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Greene B. — The elegant univerce
Greene B. — The elegant univerce



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Название: The elegant univerce

Автор: Greene B.

Язык: en

Рубрика: Физика/Популярные издания/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 2000

Количество страниц: 427

Добавлена в каталог: 08.09.2005

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
$E=mc^{2}$      51—52 103—4 120 121 145 149 238 317
Abbott, Edwin      192
Accelerated motion      29 44 45
Accelerated motion in general theory of relativity      58—75 125 376
After the bang (ATB)      347 348 349 350—52 358—60
Albrecht, Andreas      355
Algebraic geometry      259
Alpher, Ralph      348
Amaldi, Ugo      178
Amati, Daniele      19
Ampere, Andre — Marie      171
Amplitude of waves      (see Wave amplitude)
Anthropic principle      368 369
Antimatter, matter vs.      8 9 120 159 176 223 292
Antiparticles      8—9 120 159 176 223
Antiquarks      223
Antistrings, strings vs      359 360
Ashtekar, Abhay      397
Aspect, Alain      114
Aspinwall, Paul      269 271 81 328
Astronomers      224 225 234 251 348
ATB      (see After the bang)
atoms      3 14 136 226
Atoms, model of      7
Atoms, nuclei of      7 11 13 141 170
Bach, Johann Sebastian      174
Banks, Tom      312 379
Bardeen, James      336
Batyrev, Victor      270—71 272 275
Bekenstein — Hawking entropy      19 333—40
Bekenstein — Hawking entropy, early arguments regarding      335—36
Bekenstein — Hawking entropy, second law of thermodynamics and      334—35 336 337
Bekenstein — Hawking entropy, string theory confirmation of      338—40
Bekenstein, Jacob      334 36
Bell, John      114
big bang      4 51 81—83 84 117 122 151—52 155 177 224 254 320 346—70
Big bang and critical density of universe      234—35
Big bang as eruption of spacetime      83 346
Big bang in standard model of cosmology      345—56
Big bang in string cosmology      254 357 70
Big crunch      234 36
Big crunch, string theory and      235 36 239 252—54
Binary stars      5 32 33
Black hole entropy      333 40
Black holes      4 78—81 79 84 117 226
Black holes and new universe formation      369 70
Black holes and tearing of spacetime      265
Black holes as time machines      80
Black holes, branes and      329 31 330 338 40
Black holes, determinism and      340 43
Black holes, elementary particles and      320 22 329—33
Black holes, entropy of      (see Bekenstein-Hawking)
Black holes, entropy; black hole entropy event horizons of      (see Event horizon)
Black holes, evidence for existence of      80 81
Black holes, extremal      339 40 343
Black holes, formation of      339
Black holes, gravitational force of      75 79 80 265 336 337 343
Black holes, lost information and      342 13
Black holes, mass of      79 80 81 321 330—31 337 338
Black holes, naming of      79
Black holes, phase transitions of      331 332
Black holes, radiation emitted by      81 336 37 338 340 342
Black holes, string theory and      19 320 44
Black holes, temperature of      336 337 38
Bogomol’nyi, E.      303
Bohr, Niels      7 88 103 105 112
Bolyai, Janos      232
Born, Max      105 106 109
Bose, Satyendra      175
Bosonic string theory      180 81
Bosons, spin of      175 180 182
Bottom quarks      8
BPS states, appearance of      316—17
BPS states, extremal black holes and      339
BPS states, string duality and      303—6
BPS states, supersymmetry and      303 304 309 316
Brandenberger, Robert      249 50 254 358—61
Branes      316—17 324 339
Branes as space-protective shields      323 324 325 329—30
Branes, mass of      317 330—31
Branes, wrapped configurations of      329 31 330
Bronowski, Jacob      387
Calabi — Yau spaces (shapes)      207 8 207 208 225 216 248
Calabi — Yau spaces (shapes), conifold transitions of      325 33 360—61
Calabi — Yau spaces (shapes), cosmology and      360 61 365
Calabi — Yau spaces (shapes), electric charge fractions and      223—24
Calabi — Yau spaces (shapes), flop-transitions and      266 78 266 267 273 322 323 325 329
Calabi — Yau spaces (shapes), gravitational force and      363 64
Calabi — Yau spaces (shapes), messenger particles and      218
Calabi — Yau spaces (shapes), mirror symmetry and      255 62 269 273—78 273 299
