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Àâòîðèçàöèÿ |
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Ïîèñê ïî óêàçàòåëÿì |
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Kolb E.W., Turner M.S. — The Early Universe |
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Ïðåäìåòíûé óêàçàòåëü |
512 513 518
decay 90—91
17 50 123 126 239—240 265—266 290 312—313
problem 20 377 390—395
16 18 21 101 107 310 349 369 389
6 14 15—21 107—108 265 367 379—380
age of the Universe 52—60
axions 427 431 435
inflation 273 283 310—311
luminous matter 17—18
rotation curves 17—18 244—245
smooth component 20 390—395
Virgo infall Kinematic tests 19
-vacuum electroweak Sphalerons 184—185
-vacuum QCD 402—404 422 427—433
Abell catalogue 23—24
Abundance of decaying particles 130—136
Abundance of relic particle species 119—130 151—152
Abundances of light elements 15—16 92—95
Abundances of light elements observations 100—107
Abundances of light elements predictions Deuterium; Helium; Lithium 96—99 466
action 38—39 47—48 217—218 277 459 479
Action Chapline — Manton 467 481
Action Einstein — Hilbert 47—48 449 451—452
Action Euclidean 202—207 460—461
Action Nambu 228
Affine connection 29—31 37 116 358
Age of the Universe t 52—60 64
Age of the Universe t at decoupling 80 353
Age of the Universe t at matter-radiation equality 51 77 322 366
Age of the Universe t at recombination 78
Age of the Universe t by globular-cluster dating 12—13
Age of the Universe t by radioactive dating 12—13
Age of the Universe t from the expansion 52
Age of the Universe t from white dwarfs 12—13
Age of the Universe t matter dominated 53—55
Age of the Universe t present 0 12—14 53—58 310
Age of the Universe t radiation dominated 55 64 118
Age of the Universe t vacuum dominated 55—56
Angular diameter distance 44
Angular diameter vs redshift relation 8 44
Anisotropic cosmologies 303—309 471—472
Annihilation catatrophe 127 159
Anthropic principle 269 315
Average energy per particle 62—63
Axions 401—443
Axions bremsstrahlung 406 418—419
Axions couplings to matter 404—408 410—411 418—419 441
Axions decay to two photons 407 439—440
Axions detection 439—443
Axions detection, Sikivie-type detectors 441—443
Axions domain walls 422—424
Axions DSFZ 406—407 411—417
Axions hadronic 406—407 415
Axions inflation 296 424 431—432
Axions mass 403 405 422 432
Axions mass limits 407—408 408—421 435
Axions potential 422—423
Axions production 424—136
Axions production misalignment 427—433
Axions production string decay 433—436
Axions production thermal 424—127
Axions relic density 424—436
Axions stars 408—421
Axions stars, axion emission rates 410—412 418—420
Axions stars, red giants 415—417
Axions stars, SN 1987A 417—421
Axions stars, Sun 411—415
Axions symmetry breaking scale 403 405 422
Axions, axionic strings 222 424 433—436
B+L 178—179 188—189
B-L 178—179 181 188—189 526
Baryogenesis 157—193
Baryogenesis inflation 273 281
Baryogenesis simple model 168—176
Baryogenesis sphalerons 184—189
Baryogenesis spontaneous 190—191
Baryon asymmetry 127—128 157—193 168 281
Baryon asymmetry damping 171—173 176—179
Baryon asymmetry evidence for 158—159
Baryon asymmetry non-thermalizing modes 177—179 181 188—189
Baryon asymmetry sphalerons 184—189
Baryon number of the Universe B 67—68 81—82 84 159 169 172—176 183 191 348
Baryon number violation 157 160—165 525—527
Baryon number violation, monopole catalysis 244 249—254
Baryon number violation, sphalerons 184—189
Baryon-to-photon ratio Baryon number of the Universe 16 68 78 81 88—89 96 97—99 101 103—104 105—107 146
Bianchi identity 50 480
Bianchi models 303—306 472
Biasing 23 311 392—395
Big crunch 83
Binding energy 88 92
Black holes 365 448
Boltzmann equation 71 115—119 120—121 124 137 168—176 182 187 351—355 386—387
Boltzmann equation axions 425—427
Boltzmann equation baryogenesis 168—176
Boltzmann equation origin of species 119—130
Bose — Einstein statistics 61—62 117—118 144
Bubble nucleation 201—207 205 240
C & CP violation 160—161 162—165 167—168 171 184 190 192 314 512 514
C & CP violation, strong CP problem 401—404
Catalogues of galaxies 10—11 22 24—25
Catalogues of galaxies APM 22
Catalogues of galaxies CfA 22—25 331 371
Catalogues of galaxies IRAS 10—11 380
Catalogues of galaxies UGC 24
Catalogues of galaxies Zwicky 22—23
Chemical equilibrium 61 77—78 87 89 159 169
Chemical potential 61 66 70 87 89 169 180 190—191
Clusters of galaxies 18 335—336 376—377 439—440
Clusters of galaxies Virgo 19 158
Coherent oscillations 272 278—281
