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Kapusta J.I. Ч Finite-temperature field theory
Kapusta J.I. Ч Finite-temperature field theory

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Ќазвание: Finite-temperature field theory

јвтор: Kapusta J.I.

јннотаци€:

Professor Kapusta develops the basic formalism and theoretical techniques for studying relativistic quantum field theory at high temperature and density. Topics covered include functional integral representation of the partition function, diagrammatic expansions, linear response theory, screening and collective oscillations, equations of state, phase transitions, restoration of spontaneously broken symmetries, the Goldstone theorem, and infrared problems. Specific physical theories treated include QED, QCD, the Weinberg-Salam model, and effective nuclear field theories. Applications to white dwarfs, neutron stars, ultrarelativistic nucleus-nucleus collisions, and the early universe are discussed. Problems are provided at the end of each chapter, and numerous references to the literature are included.


язык: en

–убрика: ‘изика/“ермодинамика, статистическа€ физика/ вантовые методы/

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

ed2k: ed2k stats

√од издани€: 1989

 оличество страниц: 219

ƒобавлена в каталог: 13.09.2005

ќперации: ѕоложить на полку | —копировать ссылку дл€ форума | —копировать ID
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ѕредметный указатель
Analytic continuation      40Ч41 48Ч49 72Ч74 82 86 141
Anomalous dimension      57 59
Antiparticle      7 16 27 49
asymptotic freedom      120Ч121 125Ч131 155
Axial gauge      62Ч66 89 95 97 133 140Ч144
Bag constant      153 155Ч158 161 166Ч170
BCS theory      107
beta function      56Ч58 126Ч131
Blackbody radiation      5 65Ч67 82
Bose Ч Einstein condensation      16Ч21 29Ч30 48 102
Bose Ч Einstein distribution      4 7 16 20 40 43 73 207Ч208
Boundary condition, antiperiodic (fermions)      26 28
Boundary condition, periodic (bosons)      12 14 23 25 138Ч139
Boundary condition, spatial      5 156
Chiral symmetry      193 196Ч8
Collective excitations      5 7 21 plasma
Color symmetry      120Ч123
Commutation relations, bosons      3 23 87
Commutation relations, fermions      4 23Ч24
Completeness      2Ч3 9Ч10 28 43
Compressibility      185 188 192
condensate      48 102Ч109 115Ч116 119 172 176 185Ч186 195 201
Conductivity      151Ч152
confinement      120 123 135 138 161
Connected diagram      35Ч36 39 48
Conserved current      17 22 108 122
Contour integral      40Ч41 48Ч49 72Ч74
correlation length      113
Correlations      44Ч45 137 142 188 201
Coulomb field      90Ч91 108 182
Coulomb gauge      89 95 97 128 133 144 152
Covariant gauge      66Ч71 82Ч83 88 95 97Ч99 123Ч129 131 133 142Ч143 152 169
Critical point      113 191Ч192
Critical temperature, Bose Ч Einstein condensation      20
Critical temperature, deconfinement      140 147Ч149 153Ч155 158Ч159 161 170
Critical temperature, nuclear liquid-gas      190Ч192
Critical temperature, symmetry restoration      106 111 117 171 178 181
Cut-off      41 43 54Ч56 60 109Ч110 138Ч139 145Ч146 176
Debye Ч Huckel      77
Deconfinement      120Ч121 140 147Ч165
Diagrammatic rules, QCD      123Ч125
Diagrammatic rules, QED      68Ч69
Diagrammatic rules, scalar field theory      32Ч35
Diagrammatic rules, Yukawa interaction      46Ч49
Dielectric function      88Ч90 140Ч142
Dimensional transmutation      58
Dirac matrices      21Ч22
dispersion relation      7 95 101 104 109 УPlasma
Divergence, infrared      44Ч46 75Ч78 132Ч133 145Ч147
Divergence, ultraviolet      41Ч43 51 78 133
Early Universe      121 171 179Ч180
effective mass      102 107 113 117 173 177 186Ч188 195
Eigenstate      3Ч4 9Ч10 43 84 174
Electric field, QCD      140 142 151
Electric field, QED      3 61Ч62 87Ч91 94
Ensemble, average      1Ч2 32 36Ч37 49 84Ч86 108 185
Ensemble, Canonical      1 151 210Ч211
Ensemble, Grand Canonical      1Ч2 85 151 211
Ensemble, microcanonical      209Ч210
Ensemble, pressure      157
Euclidean space      41 77 79 109Ч110 127 135 138Ч139
Exchange diagram      47Ч48 74 112 132 148 167Ч168 178 195Ч196
Excluded volume      157Ч159 161 170
External field      3 84Ч89 93Ч94 139
Fermi Ч Dirac distribution      5 7 27 49 73 208
