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| Àâòîðèçàöèÿ |
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| Ïîèñê ïî óêàçàòåëÿì |
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| Davies P. — The New Physics |
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| Ïðåäìåòíûé óêàçàòåëü |
 217 219
 228
 217 228
 217
'Holes' in the distribution of galaxies 183
'Refusal to rotate' 275—278 281
'tHooft, G. 436 453
3C 273 98 100 109 172 175—176 179—181
Abrahams, E. 231
Acceleration of high energy particles in active galactic nuclei 176 178—182
Acceleration of high energy particles in supernovae 132
Accelerators 2 4 396 400 420—421 481—488
Accretion 100 104 135
Accretion in X-ray binaries 139—146
Accretion onto black holes 145 170 172
Accretion, disc 129 141—142 145 176 179—182
Accretion, thick discs 176 181—182
action 394
Active galactic nuclei 96—100 104 107—110 169—182
Active galactic nuclei, blue bump continuum feature in 172 175
Active galactic nuclei, broad line emission regions 173 176—177
Active galactic nuclei, continuum spectra of 172—176
Active galactic nuclei, narrow line emission regions 176—177
Active galactic nuclei, primary ingredients of 172—176
Active galactic nuclei, X-ray variability of 169—171
Actualisation 373 382 387 389—390 393—395
Adams, G. 229
Adaptation 342 344
Adsorbed gases 209 218—222 234—235
Advanced X-ray Astronomy Facility (AXAF) 204
Aharonov — Bohm effect 283 469
Albrecht, Andreas 45
Alfven velocity 150
Algorithmic complex theory 350 368—369
Alpha particle 397—398 400 410 426 449
Ambegaokar, V. 226
Amplification of ultra-weak effects 287
Amplifier 229
Analyser 381—383 386
Anderson, P.W. 230—231
Andronikashvili oscillator 225—226
Angular distribution (of scattered particles) 411 419
Annihilation 400 409 413
Annihilation, Drell — Yan process 418
anomalies 439 441
Anomalies in quantum field theory 489
Anthropic principle 201
Anti-shielding (in QCD) 478
Antibunching of photons 294
Antiferromagnetism 210—211 216—219 228 230
Antimatter 40 47 427
Antiparticle 90 400 413
Antiproton 400 409 418
Antiquarks 397 428 430 see
Antisymmetry 405—406
Apparatus 389—390 392 394—395
Argand diagram 463
Argonne National Laboratory 413
Aristotle 61 394
Aspect, A. 385—388 395
Astronomical colours 206
Astronomical nomenclature 206
Astronomical unit 206
Astrophysical cosmology 183—201
Astrophysical cosmology, basic observations of 183—186
Astrophysical cosmology, basic problems of 201
Astrophysical cosmology, standard dust-filled models 186—189
asymptotic freedom 476—478
Atmosphere, transparency of 94—95
Atomic elements 422
Atomic hydrogen 272 274
Atomic nucleus see "Nucleus"
Atomic theory 1
Atomic transitions 293
Atomists 481
atoms 70 396—398 404 410 423
Atoms, excited 408
Atoms, neutrality of 421
Attraction basin 332
Attractors 310 331 355—363
Attractors, chaotic 332—333 335 346
Attractors, dimension of 332—333 345—346
Attractors, fixed point 331
Attractors, fractal 350 359—363
Attractors, limit cycle 332
Attractors, torus 332
Autocatalysis 321 323
Autoionising state 302
AVLIS 303—304
Axions 164 200—201 491
Baade, Walter 24
Bar magnet 214—215
Bardeen, James 29 48
Bare charge 477
Barnsley, M. 355—358
Baryon 195 401—402 404
Baryon asymmetry in the early universe 197 201
Baryon number 40 47 49—51 54
Baryon-antibaryon pair production 195—197
BCS Theory of Superconductivity 282
Beaming of the emission from active nuclei 179—182
Beams of high energy particles in active galaxies 173 177—182
Beams of high energy particles in active galaxies, precession of 179
Beauty quark 399
Becklin — Neugebauer object 157
Bednorz, J.G. 228
Bekenstein, Jacob 29
Bell's inequality 384—385 387
Bell's theorem 385
Bell, J.S. 384—385 387 393
Belousov — Zhabotinski reaction 321
Benard cell 317 319 see
Berezinskii, V.L. 224
Berry, M. 368
Beta-brass 216—217
Beta-decay 83 399 419
Bethe, H.A. 212
Bialynlcki-Birula, I. 391
Biased galaxy formation 200—201
Bifurcation 311 334 338—339 343
Bifurcation, cascades 335—336
Bifurcation, diagram 334
Bifurcation, equations 336
Bifurcation, global 336
big bang 4 31 34—38 65—67 71 92—93 101 164 185 194—201 413 421 485 491 see
Big bang, relics of 66
Big crunch 65—66
Binary alloy 216 269
Binary liquid 216
Binary pulsar 17—18 99
Binary pulsar, energy loss to gravitational waves 18
Binary pulsar, periastron shifts in 17
Binary stars 127—129
Binary x-ray sources 113
Biological evolution 325 334 342
biology 448
Bipolar outflows 148 155—161
Bishop, D.J. 226—227
Bistability 323 325
BL-Lac objects 98 109 169—182
BL-Lac objects, polarisation of 172—173
BL-Lacertae objects see "BL-Lac objects"
Black holes 3 67—68 84 90 100 110 113 129 144—145 164 169—182 484
Black holes and Cosmic Censorship Hypothesis 29
Black holes and Cygnus X1 30
Black holes and M87 30
Black holes as source of gravitational waves 20
