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Milonni P.W. — The quantum vacuum: introduction to quantum electrodynamics
Milonni P.W. — The quantum vacuum: introduction to quantum electrodynamics



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Название: The quantum vacuum: introduction to quantum electrodynamics

Автор: Milonni P.W.

Аннотация:

This is an original pedagogical and scholarly account of quantum electrodynamics. It does not imitate other books. The author has his own points of view which are personal and insightful. The subject is presented as a part of physics with many applications to Casimir forces Van der Waals forces radiation and spectra of atoms vacuum fluctuations quantum optics etc. The author gives the impression that he explains what he has really understood and he makes you curious about the things that he has not. I like this book and recommend it; it has integrity.


Язык: en

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1994

Количество страниц: 522

Добавлена в каталог: 26.11.2005

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Feynman propagator and negative-energy states      465
Feynman propagator, electromagnetic radiation      375
Feynman slash notation      307
Field bandwidth      497
Field coherence      497
Field correlation function      61 195 497
Field correlation function, normally ordered      67 496
Field correlation function, thermal field      64
Field correlation function, vacuum      63 198
Field correlations and van der Waals forces      105
Field emission      313
Field spectrum      497
Fine structure      327
Fluctuation-dissipation relation      234 236
Fluctuation-dissipation relation, between vacuum and radiation reaction fields      155
Fluctuation-dissipation theorem      53 54 236
Fock space      347
Fock states      333
Forward scattering amplitude      94
Fourier’s theorem      45
Fowler — Nordheim formula      313
Free-electron energy      93
Gain coefficient      195 200
Gain medium      193 194 201
Gain, saturation      201
Galilean transformation      304
Gamma matrices      307
Gamma matrices, fundamental theorem      308
Gauge function      361
Gauge invariance      47 90 449
Gauge transformation      360 361
Gauge transformation, restricted      361
Gaussian statistics      67
Gauss’s law      202
General relativity      43
Geonium      202—210
Ghost states      368 369
Ghosts      368
Gluon field      359
Gluons      359
Golden Rule      431 496
Green function, dyadic      240 241 268
Green function, dyadic, determined by classical Maxwell equations      246
Green function, retarded      462 464
Gupta — Bleuler method      366
gyromagnetic ratio      107
Hadrons      359
Hadrons, quark constituents      403
Hall effect and hole theory      312
Hamilton, Dirac field      354
Hamiltonian density, QED, Coulomb gauge      433
Hamiltonian density, QED, Lorentz gauge      433
Hamiltonian electromagnetic field      39 117 363
Hamiltonian electromagnetic field, Lorentz gauge      367
Hamiltonian electromagnetic field, transformation to electric dipole form      123
Hamiltonian harmonic oscillator      36
Hamiltonian QED      385
harmonic oscillator      40
Harmonic oscillator in quantum theory      36—38
Harmonic oscillator, damped      235
Harmonic oscillator, quantum theory      54
Harmonic oscillator, zero-point energy      66
Heisenberg — Euler Lagrangian      425
Helicity      48
Helicity operator      321
Helmholtz equation      39 44 56
Helmholtz theorem      118 365
Helmholtz theorem, proof      502
Herglotz — Wildermuth theorem      167
Hidden variables      151
Hole theory      314 317 350 394
Hole theory and quantum field theory      354
Hole theory and zitterbewegung      323
Hole theory for solids      311
Hydrogen      323
Hyperbolic motion      63
Hyperfine structure      327
Image picture for spontaneous emission near mirrors      185
Indefinite metric      366
Induction force      99
Intensity correlations      499
Interaction picture      428—431 494
Intermediate states      388
Intermediate states, negative-energy      395
Intermolecular forces, additive      220
Intermolecular forces, pairwise      273
Irreversible decay, Fermi’s coupled oscillator mode      193
Jaynes — Cummings model      190
Jaynes — Cummings model, experiments      192
Joining energy in Lamb shift calculation      409
Kinetic momentum      319
Kirchhoff’s law      1 2 8
