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| Àâòîðèçàöèÿ |
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| Ïîèñê ïî óêàçàòåëÿì |
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| Hawking S.W., Israel W. — Three hundred years of gravitation |
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| Ïðåäìåòíûé óêàçàòåëü |
Accretion disks 247 282—297 300—302 315 323
Accretion onto black holes 247 281—297 301—302
Action and reaction 2 81 96—98
Active and passive gravitational mass, Kreuzer experiment 67—68 75—76
Active and passive gravitational mass, Newton on 130 141—144
Active galactic nuclei (AGN) 297 302 304—308 322—323
anomalies 666—670
Anthropic principle, weak 626—628 649
Augustine, Saint 651
Axions 472—473 481
Bar detectors 401—414
Baryon density of universe 463—474
Baryon-photon ratio 473—474
Baryosynthesis 473—474
Beam detectors 414—435
Bekenstein — Hawking formula 36 263—265
Biased galaxy formation 491—495
Big bang scenario 459—463 526—538
Big bang scenario, singularity theorems 632
Big bang singularity, low entropy 35—36
Big crunch \sqrt[n]{\sqrt[n]{}}35—36
Binaries, coalescence of compact 378—383
Binary pulsar xii 116—120 129 180 192 332 350
Binary systems 115—120
Binary x-ray sources 310—316 321—322
Black hole singularities, high entropy 36
Black hole, collapse to, as gravitational wave source 376—378
Black holes 201—205 217—219 248—265
Black holes, accretion onto 247 281—297 301—302
Black holes, as unipolar inductors 289—294
Black holes, astrophysical 277—323
Black holes, Bardeen — Petterson effect 284
Black holes, Blandford — Znajek effect 289—294
Black holes, early quasar models 299—302
Black holes, electromagnetic effects 286—294
Black holes, external field 281—286
Black holes, in active galactic nuclei (AGN) 297—302 304—308 322—323
Black holes, in binary X-ray sources 310—316 321—322
Black holes, in Cygnus XI 311—312 321—322
Black holes, in Galactic centre 308—310
Black holes, in Galactic halo 320
Black holes, in LMC X3 312—313 321
Black holes, in star clusters 302—304 320—321
Black holes, Kerr 245 251—254 256—257 278
Black holes, membrane paradigm 286—294
Black holes, Michell and Laplace on 2 110 201—204 277
Black holes, observational evidence for 297—323
Black holes, primordial 320—321
Black holes, SS433 314—316
Black holes, supermassive, as gravitational wave sources 383—384
Black holes, surface resistivity 287
Black holes, ‘no-hair’ conjecture 254—260 278 280
Black-hole entropy, Bekenstein — Hawking formula 36 43 263—265
Blandford — Znajek effect 289—294
Bosonic string theory 653 656 659
Brans — Dicke theory 84 86
Bubbles, false vacuum 590—594
Calabi — Yau space 671
Canonical formalism, covariant 676—684
Cavendish experiment 52 56 73—74 97 99
Cavendish, Henry 201—203
Cavitation of gravitational waves 399
Cavity detectors 436—437
Centre-of-mass problem 163—165
Chandrasekhar limit 212—218 229 277
Chandrasekhar — Friedman — Schutz instability 388
Chandrasekhar, S. 201 214—218 221 222 228 277 355 363
Chaos 8—10
Chaotic inflation 594—597 607—609 618—620
Characteristic amplitude and frequency of gravitational wave sources 366 369 405
Child universe 590—594 623—625
Cold dark matter cosmogony 480—484
Coleman — Weinberg effective potential 579—582
Collapse as gravitational wave source 371—378
Compactification of extra dimensions 595 624—626 633
Consciousness and state-vector reduction 32—34
Corpuscular-undulatory view of light, Newton 17—25 46—47
Correlation function, galaxy-galaxy 488
Cosmic censorship 35 261
Cosmic deceleration 489—491
Cosmic microwave background, isotropy of 460 474—478 487—488 512—513 534
Cosmic microwave fluctuations 444 487 632
Cosmic radio waves 330—331
Cosmic strings 488 499—522
Cosmic strings, conical space, physics 511—513
Cosmic strings, cusps 504—506 515—518
Cosmic strings, energy-momentum tensor 504
Cosmic strings, global 500
Cosmic strings, gravitational field of straight 507—510
Cosmic strings, gravitational lensing by 511—512
Cosmic strings, gravitational radiation due to 399—400 517—519
Cosmic strings, gravitational rocket-effect 519—521
Cosmic strings, gravitational self-force due to 513
Cosmic strings, lensing by 511—512
Cosmic strings, light deflection by 511—512
Cosmic strings, microwave background temperature, discontinuity due to 512—513
Cosmic strings, oscillating loops 504—506 514—519
Cosmic strings, radiation, gravitational, due to 399—400 517—519
Cosmic strings, rocket-effect, gravitational 519—521
Cosmic strings, self-force, gravitational, due to 513
Cosmic strings, waves on infinite strings 506—507 521—522
