Bennemann K.H., Ketterson J.B. Superconductivity: Volume 1: Conventional and Unconventional Superconductors; Volume 2: Novel Superconductors
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Subject Index
A-15 compound 3,7
ABM phase 1063,1067,1106,1110,1111, 1114,
1115,1125,1129
Abrikosov
– parameter 512
– vortex lattice 497,506
absence of phase transitions in one-dimensional
systems 394
acoustic attenuation 123
acoustic phonons 138
actinide metals 4
activation energy 1177
AFM
– fluctuations 672
– insulator 722
– transition 677
AG theory 413,644,650
Aharonov–Bohm type magnetic flux 310
AL paraconductivity 420
Al-Ge mixtures 267
Allen–Dynes parameter 116
amorphous 260
–Al
2
O
3
260
– metals 18,19
amplitude
– fluctuations 1504,1508
– triplet pairing 163
Anderson
– localization 405,1045,1070,1095
– theorem 208,225,1064,1065
– transition (M–I) 406,407
Anderson–Brinkman–Morel phase 1057
Andreev
– bound states 839,857,861
– interferometer 310,311
– reflection 729,846
– scattering 417
– spectroscopy 861
– surface bound-states 1120,1135
angle resolved photoemission 807,924
angular momentum pairing state 1052
anharmonic effects 555
anion ordering 1176,1210
anisotropic Knight shift 1125
anisotropic layered superconductors 547,621
anisotropic material
– elasticity 515,517
– free energy 513
– line energy 506
– quasi-two-dimensional 501
anisotropy 466,472,475,483,735,797,948, 956
– correlation length 1097
– effective masses 502
– factor 499
– mass anisotropy ratio 503
– organic superconductors 489
– parameter 383,387,518,1184,1194
– – angle dependent 506,533
– scaling approach 533
– scaling rules
– – coherence length 535
– – energy 534
– uniaxial 499,518
– within superconducting planes 513
anomalous
– Green’s functions 1064
– skew scattering 1085
– T-dependence 1525
anomalous amplitudes 150
anomalous Gor’kov Green functions 205
anomalous Maki–Thompson (MT)
contribution 417
anti-paramagnon excitations 1132
antibonding 934
anticommutation rules 55
antiferromagnet 463,1175,1179,1182
– exchange interaction 646
– instability 1047
– spin fluctuations 12,1049,1167,1171,1172,
1198–1200
antiferromagnetism, coexistence of SC with 163
appearance of a superfluid density 390
Arnold model 846
1546 Subject Index
ARPES 10,731,740,786,806,807,924,925, 929,
935,946,948,952,953,964,965,967, 969,979,
982,986,987,1355,1383, 1389,1390,1397,1399,
1401,1533
– intensity 931,932,938,940,941,944,983
– lineshape 931,942,946
– matrix elements 937
– – polarization dependence 946
– spectra 736,807,931,934,937,955,956, 983,1395
– – EDCs 931
– – MDCs 931
Aslamazov–Larkin 417,419,444,445
– diagram 449
– magnetoconductivity 403
Aslamazov–Larkin/Maki–Thompson
contribution 710
asymptotic result for T
c
110
atomic susceptibility 373
attenuation
– coefficient 1114
–rate
– transverse sound waves 1115
B
c
1
1189,1191,1193
B
c
2
1184,1190–1197,1211
B
c
th
1185,1189,1191,1193
B-phase gap 1533
backscattering 1246
Balian–Werthamer
– p-wave order parameter 693
– phase 1057,1066
ballistic motion 371
band
– filling 1163
– structure 1157,1162,1188,1199
– width 1157,1164,1180,1200
Bardeen–Cooper–Schrieffer (BCS) 473,1529
– reduced Hamiltonian 76
–– pseudospin 76
Bare Coulomb repulsion 1231
Bare electron-phonon coupling 1231
BCS 1188,1197–1199,1205,1209
– coherence factors 948
– expression 276
– interaction parameter 275,276
– result 1062,1190,1192,1203,1209,1210
– theory 987,1031,1032,1051,1519
Bean critical state 566
Bechgaard salts 969,698,700,711,1158, 1160,
1175,1210,1211
Bechgaard superconductors 706
BEDT-TSF 1158,1182,1183
BEDT-TTF 696,1158,1160,1166,1182,1183,
1189,1201
Berezinski–Kosterlitz–Thouless (BKT)
transition 393,409,1444,1473, 1479,1509
Bethe–Ansatz solution 1070
Bethe–Salpeter equation 1449,1453
BETS 696,1158,1162,1166,1182,1192
– -(BETS)
2
FeCl
4
711
Bi
2
Sr
2
CuO
6+ı
460
Bi2212 924,945
bias voltage 98