Klein paradox      315—318
Klein paradox and pair creation      317
Klein paradox and single-particle theory      317
Klein — Gordon current      347
Klein — Gordon equation      305
Klein — Gordon equation and spin      325
Klein — Gordon equation, Coulomb potential      324
Klein — Gordon equation, Green function      372
Klein — Gordon equation, negative-energy solutions      305 339 340
Klein — Gordon equation, probability current      305
Klein — Gordon equation, single-particle theory      305 340
Klein — Gordon field      339—345 505
Klein — Gordon field, charge current      348
Klein — Gordon field, propagator      371 372
Klein — Nishina cross section      310
Klein — Nishina formula      328 443
Kramers — Heisenberg formula      94
Kramers — kronig dispersion relations      238
Lagrangian      115 116 120
Lagrangian density, Dirac field      382
Lagrangian density, QED      382
Lagrangian density, Schroedinger field      334 335
Lamb shift      81—96 133—152 405—417
Lamb shift and radiation reaction      143
Lamb shift and vacuum field      143
Lamb shift and vacuum polarization      315 418
Lamb shift, as Stark shift      93—94 239
Lamb shift, Feynman’s interpretation      92
Lamb shift, muonic atoms      315 418
Lamb shift, near mirrors      186
Lamb shift, nonrelativistic theory and retardation      95—96 177
Lamb shift, physical interpretations and operator ordering      133—152
Lamb shift, Welton’s interpretation      90—91 403
Lamb — Retherford experiments      81 83 89 249
Lamb — Retherford experiments and quantum field theory      378
Lamb — Retherford experiments and vacuum polarization      415
Landau terms      422
Lande g-factor      107
Larmor formula      3 162
Laser      67
Laser linewidth      193—199
Laser linewidth and operator orderings      197
Laser linewidth, vacuum and source fields      197
Latent heat      261—267
Latent heat and Casimir effect      264 271
Latent heat, liquid helium      264
Latent heat, liquid helium, zero-point energy contribution      266
Lennard — Jones interaction      276 279
Lifshitz theory of forces between dielectrics      220
Liquid helium and Casimir effect      261
Liquid helium films and Lifshitz theory      290
Liquid helium, wetting properties and Casimir effect      267
Local field correction      189 260
Local hidden variable theories      151
London — Van der Waals interaction      218 231
Longitudinal and transverse parts of field      471
Longitudinal delta function      122 501—503
Longitudinal part of a vector field      118 502
Longitudinal photons      365—369
Lorentz condition      361 365
Lorentz contraction      310
Lorentz covariance      305 306 362
Lorentz gauge      361 362 364—366 369 377
Lorentz invariance      90 449 505
Lorentz invariance and antimatter      328
Lorentz transformation      63 304 305 308 310 482
Lorentz — Lorenz correction      189 231 260
Lorentz-invariant measure      342 344 348 364 505
Lorentzian lineshape      147 196 201
Lowering and raising operators      37 38 68
Lowering and raising operators, atomic      130
Magnetic bottle      207
Magnetron      204
Magnetron frequency      204
Manifest covariance      362 369 505
Manifest covariance, Maxwell equations, Lorentz gauge      364
Markovian approximation      133 136—138 140 141 146 165 423
Markovian approximation and corrections to exponential decay      148
Markovian approximation in relativistic QED      420
Mass differences      162
Mass renormalization      86 88—90 95 96 135 151 161 171 172 403 405 409 412 424 471
Mass renormalization and counter term      403
Mass, bare      110 156 160 161 173 403 405
Mass, bare, negative      167
Mass, electromagnetic      88 156 158—162 167 175 403 405 411 445 456 472 488 491
Mass, electromagnetic, and retardation      171
Mass, electromagnetic, between mirrors      189
Mass, electromagnetic, in Moniz — Sharp theory      170 171
Mass, electromagnetic, in van Kampen’s theory      175
Mass, electromagnetic, logarithmic divergence      424 491
Mass, observed      51 89 110 156 167 172 175 401 403 405
Massless scalar field      61
Maxwell equations      38 39
Maxwell equations in classical and quantum electrodynamics      127
Maxwell equations in quantum theory      74
Maxwell equations, gauge invariance      74
Maxwell equations, linearity      45
Maxwell equations, Lorentz gauge manifest covariance      369
Maxwell equations, Lorentz invariance      74
Maxwell field, propagators      375—377