Cosmic voids 494—495
Cosmological constant, non-vanishing 492 631—632
Cosmological model, Kaluza — Klein 623—626
Cosmological model, standard 459—463 526—530
Cosmological model, standard, problems of 530—538
Cosmological perturbations, growth of 463 474—478 482—484 535—538 648
Cosmological, no-hair conjecture 544—545
Covariant canonical formalism 676—684
CPT invariance 647 649
Creation of universe from ‘nothing’ 556 595 606 618 636 650—651
Creation of universe in laboratory 593
Critical density 466 527
Cygnus A 241—242 298 301
Cygnus XI xii 248—249 280 311—312
Dark matter 463—474 480—484
Dark matter in halos 493
Darwin, Charles, Origin of Species 1
de Sitter model 640—643
Deceleration, cosmic 489—491
Deceleration, cosmic, by cosmic strings 511—512
Deceleration, cosmic, general relativity 110—115
Deceleration, cosmic, Newtonian 110—111
Density fluctuations 463 474—478 482—484 494 535—538 587—589 612—618
Density matrix of universe 636—638
Density parameter, omega 465—466 488—491 494—495 527
Determinism in quantum mechanics 7—8
Determinism, Newton’s theory and 7—10
Direction of time 645—649
Eddington limit 301
Eddington, A.S. 205 208—211 215—222 234 265 278
Eddington, A.S. on gravitational collapse 216—222 278 332
Eddington, A.S., measurement of light deflection 111 113
Eddington’s paradox 211
Effacement of external structure 130 140—141
Effacement of internal structure 130 136—140 173—179
Effective potential, Coleman — Weinberg 579—582
Einstein equivalence principle (EEP) 85—86 90—94
Einstein static model 459 631—632
Einstein — Podolsky — Rosen paradox 30—31 47
Einstein, A. 4 128 232—233 235—236 277 332 349
Einstein, A. and Newton compared 4 6
Einstein, A. and reductionism 13
Einstein, A., 3 tests of general relativity 6 80
Einstein, A., general relativity 4 6 14—15 128
Einstein’s and Newton’s conceptions of gravity 6 81—84 128—130
Einstein’s general relativity as low-energy effective theory 632—633
Einstein’s general relativity, 2-loop divergence 15 632 653
Einstein’s theory, problem of motion in xii 145—192
Entropy, black-hole 36 263—265
| Entropy, gravitational 43
Entropy, increase of 647—649
Entropy, per baryon 466 473—474 531—532
Eotvos-type experiments 86—90
Equivalence principle 51—52 60—64 81 85—96 130 141—144
Equivalence principle, Einstein (EEP) 85—86 90—94
Equivalence principle, strong 130 141—144
Equivalence principle, weak (WEP) 54—55 60—64 85—90 94
Eternal chaotic inflation 618—620
Euclidean action for general relativity 635
Euclidean path integral 633—636
Evolutionary correction, galaxies 490
Experimental gravitation 6 80—125
Fabry — Perot detectors 419—430
False vacuum bubbles 590—594
Fast-motion approximation 156—162 351—353
Feynman diagrams for superstrings 656—659
Flatness problem 532—534
Fluctuations, cosmic microwave 444 487 632
Fluctuations, density 463 474—478 482—484 494 535—538 587—589 612—618
Fluctuations, non-Gaussian 494
Fowler, R.H. 211—212 214 217—218
Friedmann model 459—463 536—540
Galactic centre, black holes in 308—310
Galactic halo, black holes in 320
Galactic nuclei (AGN) 297 302 304—308 322—323
Galaxies, evolutionary correction 490
Galaxies, proto- 478—488
Galaxy clusters, mass estimates 464
Galaxy collisions 241 298 307 490
Galaxy formation 463 612
Galaxy halos 493
Galaxy halos, biased 491—495
Galaxy-galaxy correlation function 488
Gauge-current anomalies 666—667
Gauge-theories, non-abelian, covariant canonical formalism 680—684
General relativity 4 6 14—15 128
General relativity and quantum mechanics 35
General relativity, 2-loop divergence 15 632 653
General relativity, 3 tests 6 80
General relativity, as low energy-effective theory 632—633
General relativity, covariant canonical formalism 682—684
General relativity, Euclidean action for 635
General relativity, problem of motion xii 145—192
Grand unified theories xii 15—16 524 579—582 605 621—622 652—673
Gravitational collapse 204 226—228 251—252 277
Gravitational collapse and quasar models 244—247 299—300
Gravitational collapse, Eddington on 216—222
Gravitational collapse, non-spherical 248—261
Gravitational constant, variation of 75—76 98—101
Gravitational entropy 43
Gravitational focussing of gravitational waves 361
Gravitational force, inverse-square law 50—52 56—60 75 81 94—96
Gravitational force, screening 76
Gravitational force, Yukawa potential for 53 95
Gravitational lenses 321
Gravitational lensing by cosmic strings 511—512
Gravitational radiation 330—458 see
Gravitational radiation damping xii 180—191
Gravitational radiation due to cosmic strings 399—400 517—519