bilayer 193
– effects 945,947,1448,1483
– material 936
BiO layers 924
Bitter decoration 513
Bloch state 1042,1524
Bogoliubovtransformation 55,293,948
Bogoliubov–de Gennes formalism 225,232
Bogoliubov–Valatin transformation 293
Boltzmann equation 123,296,398
– transport 372,399
bonding 934
Born approximation 101,204,221,294,414,644,
1065,1090
Born–Oppenheimer approximation 92,1089
borocarbides 147
– quaternary 168
Boron isotope effect 820
Bose condensation 8,55,371,405
–ofCooperpairs 65
Bose gas 55
Bose–Einstein
– distribution function 31,372,1047
– condensation 24,28,32,740,1517–1520
Boson mechanism of the T
c
suppression 409
bosonic
– collective excitation 474,1533
– charge field 1247
– spin field 1247
Subject Index 1547
– superfluids 510
boundary conditions 42,43,46,301–303
Bragg peaks 1098
break junction 801
Brillouin zone 92,93,124,513,812,941,942, 949,
964,985,1362,1435,1439
BSCCO 740
Burgers vector 552
BW phase 1125,1129
C
60
system 147,767
c-axis fluctuation resistivity 428
– magnetoresistance 429
canonically conjugate variables 21
capacitance C 20,263
carrier concentration 1157,1168,1183,1185
Casimir effect 566
CDW 18,848
CeCoIn
5
674,678,1138
CeCu
2
Ge
2
1139
CeCu
2
Si
2
659,661,1039,1137
CeCu
6
1079
CeIn
3
16,672,1138
CeIrIn
5
1137
CeMIn
5
660,673,676,685
CePd
2
Si
2
672,1138
CeRh
2
Si
2
1138
CeRhIn
5
1137
cerium heavy-fermion compounds 1096
CeRu
2
Si
2
1079
Chandrasekhar/Clogston limit 1106
charge
– carrier doping 722
– excitation 734
– fluctuation 463
– imbalance 295
– transfer 1157,1163
–– salts 17
Charge correlation length 1255
Charge density 852,1247,1254
Charge Luttinger parameter 1252,1247
Charge velocity 1247
charging up behavior 20
chemical potential 33,69,934
Chevrel phase 651,711,813
chiral state 1452
chronological ordering of operators 203
clean metals 387
coexistence of nuclear magnetism 179
coherence 307
– factor 948,1502
– length 5,68,128,202,208,274,372,377, 383,
397,437,465,497,504,505,789,1183,1185,1190,
1191,1193,1194,1206,1207,1441
– peak 128,132,133
coherent
– quasiparticle weight 1255
– resonant scattering 414,1084
– spin soliton weight 1253
collapse
– of phase transition 553
collective
– excitation 1041,1045
– fluctuations 1047
– mode 979,1438,1471
collision
– terms 223
– time 204
columnar defects 606
commutation rules 21,64,401
competing magnetic interactions 656
completeness condition 55
complex order parameter 29
compounds
– layered 169
– ternary rare earth 168
compression modulus
– anisotropic 517
– isotropic 514
condensation 32
– energy 472,479,481,986,987,1105,1106
conductance 99,267,305,306,1113
– peak 858
– point contact 840
– tunnel junctions 442,840
conductivity 123,127,129,130,134,136,370,
372,409,472
–Ba
1−x
K
x
BiO
3
136
– Drude 399,422,439,446
– fluctuation 404,436
– in ternary compounds 766
–inYBaCu
3
O
7−X
136
1548 Subject Index
– in-plane 401
– microwave 128,131,133
– normal state 126,136
– optical 102,123,125,445
– tensor 401,404
– transverse 428
conjugate momentum 1247
constitutive relation B(H) 512,538,565,622
cooling-rate dependence 1177,1178,1181, 1209,1210
Cooper instability 55
Cooper pair 5,52,54,146,1040,1054,1057, 1520,1530
– Bose condensation 65
– doping dependence 9
– energy spectrum 398
– fluctuation 371,372,383,398,399,451
– lifetime 398
– localization 464
– mass 372
– phase coherence 20
– size 121,371,389,1530
– velocity 398
– wave function 68,374
Cooper pairing 1517,1527
– phase coherent 9
–triplet 14
Cooperon 419,438,439,449
Copper oxide 775
correlated electron gas 934
correlation 40,540
– function 1085,1291
– length 61,459,485,1093
– – exponent 485
Coulomb
– blockade 19,263,262,275
– energy 20,270
– pseudopotential 112,113,116,833
– repulsion 112,474
coupling constant 1389
coupling mode–mode 1048
creep 498,538
– activation barrier 574,590
– diagram 591
– diffusion process 585
– dirty elastic manifolds 585