Maxwell field, quantization      360—369
Maxwell field, quantization, Coulomb gauge      360 363—364
Maxwell field, quantization, Lorentz gauge      366
Maxwell stress tensor      98
Metric tensor      304
Michelson interferometer      497
Microwave oven      204
Minimal coupling substitution      324
MIT bag model      359
Mode continuum limit      53 69 133 183 263 421 487
Mode correlations      500
Mode functions      40 44 56 59 182 239 494
Mode functions in half-space bounded by dielectric      261
Mode functions in presence of polarizable matter      255
Mode functions, classically determined      494
Mode functions, classically determined, and QE      188
Mode functions, half-space      183—185
Mode functions, plane-wave      292
Mode functions, transverse electric      261
Mode functions, transverse magnetic      261
Mode summation, discrete and continuous      343 364 390
Molecular vibrations      31
Molecular vibrations and zero-point energy      31
Moniz — Sharp theory      169—172
Moniz — Sharp theory, absence of runaways and preacceleration      171
Motional sideband cooling      205
Mott cross section      436
Multimode fields      499
Multiphoton processes      190
Multiple scattering and extinction theorem      267
Multiple scattering in nonadditive van der Waals forces      256
Muonic atoms      418
n-photon absorption and emission      431
n-photon ionization      499
Natural lineshape      136 147
Negative norm      368
Negative-energy sea      311
Negative-energy states      328 390
Negative-energy states and electron self-energy      397
Negative-energy states, necessity for Lorentz invariance      345
Neoclassical theory      148
Neoclassical theory and vacuum field      148
Neoclassical theory, chirped level shifts      151
Neon solid, latent heat      266
Noise intensity, effective      200
Non-normal ordering      138
Non-normal products and intermediate particles      437
Normal ordering      43 49 131 136 239 248 339 364
Normal ordering of time-ordered products      448
Normal ordering, Klein — Gordon field      343
Normal-ordered constituents      448 453
Normally ordered product      437
Operator ordering, antinormal      131 138 140 422
Operator ordering, non-normal      138
Operator ordering, normal      131 136 239 248 339 364
Operator ordering, symmetric      131 140 143 246 248 255 339
Operator ordering, symmetric, and stochastic electrodynamics      293
Optical coherence theory      498
Orientational forces      99
Oscillator strength      479
Pair annihilation      465 467
Pair creation      303
Pair creation and annihilation      467
Pair creation in uniform electric field      313—314
Pair production      314
Pair production, virtual      314
Pairwise interactions      263 265—267
Particle creation and annihilation in quantum field theory      331
Particles of finite mass as field quanta      378
Pauli equation      320
Pauli equation, relativistic corrections      321
Pauli exclusion principle and hole theory      310
Pauli matrices      325
Pauli operators      337
Pauli spin matrices      306
Pauli — Jordan commutators      59
Penning trap      202—204 207 210
Periodic boundary condition      44—46 61 182 334 335
Petermann effect for lossy cavities      199
Photodetection theory      493
Photodetector, broadband      496—498
photoelectric effect      11
Photoelectric effect, explanation without photons      431
Photon      41
Photon bunching      66
Photon line      453 459
Photon line, external      453 458 471
Photon line, internal      458 467
Photon number      73
Photon polarization correlations      151 294
Photon propagator      188 438 471
Photon propagator and Klein — Gordon propagator      377
Photon propagator, Coulomb gauge      375
Photon propagator, creation and annihilation of virtual photons      445
Photon propagator, emission and absorption of virtual photon      456
Photon propagator, Lorentz gauge      377
Photon splitting      425
Photon, annihilation and creation operators      45 66 131 182 254 494
Photon, annihilation and creation operators, Lorentz gauge      366
Photon, bosons      47 48 363
Photon, helicity      48
Photon, linear momentum      47 482
Photon, longitudinal      365—369
Photon, scalar      365—369
Photon, self-energy      458
Photon, spin      47 48
Photon, transverse      365 366
Photon, virtual      85 97 151
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