Amelino-Camelia G., Kowalski-Glikman J. — Planck Scale Effects in Astrophysics and Cosmology (Lecture Notes in Physics) :: Электронная библиотека попечительского совета мехмата МГУ

Главная Ex Libris Книги Журналы Статьи Серии Каталог Wanted Загрузка ХудЛит Справка Поиск по индексам Поиск Форум

Авторизация

Поиск по указателям

Amelino-Camelia G., Kowalski-Glikman J. — Planck Scale Effects in Astrophysics and Cosmology (Lecture Notes in Physics)

Обсудите книгу на научном форуме

Нашли опечатку?
Выделите ее мышкой и нажмите Ctrl+Enter

Название: Planck Scale Effects in Astrophysics and Cosmology (Lecture Notes in Physics)

Авторы: Amelino-Camelia G., Kowalski-Glikman J.

Аннотация:

This volume is composed of extensive and detailed notes from the lectures given at the 40th Karpacz Winter School. This school focussed on quantum gravity phenomenology with emphasis on its relation to observational astrophysics and cosmology. These notes have been carefully edited with the aim to give advanced students and young researchers a balanced and accessible introduction to a rather heavily mathematical subject.

Язык:

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 2005

Количество страниц: 427

Добавлена в каталог: 30.03.2014

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID

Предметный указатель

$\kappa$ -Minkowski space-time      70 146
$\kappa$ -Poincare algebra      136 142 144 365 367
$\omega$ effect      294 296
$\phi$ particle      293
$\Upsilon$ states      293
2+1 gravity      366
Acceleration of the Universe      268
Active galactic nuclei      277
ADM      34
Anomalous dimension      264
Antihydrogen      249 271 273
Antimeson      293
Antineutrino      274 279 304 305 307 310
Antiparticle      254 274 286 292 294 309 312
Antiproton      271
Asymmetries      287 290
Atmospheric      277 283 307
Atom interferometry      343
atomic      273 313
Avogadro number      260
B-mesons      284
Background independence      32
Background independent theory      365
Beam splitter      168
Black hole      245 250 265
Black hole computer      335
Black hole entropy      335 363
Black hole lifetime      334
Bose statistics      293
Brane      245 267
Closed Time Paths      262
Co-product      74 144 153
Co-product, addition rule      154
Coherent states      261
Collapse      260
Colliding brane cosmologies      263
Complete positivity      255 284 289 300
Computation bound      334
conformal      261 267
Conformal invariance      262
Cosmic matter-antimatter asymmetry      268
Cosmic Ray spectrum      5
Cosmic rays      92
Cosmological constant      133 264—268
Cosmological CPT Violation      265
Cosmology      268
CP violation      268 285—287 294 305
CPLEAR Experiment      248 287 290
CPT      250 252—255 280 292 293 302
CPT symmetry      70
CPT theorem      248 250 270
CPT violation      248 250 251 265 270 279 282 286 302 305 309 312 313
Crab Nebula      94
Critical backgrounds      263
D.A. Kirzhnits and V.A. Chechin      2
Dark energy      265 268
de Sitter algebra      147 366
de Sitter background      395
De Sitter space      264—266 268