– giant 500,574
– in presence of columnar defects 608
– Maley plot 575
– normalized creep rate 587,593
– nucleation droplet 586
– – optimal geometry 586,589
– via quantum tunneling 592
– – Hall motion 594
– – tunneling action 593,595
– – tunneling time 593
– vortex bundles 588
– – subbundles 588
critical
– behavior 465,467,477
– – quantum 471
– concentration 218
– exponent 382,407,411,473,481,488,796,
1048,1098
– film thickness 462
– fluctuations 392,1045
– point 472,481
– scattering 1048
– temperature 271,275,647,649,650,718
critical current 809,810
– density 273,274,724,536
– magnetic field dependence 810
critical field 6,11,36,60,61,273,673,707,724,
1079,1105
–lower,H
c
1
497,506
–thermodynamic,H
c
497,504
– upper 213,274,275,497,506
– – dirty-limit 213
crossover 471
– 3D–2D 383,462, 487,518,541
–atH
c
2
498,621
– between defect and“loop”transition 559
– between Larkin and random manifold
regime 585
– between pinning regimes 581,600,604
– doping tuned 489
– in melting line
– – from electromagnetic to Josephson
coupled 545
–intheM(, H) field 388
– in the magnetization field 388,408
– irreversibility line 500
–layerdecoupling
– – tilt limited 550
Subject Index 1549
– metal to insulator 485
– pinning 499
– temperature 962
– thermal depinning 498,500,538,597,603
– – temperature 597,599
crystal
– field 1082,1099
– growth 1159
– structure 1417
–– La
2
CuO
4
722
–– Sr
2
RuO
4
1416
– symmetry 1057
crystalline anisotropy 1053
Cubic Perovskites 146
– strontium titanate 146
cuprate superconductors 465,722,738,739,1520
cuprates 9,23,78,474,782,1352
–CuO
2
layers 78
– electron-doped 13,1449
–high-T
c
94,128
–holedoped 11
Curie temperature 683
Curie–Weiss 663,1081,1101
– temperature 643,644
current 35,98,221,390
– correlation function 927
– critical, depinning 497,500,566,580, 582,583
– – thermal renormalization 598,600
– density 289
– dissipation free 497
– longitudinal 497
– time dependence 573,574,587
– transport 509
current-voltage characteristic 574,586,619
cyclic permutation of operators 69
cyclotron frequency 439,509
d
x
2
−y
2
symmetry 740
d-wave superconductivity 474,1199,1200,1203,
1206,1210
DC conductivities 472
de Boer parameter 563
Debye
– energy 413
– frequency 5,52,54,58,511,1349,1350, 1363
– temperature 275,819,1087
Debye–Waller factor 1095
defects
– columnar tracks 500,501
– grain boundaries 500
– interstitials 557
– oxygen vacancies 500
– precipitates 500
– through irradiation 500,605,622
degenerate triplet pairing 1058
de Gennes factor 645
de Gennes/Ginzburg–Landau theory 307
de Haas–van Alphen oscillations 18,704,1034,
1039,1076,1077,1080
demagnetization 37,612
density functional theory 556
density of doped holes per plane 1232
density of free energy 39
density of states 15,276,439,441,730,846, 945,
1163,1170,1172,1179,1188,1193,1202, 1381,
1382,1396
– BCS 836
– fluctuation suppression 442
– phonon 849
– superconducting 974
– tunneling measurements 439
density of states of Pb 114
density of superconducting electrons 5,35,
504,505
density wave 1158,1168,1171,1174,1175, 1179–
1181,1188,1200
dephasing 451
di-electronic molecules 1530
diagrams for the fluctuation contribution 379
diamagnetic
–behavior 5
– effects 215
– response 123
– susceptibility 370,373,384,385,467
dielectric
– barriers 262
– crystal 262
– function 101
– layer 261
differential conductivity 670,801
1550 Subject Index
diffusion 261,274
– coefficient 223,274,298,299,305,371, 406–408,
415,434
– equation 280,300
– excitations 406
– mechanism 261
digamma function 84,109,372,390,425,1066
dimensional
– organic superconductors 706,707,709,711
– – QSI criticality 475,487,489
dimensionless coupling constant 150
dimerization 1159,1160,1163,1164,1180
Dingle temperature 1163
dip/hump structure 973
dipole matrix elements 927
dirty limit 297,427,473
disclination 553
discretization 19
