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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 |
Inflation, new 555—590
Inflation, original version (Guth) 539—555
Inverse square law 6 50—52 56—60 75 81 94—96
Isotropy of cosmic microwave background 460 474—478 487—488 512—513 534
Jeans mass 467
Jeans, J.H. 208 210 212 242
Jets 241 244 282 284 299 301 303 309 314—317
Jupiters 468—469
Kahler manifold 671
Kaluza — Klein cosmology 523—526
Kasner solution 507
Kerr black holes 245 251—254 256—257 278
Kreuzer experiment 67—68 75—76
Kruskal, M.D. 238
Kruskal, M.D., ño-ordinates 232 237—239
Landau and Lifshitz, ‘Course of Theoretical Physics’ 231 347 350 496
Landau — Chandrasekhar mass limit 214—215 277
Landau, L.D., on gravitational collapse 231
Landau, L.D., on neutron stars 223—225 276—277
Laplace effect, relativistic 180 190—191
Laplace, P.S., Mecanique Celeste 102 190
Laplace, P.S., on black holes 2 110 201—204 277
Lemaitre, G. 234—235
Lense — Thirring precession 69—70
Light deflection by cosmic strings 511—512
Light deflection, general relativity 110—115
Light deflection, Newtonian 110—111
Light, Newton’s corpuscular-undulatory view of 17—25 46—47
LIGO (laser interferometer gravity wave observatory) 415—435
LMC X3 312—314
Local Lorentz invariance, tests 90—92
Lodge, Sir Oliver 204—205
M87 240—241 299 305—306
Majorana — Weyl spinors 668
Many-worlds interpretation 32 627
Mass-to-light ratio 465
Matched asymptotic expansions for gravitational waves 346
Maxwell, J.C. 12
Membrane paradigm 286—294
Mercury, perihelion advance 102—107 121
Michell, John on binary systems 116
Michell, John on black holes 2 110 201—203 277
Michell, John, torsion balance 52
Michelson, A.A. 12—13
Microwave background temperature, discontinuity due to cosmic strings 512—513
Microwave background, isotropy of 460 474—478 487—488 512—513 534
Microwave fluctuations, cosmic 444 487 632
Mini-superspace 621 640—645
Mini-superspace, beyond 645—647
Mini-superspace, de Sitter model 640—643
Mini-superspace, massive scalar field model 643—645
Monopole problem 530—532
Motion of Moon 11 107—110
Motion of planets 6—9 101—107
Motion, problem of 128—193
Motion, problem of, in Einstein’s theory xii 145—192
Motion, problem of, in Newtonian theory 132—145
N-extended-body problem, Einsteinian 145—192
N-extended-body problem, Newtonian 132—145
Neptune, discovery of 102
Neutrinos, massive 472
Neutron stars 223—231 243 247—248 276—277 322
Neutron stars, as gravitational wave sources 386—389
Neutron stars, collapse to, as gravitational wave source 371—376
Neutron stars, Landau on 223—225 276 277
Neutron stars, Oppenheimer — Volkoff limit 277 319—320
Newton, Isaac, Absolute Time and Absolute Space 3
Newton, Isaac, action and reaction 2 81 96—98
Newton, Isaac, and Apollo project 7
Newton, Isaac, and reductionism 13
Newton, Isaac, and relativity 20—25 49
Newton, Isaac, and strong principle of equivalence 130 141—144
Newton, Isaac, compared with Einstein 4 6
Newton, Isaac, corpuscular-undulatory view of light 17—25 46—47
Newton, Isaac, De motu 49
Newton, Isaac, fluxions 2
Newton, Isaac, inverse-square law 6 50—52 56—60 75 81 94—96
Newton, Isaac, Opticks 18—20 23—25 110
Newton, Isaac, Principia xi 1—4 16 23—24 49 80 84—85 101 107 115 120
Newton, Isaac, problem with infinite universe 631
Newton, Isaac, theory of colours 23
Newtonian gravitational constant, measurements 70—76
Newtonian gravitational constant, variation of? 75—76 98—101
Newtonian light deflection 110—111