Calabi — Yau spaces (shapes), orbifolding of      256 58 257 269
Calabi — Yau spaces (shapes), particle families and holes in      216—21 255—56 257—58 280
Calabi — Yau spaces (shapes), particle mass and      217 18 259 281
Calabi, Eugenio      207
Callan, Curtis      409
Candelas, Philip      207 215 17 258—59 261—62 270 275 325
Carter, Brandon      320 336
CERN      136 178
Chadwick, James      7
Chaos theory      17
Charm quark      8
Chirality      401
Christodoulou, Demetrios      320
circles      326
Circles and conifold transitions      326 27 327
Circles, measured on flat vs. curved surfaces      63 65 64 65
Classical vs. quantum      340 42
Clemens, Herb      325
Clocks, light      (see Light clocks)
COBE (Cosmic Background Explorer) satellite      349
Coherent state of strings      377 78
Coleman — Mandula result      170 172
Coleman, Sidney      170
Conifold transitions      329
Conifold transitions of Calabi — Yau spaces      325—33 360—61
Conifold transitions, dimension and      325—27
Conifold transitions, spheres and      322 323 27 326 327
Connes, Alain      379 80
Constant-velocity motion      28 29 73
Constant-velocity motion in special theory of relativity      24—25 26—27 28—30 34-37 40 41 43—46 47 58 75
Constant-velocity motion, light clocks and      38 40
Cosmic background radiation      348 49
Cosmic background radiation, temperature of      353 56
Cosmic rays      8
Cosmological constant      82 346
Cosmological constant, value of      225
Cosmology, Calabi — Yau spaces and      360—61 365
Cosmology, standard model of      345 56
Cosmology, string theory and      357 70
Cosmology, T.O.E. and speculation on      364 70 385—86
Cowan, Clyde      8
Cremmer, Eugene      307
Crommelin, Andrew      77
Curled-up dimensions      186 187—92 188 189 191 196 197 199—209 199 200 215—21 248 280 358
Curled-up dimensions and resonance patterns of string      206
Curled-up dimensions, fractionally charged particles and      223—24
Curled-up dimensions, geometrical forms of      191 191 199—200 199 200
Curled-up dimensions, size of      191 92 400
Curled-up dimensions, supergravity and      307 12
Curled-up dimensions, time and      204—5 (see also Calabi-Yau spaces)
Curvature of spacetime      (see Spacetime warping
Dark matter      225 235
Davidson, Charles      77
Davisson, Clinton      104 105
De Boer, Wim      178
de Broglie, Louis      103 4 105 106 109
de Sitter, Willem      32—33
Determinism and black holes      340 43
Deuterium      347 349
Dicke, Robert      348
Dimensions in conifold transitions      325 27
Dimensions in flop transitions      281
Dimensions in Kaluza — Klein theory      186 203 186 188 189 191
Dimensions in Lineland      192 96 194 195 236 359
Dimensions in special relativity      49 51 185
Dimensions in string theory      6 18 184 210 216—21 236 248—49 254-62 263—82 307 308—12 323-33 378—79
Dimensions in supergravity      307—12
Dimensions, varieties of      (see Curled-up dimensions Extended
Dimopoulos, Savas      400
Dirac, Paul      120 157 165 341
Distance      33
Distance in string theory      249 54
Dixon — Lerche — Vafa — Warner conjecture      255—58
Dixon, Lance      255 58
Double-slit experiments      97—102 98 99 100 101
Double-slit experiments, electrons in      104 109 14 118
Double-slit experiments, Feynman’s approach to      109 12 110
Double-slit experiments, interference pattern in      100 102 101 104 105 109
Double-slit experiments, light as particles in      98 99 98 99 101—3
Double-slit experiments, light as waves in      99 101 100 102—3
Double-slit experiments, water waves and      99 100 101
Down-quarks      7 9
Duality      297—306 312—16 332—33 381—82
Duality and quantum geometry      312 14
Duality, mirror symmetry and      299
Duality, string coupling constants and      303—6 315—16
Duality, strong-weak      299 300 304 5 318
Duality, supersymmetry and      301 3 306 382
Duff, Michael      203 298
Duration      33
Dyson, Frank      77
Dyson, Freeman      120
Earth      67 169 235 386
Earth and gravitational influence of sun      68—70 70 71 72 73 75 289—90
Eddington, Arthur      77 78 166
Effect of motion on predicted in Newton’s theory of gravity      55 56 289 90
Effect of motion on predicted in principle of relativity      28 30 Constant-velocity