de Sitter space of momenta      148
de Sitter spacetime      390 395
Decoherence      250 252 253 255—257 260 264 267 282 284 285 287 290 297 298 301 302 304 305 307 309 312 313
Decohering evolution      255 311
Density matrix      252 253 255 256 258 259 284 286 289 296
Diffeomorphisms invariance      33
Diffusion      257
Dirac      271 310
dispersion relation      184
Dispersion relations      247 249 269 273 275 278 301 312
Displacement noise      342
Double-beta decay      301
Doubly Special Relativity      74 75 131 136 142
Doubly-Special Relativity      247 313
DSR      365 367
DSR1      136 143 148
DSR2      143
Dynamical semigroup      258 285 299 303
Early Universe      268
Earth's Gravitational Potential      297
Eigenvalues      259 303 311
Eigenvectors      259 311
Einstein equivalence principle      180
Einstein — Podolsky — Rosen      248 254
Energy conservation      256 259 264 268
Energy eigenstates      267 270
Energy variance      257 284
Energy-momentum relations      364
Energy-momentum uncertainties      337
Entangled      293 295
Entanglement      255
entropy      256 258
Environment      255 258 284 312
Equilibrium      261 265
Equivalence principle      247 270
Evolution      253 255 256 259 284
Flavour      275 277 278 284 299
Flavour symmetry      269
Fluctuating speed of light      339
Fluctuations      267
Foam      246 247 267 269 298 312
Foamy vacuum      251
Fokker — Planck      257
Gamma Ray Burst      247 269
Gamma ray bursts      341
Gamma-ray bursts      88
Gell-Mann      258
Generalized Dirac equation      180
Generalized Pauli equation      181
Generation      281 282 298 302 313
Gravitational-wave interferometers      342
Gravity gradient      171
GZK cutoff      5 102
GZK cutoff and Lorentz violation      103 123
GZK cutoff, possible absence of      103
Hartree — Fock effective theories      284
Hawking      252
Heisenberg double      145
Helicity decay      115
Hilbert space      255
Holographic principle      327
Horizons      250 265
Identical particles      254
Inflationary phase      265
Information loss      251—253
Interferometer      67
Inverse Compton scattering      117
Ito process      256 260
KAMLAND experiment      309
Kaons      249 284—286 297 298 300
Klein — Gordon equation      173
Kodama state      40 368 388
Kodama state, expansion around      396
Laser interferometry      192
Lepton number      298 301
Lindblad      255 256 258 260 284 302
Liouville      246 261 262 290
Localisation      260 264 265
Locality      250 252 279 280 313
Logarithmic conformal field theories      264
Loop gravity      246 249 276
Loop quantum gravity      363
Lorentz covariance      250
Lorentz invariance      181 246—250 252
Lorentz Invariant Decoherence      254 313
Lorentz transformation      247 250
Lorentz Violation      249 251 270 313
Lorentz violation constraints      113—125
Lorentz violation constraints, $O(E^{2}/M^{2})$       124—125
Lorentz violation constraints, $O(E^{2}/M^{2})$ , QED      124
Lorentz violation constraints, $O(E^{2}/M^{2})$ , time of flight      125

