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Kleinert H., Schulte-Frohlinde — Critical Properties of (Phi)P4-Theories
Kleinert H., Schulte-Frohlinde — Critical Properties of (Phi)P4-Theories



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Название: Critical Properties of (Phi)P4-Theories

Авторы: Kleinert H., Schulte-Frohlinde

Аннотация:

Based upon lecture notes for a course taught by Kleinert, this monograph explains in detail how to perform perturbation expansions in quantum field theory to high orders. The authors also describe how to extract the critical properties of the theory from the resulting divergent power series. Kleinert teaches physics at the Freie U. in Berlin and Schulte-Frohlinde is a visiting scientist at Harvard. Annotation c. Book News, Inc., Portland, OR (booknews.com)


Язык: en

Рубрика: Физика/Квантовая теория поля/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 2000

Количество страниц: 484

Добавлена в каталог: 13.09.2005

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Minkowski spacetime      31
Model, Heisenberg      11 356
Model, Ising      8 12 0
Model, O(N)-cubic symmetric      76 311
Model, spherical      8 14 356
Model, О(N)-symmetric      12 76 301
Modified      141 228
Modified MS-scheme      141 228
Moennigmann      183
Mohammedi, N.      355
Molecular-field theory      9
Momenta, nonexceptional      138
Momentum space, cutoff      23
Momentum space, diagrammatic expansion in      51
Momentum space, methods      224
Montaldi, E.      127
Moore, M.A.      402 420
MS-scheme      25 101 141 156 191
MS-scheme, modified      141 228
Mueller, K.H.      419
Mukamel, D.      324
Mulders, N.      28 419
Multicomponent fields      76
Multicomponent fields, generating functional      77
Multicomponent fields, perturbation expansion      78
Multicomponent fields, symmetry factor      78
Multiplicative renormalization      133 139
Multiplicity of diagrams      42 44 252
Multiplicity of diagrams, disconnected      46
Munoz Sudupe, A.      402
Munoz — Sudupe, A.      420
Murray, D.B.      401 419 424
N-point, connected      52 61 71
N-point, correlation function      163
N-point, diagram      41
N-point, function      32 49 52 61 63 131 156
N-point, proper vertex function      156 163 164
N-point, vertex function      71 146
N-shaped diagram      246
Nagle, J.F.      270
Naive, dimension      89 163
Naive, scaling relation      169
Nakanishi, N.      57 127 270
Nambu — Goldstone theorem      4 11 177
Nattermann      89
Neu, J.      25 30 270 282 310 355 400
Nevanlinna, F.      300
Newman, K.E.      324
Newman, M.E.J.      28
Nickel, B.G.      300 400—402 419 424
Nissen, J.      28 29 401 419
Nogueira, P.      270
Nonexceptional momenta      138 138 196 204
Noninteger dimension      120
Nonlinear $\omega$-model      347
NONPLANAR-type diagram      230
Normal phase      2 23 31 40 50 61—63
Normalization of coupling constant      228
Normalization, conditions      134
Normalization, point      131
Number of connected diagrams      260
O(N)-cubic symmetry      276 311
O(N)-cubic symmetry, critical exponents      301
O(N)-cubic symmetry, dimensions      357
O(N)-cubic symmetry, expansions in D      3
O(N)-cubic symmetry, factors      80
O(N)-cubic symmetry, fixed point      302 312
O(N)-cubic symmetry, large-order behavior      304
O(N)-cubic symmetry, one step from ideal index constellation      242
O(N)-cubic symmetry, one-particle irreducible      54 131
O(N)-cubic symmetry, one-point function      61 70
O(N)-cubic symmetry, reducible      54
O(N)-cubic symmetry, renormalization constants      271 272
O(N)-cubic symmetry, resummation      319
O(N)-cubic symmetry, resummation of expansions      306
Oberhettinger, F.      300
Okabe, Y.      400 400
Olive, D.I.      127
Operation      141
Operation, $\mathcal{K}$      25 186
Operation, $\overline{R}$      26 205
Operation, R      186
Operator, quantum field      31
Order, field      1
Order, parameter      1
Ordered phase      2
Orlov, E.V.      402
Osterwalder, K.      300
Overlapping divergences      130 151
p-integral      198 224
Pade approximation      26 283 287 317
Pade — Borel transformation      283
Pair contraction      36
Parameter of approach      172
Parameter of approach to scaling      172 357
Parameter, Feynman      103
Parameter, mass      90
Parametric representation      104 121
Parasiuk, O.S.      30 152
Parisi, G.      27 400
Parker, C.S.      354
Partial integration      120 231 232
Partial p      107 121
Partition function      31 32
Partition function, diagrammatic expansion      45
Pauli — Villars      101
Pauli — Villars regularization      101
Pauli, W.      127
Pelissetto, A.      323 401 402 419
Pelster, A.      30 75 270
Perturbation expansion      36
Perturbation expansion of multicomponent fields      78
Pfeuty, P.      323
Phase transition, first-order      1
Phase transition, Kosterlitz — Thouless      1
Phase transition, Landau theory      9
Phase transition, second-order      1
Phase, normal      2 23 40 50 61—63
Phase, rdered      2
Philips, D.      28
Pis’mak, Yu.M.      400
Planck constant      23
Pobell, F.      419
Pochhammer symbols      294 296
POKROVSKII, V.      89
Pole term      101 111 112 141 186 188 195 196 198 207 211 212 217 224
Polkinghorne, J.C.      127 480
Polymer      23
Potential, effective      168
Potential, infrared      196
Potential, power counting      129
Potential, theorem      129 131
Power law      2
Propagator with vector indices      202
Propagator, connected part of      54
Propagator, free      35
Propagator, full      54
Propagator, type diagram      198
Proper, correlation functions      55
Proper, QCD      228