dislocations 498,586,615
disorder 462,483,489,1159,1160,1167, 1175,
1176,1178,1181,1207,1209
– L
c
as disorder parameter 582
– T
c
variation 534
– j
c
as disorder parameter 581
– alloys 438
– artificial manipulation 622
– characteristic scale 570,600
– distribution of pinning energies 603
–duetoT
c
variation 575
– due to irradiation 500,567,605,615,621, 622
– due to mean free path variation 534,575
– Gaussian 502,534,575
– periodic 579
– thermally smoothed 597
dispersion 934,936,948
displacement field 513
– mean-squared thermal displacement 542
– of a dislocation 552
– of an interstitial pancake vortex 557
– relation to phase field 528
– Larkin regime 580,582,583
distributionof impurities 206
distributionof the magnetic field 48
domain magnetic 175
– structure 179
doped
– Bi2212 843
– insulators 499
–YBa
2
Cu
3
O
7−y
113
doping dependence 459,976
– anisotropy 459
– dispersion 977
– spectra 977
dressed phonon frequency 75
Drude formula 101,372,398,399,405
Drude peak 127,133,1044,1089,1113
dynamic
– conductivity 859,1044
– critical exponent 485
– magnetic properties 1090,1122
– magnetic response 1095
– mean field theory 1071
– susceptibility 1090
dynamical phase stiffness 1480
Dyson equation 81,205,207,220,285,412,1042,
1431,1432,1453,1506
eclipsed conformation 1160
EDC 934,938,939,944,946,949,951,982
– dispersion 939
effect of fluctuations on superfluid density 390
effective
– Coulomb interaction 6
– electron–electron attraction 75,411,1052
– exchange 1052
– Hamiltonian 79
– mass 264, 1164,1165,1168,1183,1192,1232
Ehrenfest relation 691
eigenfunctions 400
eigenmodes 240
eigenvalues 1061
Eilenberger equations 208,218,219,221,223
Einstein
–modefrequency 81
– model 83,418
– relation 274,406,407
– spectrum 83,110
elastic matrix
– anisotropic 516
– isotropic 514
– renormalization 554
Subject Index 1551
elastic scattering 294,297
elastic string 507
electric current 280,300,305
electric field 33,497,509
electrical resistance 262,267,650,663,665,683,
686,779,816,819,1081
– BaPb
1−x
Bi
x
O
3
814
– Bi-2212 792
–La
2−x
Sr
x
CuO
4
779
– single crystalline MgB
2
819
– thin films 816
electrochemical potential 295
electrodynamic response 133,1115
electromagnetic
– ABM 1116
– absorption 128
– – spectra 1116
– BCS 1116
– field fluctuations 396
– interaction 516
– polar states 1116
– response tensor 419,420,424
electron
– orbital 1157,1158,1161,1162,1179,
1188,1204
– orbital 1157,1162
– density 1294
– density of states 110
– doped cuprates 723,1449
– doped superconductors 724
–gap 99
– Hamiltonian 411
– hole symmetry 1068
– plasma frequency 101
– scattering time 371
– self energy 85
– tunneling 670
electron–electron
– correlations 1164,1165,1168,1179,1198
– interaction 929,1034,1048
electron–ion coupling 78,110
electron–phonon
– coupling 5,74,108,116,822,929,1049,1050,
1164,1165,1168,1170,1179,1200,1201
– – constant 1113,1170,1188,1202
– enhancement parameter 119
– Hamiltonian 61,80
– interaction 74,85,116,133,146,816
– mass enhancement 83
– pairing 1363
– renormalization 447
– spectral function 82,93–95,833,847
electron-impurity scattering rate 101
electronic
– dispersion 935
– inhomogeneity 738
– specific heat coefficient 1043
electrostatic energy 19,264
elementary excitations 56,57,1041,1434,1437,
1455,1461,1465,1486
Eliashberg equation 87,88,93,96,97,100,109,
110,112,113,118,148,1356,1365,1372,1374
Eliashberg theory 11,411,812,1050,1430,
1433, 1500
energy 400
– condensation 504
– elastic 514
–Fermi 5
– kinetic 506
– of 2D vortex solid 555,556
– of a dirty elastic manifold 576
– of a dislocation 552
– quasiparticle 128
– surface 186
energy dispersion 1435,1453
energy gap 57,108,116,504,948,1533
– temperature dependence 57,58,61
energy spectrum 19,57,64,941
–ofasuperconductor 54
entropy 36,56,1043,1080
– at the phase transition 36
– of a vortex line 565
equations for G(r, r
; !