Lorentz violation constraints, $O(E^{2}/M^{2})$ , UHE cosmic rays      124
Lorentz violation constraints, $O(E^{2}/M^{2})$ , UHE neutrinos      125
Lorentz violation constraints, QED at O(E/M)      114—123
Lorentz violation constraints, QED at O(E/M), Crab synchrotron      118—120
Lorentz violation constraints, QED at O(E/M), helicity decay      115 120
Lorentz violation constraints, QED at O(E/M), helicity dependence      115
Lorentz violation constraints, QED at O(E/M), photon absorption      122
Lorentz violation constraints, QED at O(E/M), photon decay      121
Lorentz violation constraints, QED at O(E/M), photon time of flight      116
Lorentz violation constraints, QED at O(E/M), vacuum birefringence      116
Lorentz violation constraints, QED at O(E/M), vacuum Cerenkov and inverse Compton electrons      117
Lorentz violation constraints, QED at O(E/M), vacuum Cerenkov effect      117
Lorentz violation constraints, QED at O(E/M), vacuum Cerenkov effect and synchrotron electrons      120
Lorentz violation constraints, QED at O(E/M), vacuum photon splitting      122
Lorentz violation constraints, renormalizable terms      114
Lorentz violation constraints, UHE protons at O(E/M)      123
Lorentz violation, "amplifiers"      113
Lorentz violation, dispersion relations      107 109
Lorentz violation, dispersion relations, helicity dependence      109
Lorentz violation, dispersion relations, positrons      109
Lorentz violation, effective field theory      106—110
Lorentz violation, effective field theory, higher dimension operators      108
Lorentz violation, effective field theory, naturalness      109—110
Lorentz violation, effective field theory, renormalizable operators      108
Lorentz violation, equivalence principle      106
Lorentz violation, history of research      104
Lorentz violation, lattice field theory      109
Lorentz violation, rotational invariance      106
Lorentz violation, rotational symmetry      109
Lorentz violation, supersymmetry      110
Lorentz violation, theoretical framework      105
Lorentz violation, thresholds, asymmetric pair creation      112
Lorentz violation, thresholds, general properties      110
Lorentz violation, thresholds, hard vs. soft Cerenkov      117
Lorentz violation, thresholds, kinematic configurations      111
Lorentz violation, thresholds, upper thresholds      112
LSND Experiment      274 277 279 282 292 302 304 307 309 313
Majorana      276 310
Maldacena conjecture      47
Markov      300
Measurement      260
Meson      249 254 257 282 284 292 313
Meson factories      249 254 284 292 296 313
Microscopic time reversal      253
MiniBooNE experiment      309 310
Minkowski spacetime      364
MINOS Experiment      309
Mixed state      252 253 256 289
Mixing      284 304 306 312
Mixing angle      281
Modified dispersion relations      338
Momentum conservation      267
Multiparticle states      292
Muon      307 309
Neutral mesons      269
Neutrino      257 267 269 284 292 299 312
Neutrino Cerenkov radiation      125
Neutrino magnetic moment      276
Neutrino oscillations      270 274 299
Neutrino telescopes      301
Neutron interferometery      170
Neutrons      282 284 297
Non commutative geometry      246 313
Non-conformal      246 261—263
Non-Critical String      261
Non-equilibrium      262
Non-factorisability      262
Non-renormalizable      275
On-shell      280
Open system      251 255 259
Optical cavity      192
Oscillation length      274 310 312
P-branes      50
Parity      250 297
Particle Production Thresholds      13
Pauli      250 258 299
Perturbation theory, troubles with      370
Phase coherence      339
Phenomenology of quantum gravity      248 269 270
Photon absorption      122
Photon decay      121
Planck constant      170
Planck mass      247
Planck scale      246 251 254 267 268 363
Plebanski action      383
Poincare Invariance      365 367
Pointer states      261
Position variance      257
Positivity      253 284 285 299
PPN formalism      173
Prelerred frame      272 278
Primordial      268
Projection operator      260
Pure state      252 289
purity      255 256 289
Quantum algebra $SO_{q}(3,1)$       134
Quantum cosmology      363
Quantum deformation      367
Quantum Dispersion Entropy      260
Quantum fluctuations of spacetime      323
Quantum foam      321
Quantum gravity      137 245 250 254 257 260 269 270 285 312 313 363
Quantum gravity models      329
Quantum gravity phenomenology      363
Quantum group      367
Quantum Mechanics Violation      284
Quantum optics      313
Quantum-mechanical interference      286
Quintessence models      268
Random walk      192
Recoil      267 268
Refractive index in vacuo      270
Relativistic Hamiltonian in DSR      152
Relativistic Neutrino Hamiltonian      302
Relaxation      268
Renormalization group      263
Resonance      295
Sagnac effect      170 171
Scattering matrix      252 266
Second harmonic generation      186
Self-adjointness      256
Semigroup      255 258 259
Semileptonic      286 287
Soccer ball problem in DSR      154
Solar      283
Space-time fluctuations      190
Space-time foam      191
Space-Time indetermination      16
Spacetime foam      321
Spacetime foam phenomenology      339
Spectator problem in DSR      156
Spectroscopic measurements      272 273
Spin-flavour conversion      273 276
Spinors      269
Spontaneous breaking      271
Spontaneous localisation      257
Standard model extension      271 273
State vector      256 260 286
Sterile      279
Stochastic      256 257 260
Strangeness      285 297
String      245 246 261
String mass scale      268
Structure constants      258
Supernovae      301
Superscattering matrix      252 255
Symmetries of spacetime      364
Synchrotron radiation      118 269
T-duality      48
The flux at the highest energies from the Agasa and HiRes detectors      12

1 2

О проекте