Newtonian theory of gravitation, linearity 34
Newtonian theory of gravitation, problem of motion 128—193
Newtonianism and today’s physics 5—16
Newton’s and Einstein’s conceptions of gravity 6 81—84 128—130
Newton’s hope 12—16
Newton’s theory and chaos 8—10
Newton’s theory and determinism 7—10
Non-abelian gauge theories, covariant canonical formalism 680—684
Non-demolition, quantum 411—413 430—432
Non-local spacetime theory 47
Non-locality and quantum mechanics 29—31
Nordvedt effect 108—109
Nucleosynthesis 529
Oort limit 320
Oppenheimer — Snyder scenario 223 226—228 230—231 250—252 277
Oppenheimer — Volkoff limit 226 277 319—320
Orbifolds 665
Origin and fate of universe 556 650—651
Parametrized post-Newtonian formalism (PPN) 52—55 65—67 123—125
Path integral, Euclidean 633—636
Penrose, R. 17—48 252—254 259—261 278 363 607 632
Perihelion advance, Mercury 102—107 121
Perturbation formalism for gravitational waves 355—356
Perturbation methods, singular 160—162
Perturbations, cosmological, growth of 463 474—478 482—484 535—538 648
Phase transition 399 570—579 605
Planck scale, physics at 650—651 672
Planets, motion of 6—9 101—107
Poisson brackets 676—677
Population III stars as gravitational wave sources 397
Post-Minkowskian formalism for gravitational waves 156—162 351—353
Post-Newtonian formalism for gravitational waves 128—129 151—156 351 353—355
PPN (parametrized post-Newtonian) formalism 52—55 65—67 123—125
Preferred frames and locations 65—67 75
Primordial black holes 320—321
Primordial gravitational waves 397—399
Principia xi 1—4 16 23—24 49 80 84—85 101 107 115 120 128 141—144
Principle of equivalence 51—52 60—64 81 85—96 130 141—144
Probability as a path integral 633
Proto-galaxies 478—488
Pulsar timing as gravity wave detector 443—444
Pulsar, binary xii 116—120 129 180 192 332
Pulsars 247—248
Pulsars, defunct 319
Quadrupole formula 189—190 347—350
| Quantum cosmology 556 606 610—612 631—651
Quantum gravity and time-asymmetry 34—37
Quantum mechanics and determinism 7—8
Quantum mechanics and general relativity 35
Quantum mechanics and macroscopic physics 31—32
Quantum mechanics and physical reality 26—29
Quantum mechanics and time-asymmetry 34—42
Quantum mechanics, linearity 25—26
Quantum mechanics, many-worlds interpretation 32
Quantum mechanics, non-locality 29—31
Quantum mechanics, state-vector reduction 32—34 37—45
Quantum mechanics, time-evolution 32—34
Quantum mechanics, Wigner’s interpretation 33
Quantum non-demolition 411—413 430—432
Quantum state of universe 556 606 610—612 633—636 648—650
Quasar models 244—247 299—302
Quasars 242—247 278 299—302 304—308 321
Radar, time-delay experiment 113—115
Radiation reaction for gravitational waves 347—350
Radiation, gravitational 330—458 see
Radio waves, cosmic 330—331
Radio ‘stars’ 240—241 298
Reality of state vector 27—29
Recollapse of universe 648—649
Redshift experiments, gravitational 92—94
Reduction of state vector 32—34 37—45
Reductionism 13—16
Relativity, Isaac Newton and 20—25 49
Robertson — Walker model 460—463 526—530
Robertson, H.P. 235 227 234
Rocket-redshift experiments 93—94
Royal Society, Principia xi
Russell, H.N. 207 224 208
Sagittarius A* 308—309
Saint Augustine 651
Schrodinger’s cat 33
Schwarzschild ‘singularity’ 219 227—228 231—239 277—278
Second law of thermodynamics 647—648
Seyfert galaxies 297 300—301 307
Shapiro time-delay measurement 113—115
Singularities, past and future 35—36 42—43
Sirius, companion 205—206 210—211
