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Ticciati R. — Quantum field theory for mathematicians
Ticciati R. — Quantum field theory for mathematicians



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Название: Quantum field theory for mathematicians

Автор: Ticciati R.

Аннотация:

Ticciati's approach to quantum field theory falls between building a mathematical model of the subject and presenting the mathematics that physicists actually use. It begins with the need to combine special relativity and quantum mechanics and culminates in a basic understanding of the standard model of electroweak and strong interactions. The book is divided into five parts: canonical quantization of scalar fields, Weyl, Dirac and vector fields, functional integral quantization, the standard model of the electroweak and strong interactions, renormalization. This should be a useful reference for those interested in quantum theory and related areas of function theory, functional analysis, differential geometry or topological invariant theory.


Язык: en

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1999

Количество страниц: 714

Добавлена в каталог: 01.12.2013

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Spectator processes      520
Spectral function      314
Spectral function, formula for field renormalization factor      315
Spectral function, formula for imaginary self energy      317
Spectral function, formula for renormalized propagator      316
Sphalerons      474
Spherical pendulum      37—40
Spin-statistics theorem      465
Spin-sum, spin-average      221
Spinor      see "Dirac polarization spinor" "Weyl
Spinor field      see "Dirac field" "Weyl
Spinor representations      167—170
Splitting of representations      142
Splitting of representations, SU(3)      441 446 447 450 451
Spontaneous symmetry breaking      53 69 398
Spontaneous symmetry breaking, $\sigma$ model      501
Spontaneous symmetry breaking, chiral SU(2)      502
Spontaneous symmetry breaking, classical      398—401
Spontaneous symmetry breaking, dynamical      670
Spontaneous symmetry breaking, global example      399
Spontaneous symmetry breaking, local example      400
Spontaneous symmetry breaking, quantization      404—406
Spontaneous symmetry breaking, Weinberg — Salam model      457
Standard model      69 454
Standard Model, four-lepton operators      508
Standard Model, lepto-quark operators      508—522
State in and out      277—281
State space, discrete      5
State space, Fock space      14
State space, one-particle      2—5
State, ideal      3
State, localized      278
State, one-particle      277
State, physical      3
State, two-particle      280
Stationary phase in functional integral quantization      336
Strange hadron decays      522
Strange representation      84
Stress-energy tensor      64
Strictly renormalizable theories      605
String theory      664
Strong CP problem      477
Strong force      465
Strong interactions      438
Strong interactions, PT symmetry      523 see
Structure constants      146 388 389 390
SU(2)      147—153
SU(2) global anomaly      475
su(2), tensor products      158
SU(3) global anomaly      475
SU(3) representation theory      439—453
SU(N)      57
Subdiagram      600
Subdiagram, collapsing      603
Subrepresentation      143
Super-renormalizable theories      605
Superdeterminant      619
Superficial degree of divergence      597—599
Superselection rule      69 71 203
Supersymmetry      663
Survival amplitude      319
Symmetric Lorentz tensors      163
Symmetric operator      344
Symmetric point      294 299
Symmetric representations of SU(3)      450
Symmetrical ordering      335
Symmetry      37—67
Symmetry breaking      see "Spontaneous symmetry breaking"
Symmetry condition      38
Symmetry condition, infinitesimal      39 42
Symmetry, anomalous      412
Symmetry, discrete      70—78
Symmetry, electroweak      69
Symmetry, external      47
Symmetry, factor      88—93 106 273
Symmetry, generator      59 390
Symmetry, internal      47
Symmetry, linear      54
Symmetry, rotation      37—40
Symmetry, SO(2)      48—53
Symmetry, translations      64
Table of Dirac fields and particles      218
Table of discrete symmetries and Fermi bilinears      240
Table of helicities      182
Table of pseudoscalar mesons      444
Table of Weyl fields and particles      189
Tadpole diagram      117 220
Tadpole renormalization condition      291
Taylor expansion      601