Gravitational radiation, reaction 347—350
Gravitational redshift experiments 92—94
Gravitational rocket-effect due to cosmic strings 519—521
Gravitational theory and superstrings xii 15—16 653
Gravitational wave detectors 400—445
Gravitational wave detectors, bar 401—414
Gravitational wave detectors, beam 414—435
Gravitational wave detectors, broad band 369—371
Gravitational wave detectors, burst sensitivities 366 370 375
Gravitational wave detectors, characteristic amplitude and frequency of source 366 369 405
Gravitational wave detectors, cosmic microwave anisotropies 444
Gravitational wave detectors, cosmological 444—445
Gravitational wave detectors, earth’s normal modes 440—441
Gravitational wave detectors, electromagnetically coupled (cavity) 436—437
Gravitational wave detectors, Fabry — Perot 419—430
Gravitational wave detectors, LIGO (laser interferometer gravity wave observatory) 415—435
Gravitational wave detectors, Michelson-type 415—430
Gravitational wave detectors, narrow band 405
Gravitational wave detectors, noise 366—370 404—405
Gravitational wave detectors, orbital timing 443—444
Gravitational wave detectors, pulsar timing 443—444
Gravitational wave detectors, quantum non-demolition 411—413 430—432
Gravitational wave detectors, signal-to-noise ratio for bursts 367—370 404—405
Gravitational wave detectors, space-borne 437—441
Gravitational wave detectors, squeezed vacuum 411—413 430—432
Gravitational wave detectors, sun’s normal modes 440—441
Gravitational wave detectors, superfluid interferometer 437
Gravitational wave detectors, Wiener optional filter 368
Gravitational wave detectors, ‘skyhook’ 441
Gravitational wave sources 331 364—400 434—435
Gravitational wave sources, binary pulsar xii 129 180 192 332
Gravitational wave sources, binary stars 332 378—383 391—393 395—396
Gravitational wave sources, burst 365—385
Gravitational wave sources, Chandrasekhar — Friedman — Schutz instability 388
Gravitational wave sources, characteristic amplitude and frequency 366 369 405
Gravitational wave sources, cherished beliefs 384
Gravitational wave sources, coalescence of compact binaries 378—383
Gravitational wave sources, collapse to black hole 376—378
Gravitational wave sources, collapse to neutron star 371—376
Gravitational wave sources, cosmic strings 399—400
Gravitational wave sources, neutron stars 386—389
Gravitational wave sources, periodic 385—393
Gravitational wave sources, phase-transitions 399
Gravitational wave sources, Population III stars 397
Gravitational wave sources, primordial 397—399
Gravitational wave sources, star clusters, collapse of 376—378
Gravitational wave sources, stochastic 393—400
Gravitational wave sources, supermassive black holes 383—384
Gravitational wave sources, supernovae 371—376
Gravitational waves xii 330—458
Gravitational waves, absorption, scattering, dispersion 360—361
Gravitational waves, characteristics 333
Gravitational waves, diffraction 361—362
Gravitational waves, energy-momentum quantization 344—345
Gravitational waves, gravitational focussing 361
Gravitational waves, history of research 332—335
Gravitational waves, matched asymptotic expansions 346
Gravitational waves, non-linear coupling 362
Gravitational waves, overview 335—338
Gravitational waves, parametric amplification 362
Gravitational waves, perturbation formalism 355—356
Gravitational waves, physical-mathematical description 338—345
Gravitational waves, polarization 332
Gravitational waves, post-Minkowskian formalism 128—129 151—156 351 353—355
Gravitational waves, primordial 397—399
Gravitational waves, quadrupole formalism 347—350
Gravitational waves, radiation reaction 180—191 347—350
Gravitational waves, short-wave approximation 338—343
Gravitational waves, slow-motion formalism 351—352
Gravitational waves, speed 332
Graviton number, longitudinal 43
Ground state, superstring theory 635 670
Guth, A. xii 524—597 605
Gyroscope experiment 69—70
Halley, Edmund xi 1 7 101
Halley’s comet 101—102
Halos, dark matter 493
Harrison — Zeldovich spectrum 480—483 487—488 568—570
Hartle — Hawking state 556 568—570 606 610—612 635 648—650
Hawking, S.W. 36 253 262—265 278 461 554 556 605 610—613 626 631—651
Heterotic superstring theory 655
Hilbert — Einstein action, superstring analogue 660
Horizon problem 534—535 605
Hubble parameter 464 527
Hubble, E. 459
IMF (initial mass function) 467 493
Inflation 489 525 594—595 604—607 632
Inflation field 622
Inflation, chaotic 594—597 607—609 618—620
Inflation, in minimal SU(5) 579—590
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