Slow-motion formalism for gravitational waves 351—352
Solar oblateness 104—107
Spinar 247 300
Spontaneous compactification 595 624—626 633 670
Squeezed vacuum 411—413 430—432
SS433 314—317 322
Stagspansion 482—483
Standard Cosmological Model 459—463 526—530
Standard cosmological model, problems of 530—538
Star clusters, black holes in 302—304 320—321
Star clusters, collapse of 376—378
Star-formation 484—488
State vector, reality of 27—29
State-vector reduction 32—34 37—45
Stoner E.C. 212—214
Stoner — Anderson equation of state 213 217—221
String field theory 659—666
String theory of strong nuclear force 653
String theory, bosonic 653 656 659
strings see "Cosmic strings" "Superstrings"
Strong nuclear force, string theory of 653
Strong principle of equivalence 130 141—144
SU(5) model 621—622
Supemovae 371—376
Superclustering 475
Supergravity, singular at three loops 653 632
Superluminal expansion (active galactic nuclei) 304
Supernova 1987A xi
Superspace, mini 621 640—645
Superstring theories xii 15—16 635 652—673
Superstring theories, anomalies 666—670
Superstring theories, classification 654—656
Superstring theories, compactification 670—671
Superstring theories, cubic interaction 665
Superstring theories, Feynman diagrams 655—659
Superstring theories, heterotic 655 669
Superstring theories, phenomenology 670
Superstring theories, string field theory 659—666
Superstring theories, vacua 635 670 672—673
Symplectic structure 677—684
Synge, J.L. 231 235—237
Tachyons in string theory 653—656
Thermodynamics, second law of 647—648
Time, direction of 645—649
Time-asymmetry in quantum mechanics 34—42
Time-delay experiment, radar 113—115
Torsion balance 52 56—57 70—75 87—88 97
Tryon, E.P. 556
Twistor theory 47
Unification of fundamental forces and superstrings xii 12—16 652—673
Unified models 524 579—582 605
Universe, baryon density of 463—474
Universe, child 590—594 623—625
Universe, creation from ‘nothing’ 556 595 606 618 636 650—651
Universe, creation in laboratory 593
Universe, global structure 621—623
Universe, mini- 621
Universe, origin and fate of 556 650—651
Universe, recollapse of 648—649
Universe, uniqueness of 607
Universe, wave function of 556 606 610—612 633—636 648—650
Vacuum state, superstring theory 635 670
VMOs (very massive objects) 468—469
Voids, cosmic 494—495
Weak anthropic principle 626—628 649
Weak equivalence principle (WEP) 54—55 60—64 85—90 94
Weak-field expansion 128—129 156 351 353—355
Weyl curvature of past singularities 36 42
Wheeler — DeWitt equation 638—640
Wheeler, J.A. 228—232 238 248—250 259 261 278 339 362 364 638—644
White dwarfs 205—223
White dwarfs, Chandrasekhar limit 212—216 277
White dwarfs, discovery 205—212
White holes, disallowed 42
Wigner’s interpretation of quantum mechanics 33
WIMPs (weakly interacting massive particles) 472
X-ray sources, galactic 278 280 310—316
Yang — Mills analogue of string field theory 659—666
Yang — Mills theory, covariant canonical formalism 680—682
Yukawa potential for gravitation 53 95
Zeldovich — Harrison spectrum 480—483 487—488 568—570
Zeldovich, Ya.B. 43—44 230—231 246—247 250—259 263—264 278 301 362 398 400 445 477 482 487—488 539 568—570 607
Zwicky, F. 223—224 228 277 464
‘Missing mass’ problem 320
‘No boundary’ quantum state of universe 556 606 610—612 635—636 648—650
‘No hair’ theorem, black holes 254—260 278 280
‘No hair’ theorem, cosmological 544—545 624—625
‘Skyhook’ 441
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