n
) 206
equipartition theorem 542,554
ErRh
4
B
4
654,655,686
ethylene conformation 1160,1177,1181
ethylene endgroups 1160,1167,1173,1177,1181,
1201,1202,1204,1207
Euler
– constant 50,212,413,436
– gamma-function 390
Euler–Maclaurin transformation 386
1552 Subject Index
eutectic systems 260
evaporation
– of pancake-vortex stack 553,622
exchange field 17,22,642,658
excitation 31,56,64,98
exotic pairing 1533
extended Bloch state 1046
external magnetic field 45
Fe 16
feedback effect
– superconducting state 1375
Fermi crossing 958,968,976
Fermienergy 5,271,441,643, 703,925,1042, 1350
Fermi function 925,929,930,932,938,944,986
Fermi gas 53,54
Fermi–Dirac statistics 1043
Fermi Golden rule 94,841,925,1069,1113
Fermi liquid 8,663,982,1041,1162,1163, 1166,
1167,1169,1172,1350,1357,1401,1466,1468,
1522,1524
– approximation 452 779
– behavior 720,1371
– marginal 984
– nearly antiferromagnetic 1352,1357,
1389,1401
– non 942,987
– non F.L. behavior 1356
– parameter 953,1052
– phase 1044
– superfluid 1527–1529
– theory 1525
Fermi surface 58,412,414,415,698,778,786,
930,932,934–937,940,942,943,945, 949–951,
953,957,960,961,964,981,1054, 1162–1164,
1168,1169,1171,1172,1174,1175, 1179,1181,
1189,1192,1198–1200,1362
– anisotropic 1106
– antibonding 947
– averaged spectral function 82
– Bi(Pb)-2212 961
– Bi2201 944
– Bi2212 786,944,945
– Bilayer-split 947
– determination 937
– gap function 730
– optimally doped 944
– UD 960
Fermi surface nesting 700
Fermi velocity 122,128,667,952,1246
Fermi wavevector 1246
Fermion Matsubara frequency 114
Fermion mechanism of T
c
suppression 410
fermionic bound state 228
ferromagnet 3
– exchange interaction 643
– instability 1047
– superconductors 1139
Feynman diagram 419,973,984,1364
FFLO state 1106
field
– lower critical 186
– spiral exchange 171
field penetration depth 395
field-theoretic techniques 55,62,75,411
final state lifetimes 964
finite-size scaling 468
first order quantum phase transitions 230
fixed point 469
fluctuation 374,465,489,797,1530
– 2D fluctuational regime 542
– 3D fluctuational regime 541
– diamagnetism 382
– below the critical temperature 390
– conductivity 401,416,431,436
– conductivity tensor 402
– contribution 384,416
– – transport phenomena 413
– contribution toheatcapacity 373,375,378, 391
– correction 371
– critical region 498
– – width 538
– diamagnetic susceptibility 434
– diamagnetism 382
– dissipation theorem 597
– effects 371,797
– exchange of antiferromagnetic spin
excitation 1351
– Ginzburg number 792
– Hall effect 397
– heat capacity 378
– in the critical region 793
Subject Index 1553
– induced magnetization 385,387
– magnetic susceptibility 434
– magnetization 388,534
– magnetization of YCO123 389
– magnetoconductivity 434
– near superconductor–insulator transition 405
– pseudo-gap 417
– susceptibility 387,450
– thermal 497,499,538
– – of pancake vortices 531
– – of vortices 498,500,597
– thermopower 397
– ultra-clean case 437
fluctuation-dissipation theorem 397
flux
– quantization 5,729
– quantum 1105
flux expulsion 496
flux flow
– conductivity 509
– lines 496
– quantum 5,497,808
flux-trapping experiments 787
fluxoid quantum 121
force
– dissipative 510
– friction 497,508
– hydrodynamic 508
– Lorentz 497,508,510
– Magnus 510
– spectral-flow 510
– transverse 510
Forward scattering 1246
fragmented condensates 1519
Frauenhofer diffraction pattern 810,1120
free energy 16,36,40,272,395,1105
– density 265,463,482
– fluctuation part 385
– functional 379
– GL functional 384