Proper, quadratic divergence      101 129
Proper, quantum chromodynamics      228
Proper, quantum field operator      31
Proper, subdiagram      184
Proper, time      104
Proper, vertex function      54 56 69 162
Ramond, P.      27 127
Range of attraction      167
Ratio Test      397
Recursive subtraction method      128 148 184
Recursive subtraction method, UV and IR      205
Reduced coupling constant      357
Reduction algorithm for Feynman integrals      224 231 236
Reduction algorithm for loop function      227
Reduction by partial integration      232
Regge      28
Regularization      100
Regularization, analytic      96 101 104
Regularization, cutoff      95 100
Regularization, dimensional      102
Rehr, J.J.      402
Relevant permutation      41
Renormalizable      128 129
Renormalization constant      24 95 128 134 139 270
Renormalization constant for O(N)-cubic symmetry      276
Renormalization constant for O(N)-symmetry      271 272
Renormalization constant, coupling constant      133
Renormalization constant, field      133
Renormalization constant, mass      133
Renormalization constant, vacuum energy      281
Renormalization constant, wave function      133 134
Renormalization group      24 154
Renormalization group, equation      25 157 161
Renormalization group, five-loop      302 315
Renormalization group, functions      25 157 158 285 357
Renormalization group, vacuum      171
Renormalization of field      193
Renormalization of mass      193
Renormalization, multiplicative      133 139
Renormalized quantities energy functional      139
Renormalized quantities field      128 139
Renormalized quantities for O(N)-cubic symmetry      281
Renormalized quantities for O(N)-symmetry      275
Renormalized quantities mass      128 139
Renormalized quantities, coupling constant      128 139
Resummation      25 283
Resummation by Conformal mapping      291
Resummation, Borel      283 288
Resummation, Janke — Kleinert algorithm      293
Resummation, O(N)-cubic symmetry      319 0
Resummation, O(N)-symmetry      306
Resummation, Pade      283 287
Resummation, Pade — Borel      283
Resummation, variational      325 389
Riedel, E.K.      324
Riemann zeta function      226
Ritchie, D.S.      402
Ros, J.      353
Rossi, P.      402
Rotational symmetry      2
Rotational symmetry for tadpoles      189
Rotational symmetry, cutvertex      188
Rudnick, J.      89 324
Running, coupling constant      161 163
Running, mass      161 163
Running, mass scale      163
Ruvalds, J.      28
Scale, parameter, dimensionless      161 163
Scale, technical      95
Scale, transformation      89 91 92
Scale, transformations      89
Scaling, approach      172 357
Scaling, behavior      3
Scaling, relations, above $T_{c}$      8
Scaling, relations, below $T_{c}$      175
Scaling, relations, Griffith      178
Scaling, relations, Widom      178
Scaling, trivial      163
Schulte — Frohlinde, V.      30 270 282 310 324 355 400 419
Schwinger’s proper time representation      104
Second-order phase transition      1
Second-order phase transition, Landau theory      1 9
Self-consistency relation      360
Self-consistent      334 359 360 362
Self-energy, chain of diagrams      55
Seneor, R.      300
Sengers, J.V.      28
Shalayev, B.N.      30 324
Shirkov, D.V.      152 194 299 300 310 423
Shore, G.M.      310
Short-distance behavior      183
Shrunk diagram      184
Simon, B.      419
Simple loop integral      224
Singularites, confluent      389 393
Skeleton diagram      129
Smirnov, V.A.      223
Sokal, A.D.      401
Sokolov, A.I.      30 324 361 400 402
Special triangle rule      233
Specific heat      173
Speer, E.R.      127 152 194
Spherical model      8 14 356
Spontaneous, magnetization      2 3 5 9—11 175
Stability, fixed point      167 173 181 182 317
Stanley, H.E.      27 401
Star diagram      240 240
Star-triangle rule      240
Stepanenko, A.A.      355
Stiffness      13 20
Stirling formula      285 404 407
Stirling’s formula      286
Stricker, D.A.      29 401 419
Strong-coupling, behavior      293 293
Strong-coupling, expansion      297 325 328 365
Strong-coupling, limit      325 326 332 357
Strong-coupling, parameter      295 299
Strosser      183
Structure factor      3
Structure factor, dynamic      27
Subdiagram, contracted      208
Subdiagram, IR-divergent      207 209
Subdiagram, proper      184
Subdiagram, UV-divergent      184
Subdivergence      129
Subdivergence, diagrammatic subtraction      149 186
Subdivergence, infrared      198
Subtracted diagram      208
subtraction method      128 482
Subtraction method, minimal      106 141
Subtraction method, modified      141 228
Subtraction method, recursive      184
Subtraction method, UV and IR      210
Subtraction of subdivergences, diagrammatic      149 186 205 210
Subtraction of subdivergences, infrared      205 210
Summation convention, Einstein      60
Sunset diagram      113 115
Superficial, degree of divergence      129 192
Superficial, divergence      129 131
Superficial, infrared      196 197
Superficial, IR-divergence      211
Superficial, pole term      148
Superfluid density      7
SURGULADZE, L.R.      251
susceptibility      5 10 174 177
Suzuki, H.      354
Swanson, D.R.      28 29 401 419
Symanzik, K.      183
Symbols, Pochhammer      294 296
Symmetry breakdown      2 63
Symmetry, breakdown, spontaneous      2 63
Symmetry, factors      76 78 80
Symmetry, four-point diagram      88 0
Symmetry, O(N)-cubic      76
Symmetry, O(N)-cubic symmetry      83 0
Symmetry, O(N)-symmetry      80
Symmetry, two-point diagram      87
Symmetry, vacuum diagram      87
Tables for Feynman integrals      243
Tadpole      189
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