Coherent oscillations axions 427—433 436
Collision operator 116—118
Collisional damping 353—355
Collisional damping, Silk scale 355 363 367—369
Collisionless damping 351—353
Comoving coordinates 30 33—34 38 40 43 65 83—84 325
Composite models 531—532
confinement 508
Conformal flatness 35 46
Conformal time 35 37 38 276 346
Conservation of stress-energy 41 66 277 279 359 476
Correlation function 333—336 376—377 385—388 393—394
Correlation function 334—336
Correlation function duster-cluster 23 334 373 377
Correlation function galaxy-galaxy 23 333—334 335 369 371—372 377 393—394
Correlation length 237—238 240
Correlation length scalar field 216
Cosmic microwave background isotropy (anisotropy) 8 14—15 262 287—288 294 311—812 321—322 383—390
Cosmic microwave background isotropy (anisotropy), autocorrelation function 385—388
Cosmic microwave background isotropy (anisotropy), cosmic strings 231
Cosmic microwave background isotropy (anisotropy), density perturbations 321—322 374 383—390
Cosmic microwave background isotropy (anisotropy), dipole 380
Cosmic microwave background isotropy (anisotropy), domain walls 220
Cosmic microwave background isotropy (anisotropy), gravitons 290 310 312—313
Cosmic microwave background isotropy (anisotropy), Sachs — Wolfe effect 383—384
Cosmic microwave background radiation (CMBR) 8—10 14—15 60
Cosmic microwave background spectral distortion 14—15 144—146
Cosmic no-hair theorem 303—309
Cosmic rays 158 232 485
Cosmic scale factor R(t) 4 8 30 33—34 47 59—60 267 322 325 327—328 353
Cosmic scale factor R(t), cosmic strings 227—228
Cosmic scale factor R(t), domain walls 219—220
Cosmic scale factor R(t), extra dimensions 470—482
Cosmic scale factor R(t), inflation 272
Cosmic scale factor R(t), matter-radiation equality 51 322 348 370
Cosmic scale factor R(t), Taylor expansion of 41—42
Cosmic strings 15 220—233 391
Cosmic strings evolution 226—232
| Cosmic strings evolution intercommutation 228—230
Cosmic strings evolution, scaling solution 229—231 433—434
Cosmic strings mass per unit length 222—225 433
Cosmic strings metric 224
Cosmic strings metric deficit angle 224—225
Cosmic strings superconducting 232 396
Cosmic strings wakes 226 231
Cosmic strings winding number 221—222
Cosmic strings, axionic strings 222 424 433—436
Cosmic strings, gravitational effects 223—226
Cosmic strings, gravitational effects lensing 225 231—232
Cosmic strings, gravitational effects, radiation 228—231
Cosmic strings, structure formation 226 231—231 369—370 391
Cosmic virial theorem 19
Cosmological constant Vacuum energy density 20 47 56 267—268 305 314 390—391 451 458—461 478—482
Cosmological principle 33
Cowsik-McClelland bound 123
Critical density 6 50
Critical temperature 187 198—199 212 239—240 270 292
Cross section 71 74 95 120—121 124 126—127 137 151—152 166 171 408—409 426 482
Cross section neutrino 74 128—129 409
Cross section strong 249—250
Cross section weak 519—520
Curvature 30
Curvature extrinsic 454—455
Curvature of the Universe 50
Curvature perturbations 337—341 358 363 366
Curvature perturbations, inflation produced 283—288 301 438
Curvature three Riemann curvature tensor; Ricci scalar; Ricci tensor 30 51 455
Dark matter 16—21 57 110 139—141 151 310—311
Dark matter baryonic 18—19
Dark matter candidates 323
Dark matter CMBR fluctuations 389
Dark matter cold 15 124—130 312 323—324 374—378 390 529
Dark matter cold perturbation spectrum 366
Dark matter detection 152 239—254 396 439—443 483
Dark matter hot 15 122—124 311—312 323—324 370—374
Dark matter hot perturbation spectrum Neutrinos; Relic particle species 366 367—368 370—371
de Sitter phase Inflation 267 270—272 283 287 305-306 458—459
Decay rate 91 96—97 165—168 170
Decaying particles 130—136 139—150 279—281 407 439—440
Deceleration parameter 4-6 41 43—44 51—52
Decoupling of particle species 69—70 76 115 119—130
Decoupling of particle species neutrinos 74—76
Decoupling of particle species photons 74 77—81 136—139 321 353—355 383 386
Decoupling of particle species relativistic particle 122—124
Degenerate particles 62 107 180 416 419
Degrees of freedom 68
Degrees of freedom effectively massless 5 64—65 67 75 76 93 97—98 108—109 123 426
Degrees of freedom internal g 61 117 121
Density contrast 324 329 338 343
Density contrast biasing 392—395
Density contrast Fourier expansion 324—325 329—336 345—348 359—362 378—380
Density contrast Fourier expansion, growing mode 347 362 364
Density contrast horizon crossing 364
Density contrast Newtonian treatment 341—348