Black holes in active galactic nuclei 176 181—182
Black holes in X-ray binaries 145
Black holes, collision of 33
| Black holes, entropy of 30
Black holes, evaporation of 29 104
Black holes, event horizon of 26 28
Black holes, four laws of mechanics 29
Black holes, Hawking — Penrose theorem 28
Black holes, increase of horizon area 28
Black holes, Kerr solution 25
Black holes, Kerr — Newman solution 28
Black holes, last stable circular orbit 144—145
Black holes, Penrose process 26
Black holes, primordial 491
Black holes, radiation from 67—68 see
Black holes, Reissner — Nordstrom solution 28
Black holes, Schwarzschild radius of 25
Black holes, Schwarzschild solution 25
Black holes, supermasslve 110 169—170 176 194
Black holes, temperature of 29
Black holes, uniqueness of 28
Bloch, F. 223
Block variables 244
BLOCKS 212—213
Bohm, D. 388
Bohr, Niels 6 373 393—395
Boiling 210—211 220
Boltzmann constant 212
Bondi, Hermann 7 17 31 32 66
Born, M. 352 377
Bose condensation 273 275—277 282—283
Bose statistics 272—273 275 283
Bose, Satyendra 486
Boson 86—87 486
Bottom hadron 418
Bottom quark 399 420 484
Bottomium 404
Boundaries 212—213 223—224
Bragg peak 224
Braginsky, Vladimir 10
Braking index of pulsars 136
Brans — Dicke theory 8—9 11 15
Brans, Carl 8
Bremsstrahlung 100 148
Bremsstrahlung, X-ray emission from hot gas in galaxies 163
Bremsstrahlung, X-ray emission from supernovae 132
Bretz, M. 221—222
Brightest galaxies in clusters 161 166—168 182
Brightest galaxies in clusters as active galaxies 182
Brightest galaxies in clusters, multiple nuclei in 166
Brightest galaxies in clusters, redshift-magnitude relation for 184—186 190—191
Brightness temperature 175
Brown dwarfs 122 163—164 199
Bulk (three-dimensional) material 209 215 217 222 226—227
Calabi — Yau space 490
cAMP 326 327
cAMP, oscillatory synthesis of 327
Carbon 218—219 220—221
Carbon burning 121—122
Carter, Brandon 29
Casati, G. 367—368
Casimir forces 296
Cassiopaeia A 132—133
Cataclysmic variable 129
Causality 76—79 387 388 448
Caves, C.M. 314
Cavity high-Q 296
Centre manifold theory 336
CERN 400 409—410 412—414 418 471 482—483 486
Chains of atoms 215 217—218 220 226—227 234—235
Chaltin, G. 350
Chance 373 379 382 388—389 395 see
Chandrasekhar limit 111 134
Chandrasekhar, Subrahmanyan 24
Chaos 6 309 348—372
Chaos as many-scale phenomenon 264
Chaos in excited atom 370
Chaos, quantum 365—370
Chaotic dynamics 333 342 346
Chaotic fields 302
Chaotic inflation 52—53
Charge, conjugation 403—405
Charge, electric 400—402
Charge, fractional 420—421
Charge, integer 420
Charm 339 401 404 414 418 472 484
Charm, quark 415 420 422
Charmonium 404 409 479
Chemical enrichment of interstellar gas 127 164—165
Chemical oscillations 321—322 326—327
Chemical oscillations, waves 323—324 326—327
Chemotaxis 326
Cherenkov light 443
Chirality 323 484 487 489
Chirikov, B. 366—368
Chirped light 307
Chromomagnetism 398 407
Chromostatics 398 406
Classical cosmological tests 189—193
Classical physics 374 389 394
Classical statistics 272
Clauser, John 292 385—386
Climatic variability 344 346
Clusters of galaxies 107 160—169
Clusters of galaxies as isothermal gas spheres 165—166
Clusters of galaxies, brightest galaxies in 161
Clusters of galaxies, cooling flows in 168
Clusters of galaxies, crossing time of 163
Clusters of galaxies, evolution of 166
Clusters of galaxies, hot intergalactic gas in 166—169 191
Clusters of galaxies, types of 165
Clusters of galaxies, violent relaxation of 166
Clusters of galaxies, virial theorem as applied to 163
Clusters of galaxies, X-ray emission of 100
Clusters of phase 239
CNO cycle 121—122
Coarse-grained energy function 251
Coarse-graining 243
Coexistence of phases 211 220
Coherence 289 294 313
Coherent emission from pulsars 137—138
Cohesion of matter 389
coin tossing 364
Coleman, Sidney 43 45
Collider 400 418—420
Collimation of beams of ultrarelativistic particles 177—182
Colour (in particle physics) 3 398—399 405—406 423 428 472 475 478 484
Colour centre laser 308
Colour magnetism 407
Colour-magnitude diagram for stars 110—111
Coma cluster of galaxies 163 165—166
Complementarity 81 393—394
Complex number 225
complexity 4—5 318 319 323 325 341
Complexity, algorithmic 342
Composite models (of quarks and leptons) 423
Composite quantum system 379 380 385 389
Compton scattering of microwave background radiation 168
Compton wavelength 427 436 448
Computer simulation, Ising model 239
Condensate wave function 225
Conduction band 228—230
Conductivity 214 228 230—231
Configuration flow 244
Configurational energy 238 250
Confinement (of quarks) 416 437 475—476 478—479
Consciousness 393 395
Conservation laws 40 54
Conservative system 322 331
Conserved quantity 387—388
Constraints (nonequilibrium) 317 326 328—329 334 338—339 341 344
Contact binaries 128
Contingencies 373
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