Feynman gauge      67 72 132 143Ч145
Flavor      122Ч123 125 129Ч130
Fluctuations      103 105 107
Friedel oscillations      94 100
Gauge fixing      67 70 117 123 176Ч177
Gauge symmetry, SU(N)      120Ч123 131Ч132 134Ч135 140 144 171Ч172 177
Gauge symmetry, U(1)      62 65 69Ч70 75 82Ч83 108 117 171Ч172 177
GaussТs law      62Ч64 90
Ghosts      66Ч68 98 123Ч125 132 177
Global symmetry      16 22 101Ч102 107Ч109
Gluebatt      154 158Ч159
Gluons      120Ч125 131Ч132 147Ч150 153 161
Goldstone boson      104 109 196
GoldstoneТs theorem      107Ч109 113 118
Grassmanh variables      24 27 29
GreenТs functions      25Ч26 55Ч56 85Ч86 95 99
Hagedom limiting temperature      155 158Ч159
Hagedom mass spectrum      154Ч156 158Ч159 170
Hartree approximation      189Ч190
Higgs boson      173 180Ч181
Higgs model      115Ч118
High temperature expansion      105 111 175 177Ч178 180 207Ч209
Hugenholtz Ч Van Hove Theorem      202
Hydrodynamics      160Ч161
Ideal gas, bosons      5Ч7 16 154
Ideal gas, fermions      5Ч7 27 30 187
Imaginary time      12 14 25Ч26 28 41 43 52 86 139
Infrared problems      44Ч46 75Ч78 145Ч147
Instabilities      81 101Ч103 111 148 167 192 201
Instanton      135Ч140 149Ч150
Irreducible part      39 112 126
Landau gauge      67 99 126 129
Landau theory      20 107
Lattice      29 31 151 153Ч154
Leading log summation      58
Linear response      50 84Ч100 140Ч145
Mean field expansion      102Ч107 109Ч119 175Ч178 185Ч190 193Ч196 201Ч203
Metastable phase      152 156 192
Minkowski space      40Ч41 50
Mixed phase      162Ч164
Neutron star      80 198Ч202
Neutrons      81 147 165 170 185 198Ч201 203
NoetherТs theorem      17 22
Nuclear force      182Ч185
Nucleation      162Ч164
Nucleus-nucleus collisions      159Ч165 168Ч170 193 198
Optical potential      189Ч190
Orthogonality      2 9Ч10
Pauli exclusion principle      4 24 121 165
Phase transition, Bose Ч Einstein condensation      19Ч21
Phase transition, deconfinement      120Ч121 147Ч159 161Ч165
Phase transition, Higgs model      117Ч118
Phase transition, nuclear liquid-gas      190Ч193 203
Phase transition, symmetry restoration      105Ч107 113 115
Phase transition, Weinberg Ч Salam model      175Ч180
Pion in nuclear matter      193Ч198 202Ч203
Pion, gas      147 161 170
Plasma osculations      94Ч100 144Ч145
Plasmon      see УRing diagramsФ
Propagator, fermion      47 49 86 124 127
Propagator, gluon      124 126Ч128 140Ч145
Propagator, photon      68Ч71 83 87Ч89 99
Propagator, scalar boson      33 35Ч39 50Ч51 85Ч86 95 113Ч115
Propagator, W/Z bosons      176Ч177
Quark, color singlet potential      142Ч143 151Ч153 170
Quark, masses      122 125 129Ч130 165 174Ч175 196
Quark, quantum numbers      120Ч123 125 174Ч175
Quarkonium      170
R-guage      117 176Ч177
Real Time      40Ч41 50Ч52 85Ч87
Renormalization      41Ч43 54Ч60 74 78Ч79 111 118 126Ч129 134Ч135 153Ч154 168 184 194 202
Renormalization group      55Ч60 79Ч80 89Ч90 125Ч131 138Ч139
Ring diagrams      44Ч45 75Ч78 132Ч134 144 146 148Ч149 152 178
Scattering length      193Ч194 198
Schwinger Ч Dyson equations      91Ч93 99 114Ч115 196
Screening in QCD      125Ч126 130 133 140Ч144 151Ч153
Screening inQED      76 87Ч94
Sell-energy, fermion      49
Sell-energy, gluon      140Ч144 146 169Ч170
Sell-energy, photon      69Ч72 89 91
Sell-energy, pion      194Ч196
Sell-energy, scalar boson      37Ч39 41Ч42 45Ч46 49Ч51 112Ч115
Sigma model      196Ч198 202Ч203
Spontaneous symmetry breaking (and restoration)      101Ч119 171Ч178 196Ч198
Statistical bootstrap      154Ч156
Strange quark matter      165Ч168
String tension      151 154
Subtraction point      42 79 127 134 148 168
Summation formulas      16 27 40 48Ч49 207Ч208
Supercooling      152 163Ч164 180
Superfluid      108
Superheating      152
Tadpole diagram      195 202
Thomas Ч Fermi approximation      93Ч94 99
Topological charge      135 137
Tree approximation      173 184 193Ч195 197
U-gauge      172Ч173 175Ч176
Vacuum polarization      89Ч91 99Ч100 142
Van der Waals excluded volume      157Ч159
Van der Waals gas/liquid      190Ч191
Vertex      33Ч34 52 68Ч69 91Ч93 112 124 127Ч128
Ward identity      92 99 126
White dwarf star      80Ч82
Wilson line      151 153
Zero-point energy      3 5 16 27 42Ч43 74 103 109Ч110 118
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