Density contrast particle horizon 325—326
Density contrast relativistic treatment Density perturbations; Structure formation 355—362
Density perturbations 8 14 263
Density perturbations amplitude 288 312
Density perturbations axions 436—439
Density perturbations curvature-dominated Universe 348
Density perturbations evolution 341—364
Density perturbations Newtonian treatment 341—348
Density perturbations, Fourier expansion 263
Density perturbations, gauge modes 286 360—362
Density perturbations, gaussian fluctuations 264 329
Density perturbations, inflation 283—291 293—295 341 362 436—439
Density perturbations, linear regime 326 335 341—364
Density perturbations, mass within a sphere 326—327
Density perturbations, Newtonian treatment, relativistic treatment 355—362
Density perturbations, non-linear regime 327 335
Density perturbations, peculiar velocities 378—380 394
Density perturbations, peculiar velocities dark matter 382
Density perturbations, power spectrum 264 329—336 380
Density perturbations, power spectrum, correlation function 333—336
Density perturbations, power spectrum, dark matter 368—369
Density perturbations, rotational modes 345—346
Density perturbations, spectrum 288 323 364—369 438—139
Density perturbations, spherical collapse 327—329 367
Density perturbations, temperature fluctuations 338—340 383—390
Density perturbations, wavenumber k (& wavelength 325-326
Density perturbations, window function Curvature perturbations; Density contrast; Isocurvature perturbations; Structure formation 264 330—331 335 380—381
Detailed balance 121
Deuterium (D) 15—16 92 98—99 100—101 102—103
Deuterium (D) mythical bottleneck 92
Development angle 59
Diameter of the Universe 85—86
Dilaton 466 467
domain walls 213—220 422—124
Domain walls gravitational effects 215—216
Domain walls thickness 214 422—424
Dwarf spheroidal galaxies 373
Dynamical timescale 344 375
Effective potential, finite-temperature 198—200 211—213 270 297—298
Effective potential, one-loop 199 208—210 292 295
Effective potential, one-loop Coleman — Weinberg 292
Einstein equations 47 49 267 451 479
Einstein equations D-dimensional 468 470—482
Einstein equations perturbed 357—362
Energy density 48 61—64 76 132—133 198—199 304—308
Energy density axions 429—430
Energy density cosmic strings 230
Energy density decaying particles 131—132 139—140
Energy density domain wall 215 218—220
Energy density gravitons Density perturbations; Vacuum-energy density 289—291 310 312—313
entropy 65—70 81—82 84 85 92 262 266 272—273 475
Entropy density s 66—67 76 118 122—123 348
Entropy per comoving volume S 65—70 476—477
Entropy production 130—136 146 181—184 192 477—478
Entropy production inflation 272—273 281—282
Equation of state 48—49 267 338—341 476
Equation of state cosmic strings 227—228
Equation of state domain walls 218—220
Euclidean equation of motion 201—207
Euclidean equation of motion bounce solution 201—207
Euclidean equation of motion escape point Bubble nucleation 202—203
Eulerian equation of motion 342
Eulerian equation of motion perturbed 342—343 344—348
Expansion of the universe 2—7 39 65 118 133
Expansion of the Universe anisotropic 303—309
Extra dimensions 449—450 464—485 531
Extra dimensions compactification 316 449—450 464—465 467 484
Extra dimensions fundamental constants 465—466 478
Extra dimensions inflation 316 469
Extra dimensions internal space 465
Extra dimensions internal space radius of 471
Extra dimensions magnetic monopoles 484—485
Extra dimensions metric 470
Extra dimensions metric Kasner 471—472
Extragalactic background from neutrino decays 142—144 148
Extragalactic background radiations 142—144
Extragalactic background x ray Cosmic microwave background radiation 9—10 321
Faber — Jackson relation 5 381
False vacuum 186—187 204 212 214 221 316—316
False vacuum decay of 185—187 200—207
Familon 532—533
Fermi — Dirac statistics 61—62 117—118
Fine tuning 529
Finite-temperature field theory Effective potential 185—187 196—200 207 211—213 237 422—424 473—475
Flatness problem 265—267 273 281—283
Flux, photon 40—41
Free energy Effective potential 185—186 198—200 473—475
Free-streaming length Collisionless damping 351—353 363 367—368 371
Freeze out 72 119—130 173—174 191
Freeze out temperature Decoupling of particle species 125 129 138 426
Friedmann equation 47—52 82 133 458
Galactic evolution 4—6
Galaxy formation Structure formation 21 373
Galaxy number count vs. redshift test 6 9 43—44 390
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