–Londonequation 48
Friedel–Anderson model 643,651
Fr¨ohlich superconductivity 710
Fulde–Ferrell–Larkin–Ovchinnikov (FFLO)
state 190,710,1193,1196,1211
fulleride 94
Galilean principle 31
gap 77,99,798,834,948,950–953,964,972,
976,1529
– d-wave 1387
– anisotropy 801
– doping dependence 952
– effective 1377
– equation 1439,1440,1457
– excitation spectrum 217,798
– function 115,118,128,800,801,953
– leading edge 968
– node surface 730,806
– optical 130
gapless
– excitation 930
– phase 1067
– superconductivity 645
gauge
– invariant 216,502
– – phase difference 504,520,540
– – time derivative 511
– symmetry 802
– transformation 40,68,290
Gaussian fluctuation 418,1045
– integrals 386
– white-noise law 397
geometrical quantization 595
Giaever tunnelling 271
Gibbs energy 404
Ginzburg criterion 709
Ginzburg number 499,538,792,1185
Ginzburg–Landau 213,407,460
– coherence length 121
– expansion for alloys 213
– free energy 391,1443
– functional 214,375,395,397
– parameter 41,61,504,789,814,815,1134,1137
– region 48,385,391
– time-dependent 410
– theory 5,16,38,39,272,273,370,392,423,474,1444
– treatment of fluctuation magnetization 385
Ginzburg–Levanyuk criterion 377
– number 371,377,392,399,406,408,409,416, 452
glass-like transition 1173,1176,1177,1181,1207
Goldstone mode 1045,1053,1355
1554 Subject Index
Gor’kov
– amplitude 150
– equation 77,197,206,218,221,293,297
gradient expansion 286,287,943
grain size 260,261,267
grand canonical thermodynamic potential 57,
59,62–64,69
granular
– Al 263
– films 260,263
– insulating phase 270
– materials 260,270
–structure
– – transport 263
– superconductors 18
Green
– functions 62,64,65,68,70,75,87,149, 151,
203,206,209,211,217,220,412,414, 440,931,
963,986,1041,1042,1064
– advanced 283
– – anomalous Gor’kov 67,205
– – diagrammatic methods 203
– – phonon 148
– retarded 283,297
– – quasi-classical 221,289,291,294
– – two-particle 65,70
group SU(2)
spin
1532
gyromagnetic ratio 1061
H
c1
708
H
c2
7,708
– enhancement 705
H-bonding 1160,1189
Hall effect 262,1085,1525
– angle 510, 780
– coefficient 733,780,1085
– conductivity 416,800,1399
– constant 262,264,781
– effect 436,780,799,815
– resistivity 799,800
Hamilton–Jacobi equations 21
Hamiltonian 54,203,401
– Bardeen 841
– Hubbard-type 1358,1428
– impurity atoms 203
Hartree–Fock 87,1069
healing length 40
heat capacity 266–269,370,371,1032
Heaviside step function 412,1090
heavy-fermion 8,147,666,1033,1035,1043,1081,1354
– f -electron material 640,659
– compounds 640,659
– metals 15,23,1132
– superconductor 664,668,732,1033,1039, 1041,
1050,1103,1115,1133
– – magnetically ordered 683
– – uranium 1035
Hebel–Slichter coherencepeak 213,450,671,713,714,
817,1129,1418
Heisenberg antiferromagnets 1404
Heisenberg matrix element 29
Heisenberg representation 68,411,447
helicity modulus 465,1263
Helium-B 1531
Hermitian conjugation 67
Hertz/Millis theory 681
HgBa
2
CuO
4+ı
460
high temperature superconductivity 719
highestoccupiedmolecularorbital 74,112,130,1162,
1163,1170,1188
hole
– localization 727
– pockets 934
hole density on a stripe 1294
hole doped cuprates 11,1234
hole-spin-fluctuation coupling 11
Holstein Hamiltonian 80,110 1378
hopping integral 934
hot spots 1355
HTS 446,452
– materials 429,448
– transition temperature T
c
3
Hubbard U 1359,1372
Hubbard Hamiltonian 1351,1358
– lower 933
– one-band 1430
– three-band 1429,1451
– upper 933,1426
Hubbard–Holstein model 152
Hubbard–Stratonovich procedure 1359
Hund’s rule 643
– multiplet 684