaxation of supercurrents 27 28 36
Renormalization 347
Renormalization group 102 106 107
Reppy, J.D. 108 347 392
Reproducibility 2 13
Reservoir 71 73 78 79 83
Residual symmetry 6 7 57 95
Resistance standards, electrical 2 13
Resonant tunneling 53
Rezayi, E.H. 81 85 87
Richardson, R.C. 55
Rigidity 92 110
Rigidity modulus 111 112
Rotation of superfluid 26 27 29 66 67
Rotational symmetry 3 6 7 56 89 109
Rotatiou invariance 3 89 109
Rotons 23 24 27
Rounding of transition 113
Rowell, J.M. 46
Rudnick, I. 108
Ruutu, V.M.H. 62 241 246
S-wave 9 14 37 39 55
Salomaa, M.M. 58
Scalapino, D.J. 54 223
Scaling relation 107
Schmeller, A. 87
Schrieffer, J.R. 35 54 223 233
Schrodinger equation 19 153
Schrodinger equation, nonlinear 27
screening 5 114
Screw dislocation 89 90 99
Second sound 24
Seiler, R. 74 78 82 280 292
Self-inductance 47
Shapiro steps 52 53 223
Shapiro, S. 46 52 223 230
Shear 91 110
Shift of nuclear resonance 57 58
Shubnikov, L.V. 40
Sign ambiguity 95
Silver, A.H. 47 223 228
Simon, B. 78
Simply connected 7 9 11 19 59 71 73
Singularities, line 18 26 27 33 58
Singularities, point 6 65 103 110 111
Skyrme, T.H.R. 1
Skyrmion 87
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