Kolb E.W., Turner M.S. - The Early Universe :: Электронная библиотека попечительского совета мехмата МГУ

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Поисковые слова: sn 1987a

Электронная библиотека Попечительского совета
механико-математического факультета
Московского государственного университета

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Kolb E.W., Turner M.S. - The Early Universe

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Название: The Early Universe

Авторы: Kolb E.W., Turner M.S.

Язык:

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1989

Количество страниц: 547

Добавлена в каталог: 30.11.2008

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

Предметный указатель

$B^{O}$       512 513 518
$\beta$ decay      90-91
$\omega$       17 50 123 126 239-240 265-266 290 312-313
$\Omega$ problem      20 377 390-395
$\Omega_B$       16 18 21 101 107 310 349 369 389
$\Omega_O$       6 14 15-21 107-108 265 367 379-380
$\Omega_O$ age of the Universe      52-60
$\Omega_O$ axions      427 431 435
$\Omega_O$ inflation      273 283 310-311
$\Omega_O$ luminous matter      17-18
$\Omega_O$ rotation curves      17-18 244-245
$\Omega_O$ smooth component      20 390-395
$\Omega_O$ Virgo infall      Kinematic tests 19
$\Theta$ -vacuum electroweak      Sphalerons 184-185
$\Theta$ -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 $\Gamma^{\alpha}_{\beta\gamma}$       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 $f_{PQ}$       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 $\eta$       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 $\mu$       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 $\eta$       35 37 38 276 346
Conservation of stress-energy      41 66 277 279 359 476
Correlation function $\xi$       333-336 376-377 385-388 393-394
Correlation function $\xi$       334-336
Correlation function $\xi$ duster-cluster      23 334 373 377
Correlation function $\xi$ galaxy-galaxy      23 333-334 335 369 371-372 377 393-394
Correlation length $\xi$       237-238 240
Correlation length $\xi$ 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 $\mu$       222-225 433
Cosmic strings metric      224
Cosmic strings metric deficit angle $\Delta\Theta$       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 $\Lambda$       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 $\rho_C$        $\Omega$ 6 50
Critical temperature       187 198-199 212 239-240 270 292
Cross section $\sigma$       71 74 95 120-121 124 126-127 137 151-152 166 171 408-409 426 482
Cross section $\sigma$ neutrino      74 128-129 409
Cross section $\sigma$ strong      249-250
Cross section $\sigma$ 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 $g_{\ast}& g_{\ast}s$       5 64-65 67 75 76 93 97-98 108-109 123 426
Degrees of freedom internal g      61 117 121
Density contrast $\delta$       324 329 338 343
Density contrast $\delta$ biasing      392-395
Density contrast $\delta$ Fourier expansion      324-325 329-336 345-348 359-362 378-380
Density contrast $\delta$ Fourier expansion, growing mode      347 362 364
Density contrast $\delta$ horizon crossing      364
Density contrast $\delta$ Newtonian treatment      341-348
Density contrast $\delta$ particle horizon      325-326
Density contrast $\delta$ 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 $\lambda$       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 $\rho$       48 61-64 76 132-133 198-199 304-308
Energy density $\rho$ axions      429-430
Energy density $\rho$ cosmic strings      230
Energy density $\rho$ decaying particles      131-132 139-140
Energy density $\rho$ domain wall      215 218-220
Energy density $\rho$ 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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