Tensor product      154—158
Tensor product, so(1, 3) representations      161
Tensor product, SU(3) representations      446
Tensor representations of SU(3)      447—451
Time ordering      21 83
Time ordering and calculus      283
Time ordering, exponential      83
Time ordering, Fermi fields      186
Time reversal      74—77
Time reversal, Dirac fields      236—239
topology      428—430
Trace trick for squaring amplitudes      197 221 228
Trajectory      37
Transition probability      122
Translation      5 64
Translation, unitary representation      5
Triangle diagram      559—561
Turning on and off function      80 119 269 288
Two-component spinor      see "Weyl polarization spinor" "Weyl
Two-particle states      280
U(1) symmetry      180 216 265
U(n)      55 56 57
Undefined constants      334
Unification in physics      662—665
Unified field theories      664
Unitarity gauge      403 457
Unitarity of the S matrix      133 397
Unitary group      see "U(n)"
Unitary representation      61
Unitary representation of Lie algebras      143
Unitary representation of Lorentz group      7
Unitary representation of parity      72
Unitary representation of permutation group $S_{3}$      484
Unitary representation of Poincare group      9
Unitary representation of SO(2)      50
Unitary representation of SU(3)      439—453
Unitary representation of translations      5
Unitary representation, charge conjugation      70
Unitary representation, complex conjugation      439
Unitary representation, condition for      137
Unitary representation, even and odd      450
Unitary representation, many-valued      50
UNITS      1
Unstable particle      134 317—326
Unstable particle and causality      320
Unstable particle, modeling      321—322
Vacuum state      14 16 30—34
Vacuum to vacuum amplitude      270
Vacuum, bubble diagrams      101
Vacuum, evolution of      98
Vacuum, free      275
Vacuum, functional      33
Vacuum, insertion      517
Vacuum, physical      274
Vacuum, polarization      118
Vacuum, renormalization condition      291
Variation, BRS      619
Variation, complex field      52
Variation, Dirac field      350
Variation, fixed-endpoint      337
Variation, gauge      266 607
Variation, Weyl field      204
Vector bundle      262
Vector field      246
Vector field, Hamiltonian      250
Vector field, massive      248
Vector representation      439
Vector representation, so(1, 3)      163
Virtual particle      105
W gauge fields      457
W mass      459
Ward identity and abelian anomaly      561
Ward — Takahashi identities      612—617
Ward — Takahashi identity      607—610
Wave packet      232 249 278 326
Wave-packet creation and annihilation operators      279—280 303 310
Weight diagram      145
Weight diagram, SU(3)      446
Weight diagram, tensor products      155—156
Weights      145
Weights, addition of      155
Weinberg angle      458
Weinberg — Salam model      454 455—457
Weinberg — Salam model, fermion currents      461
Weinberg — Salam model, gauge fields      458
Weinberg — Salam model, Lagrangian      456
Weinberg — Salam model, lepton-boson couplings      460
Weinberg — Salam model, quantum numbers      69
Weinberg — Salam model, tree-level operators      463
Weinberg's convergence theorem      600
Weyl field      177—198
Weyl field, conjugate      200
Weyl field, invariant terms      170
Weyl field, massive      204—206
Weyl field, plane waves      174
Weyl field, table of particles      189
Weyl ordering      335
Weyl polarization spinor      167—170 174
Weyl polarization spinor, completeness relations      176
Weyl polarization spinor, index conventions      198—199
Weyl polarization spinor, normalization relations      176
Weyl polarization spinor, phase ambiguity      175
Weyl representation      208
Wick diagram      87—88 190 348
Wick diagram, connected      93
Wick diagram, disconnected      93
Wick expansion      87
Wick operator      88—90
Wick rotation      297 300 338—339 365 417 473 535
Wick vertex      88 190 254 356 368
Wick's Ordering Theorem      86
Wightman's triviality theorem      19
Wigner — Eckart theorem      500
Wigner's operator theorem      74
Wilson      665
Winding number      429
Yang — Mills theory      389 617
Yang — Mills theory with matter fields      390—393
Yang — Mills theory, RGE      655
Young diagrams      451—453
Yukawa potential      99 115
Z gauge field      458
Z mass      459
Zimmermann      600
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