Einstein, Albert and Calabi — Yau spaces      205 6 223—24
Einstein, Albert and cosmplogical constant      82 225 346
Einstein, Albert and Kaluza — Klein theory      187 197
Einstein, Albert and unified field theory, ix      4 5 15 283 Photoelectric Special
Einstein, Albert of point particles      223
Einstein, Albert on experimental confirmation of general theory      166
Einstein, Albert on probability in physics      107 8 201
Einstein, Albert, electric charge      10 12 171
Einstein, Albert, x      3 20 62 88 94—97 104 114 272 387
Electric charges and      10 12 171
Electric charges and gravitational force vs.      12
Electric charges and in Kaluza — Klein theory      187 196—97 287
Electric charges and intrinsic strength of      176 77
Electric charges and messenger particles of      (see Photons)
Electric charges and quantum electrodynamics      121—22
Electric charges, strong force and      175 76 198
electromagnetic field      23 24 377
Electromagnetic force      10 11 12 15 126 374 384
Electromagnetic force in early universe      350 352
Electromagnetic waves      88 90 89
Electromagnetic waves, composition of      97
Electromagnetic waves, energy of      88 89 90 92 93 94 97
Electromagnetic waves, light as      24 97 98 99—101 100 102—3
Electron waves      (see Probability waves)
Electron-neutrinos      (see Neutrinos)
Electrons      3 7 8 9 14 15 42 54 146 150 153 218 347
Electrons in double-slit experiments      104 109—14 118
Electrons in photoelectric effect      94 7
Electrons in uncertainty principle      112—15 118—19
Electrons, interaction of positrons and      159—60 159
Electrons, quantum electrodynamics and      121—22
Electrons, spin of      170—72
Electroweak force      122 23 175 76 352
Elementary particles      (see Particles elementary)
Ellingsrud, Geir      261 62
Energy      51
Energy and resonance patterns of strings      144—45 144 145 148—52 155 216—18 220—21 239-47 244 245 291—92
Energy and wave frequency      92 93 94 95 104
Energy of electromagnetic waves      88 89 90 92—93 94 97
Energy of photons in photoelectric effect      96—97
Energy, mass and      52 81 120 144 45 149 238
Entropy, black hole      333 40
Entropy, high vs. low      333 34
Equivalence principle      58 62 68 75 125 374 375 382
Equivalence principle, symmetry and      169 70 374 75
Euclidean geometry      64 65 231
Euler beta-function      137
Euler, Leonhard      137
Event horizon      79 81 79 342 344
Event horizon, area-increase law and      335 336 340
Event horizon, gravitational force and      79 80 265 336 337
Extended dimension      186 187—92 88 191 204 208 248—49 251
Extended dimension in M-theory      165 309—12 309 311 315—17 324 325 379
Extended dimension, tearing of spacetime in      281 323 324 325 327
Extremal black holes      339 40 343
Families, of elementary particles      9 9 123 216—21 219 255—56 257—58 280
Faraday, Michael      23
Fermi, Enrico      175
Fermions, spin of      175 180 182
Ferrara, Sergio      307
Feynman, Richard      86 87 97 102 120 157 212—13
Feynman, Richard and alternative formulation of quantum mechanics      108 12 279—80
Final theory      (see Theory of everything)
First superstring revolution      139 40 297
Fischler, Willy      312 379
Flat space      67—68 68 73 127
Flatland      195 359
Flatland (Abbott)      192 195
Flop transitions      266 82 266 267 273 322 323 325 329
Flop transitions, mirror symmetry and      267 268 78 273
Force charges      10 13 15 321
Force charges and resonance patterns of strings      143—44 145—46 205—6 222
Force charges of black holes      321
Force particles      11 11 13 142 147 172
Force particles and string theory      16 142 150 218 Specific
Force particles in standard model      123
Force particles of      (see Force particles)
Force particles of grand unification and      175 78
Force particles of M-theory and merging of      363 64 363
Force particles of supersymmetry and intrinsic strengths of      178 179
Force particles, spin of      172 173 222
Force-free motion      (see Constant-velocity motion)
Forces and enforcing symmetries      124 26
Forces in early universe      350 52
Forces, common features of      11—12
Forces, differences in intrinsic strength of      12
Forces, distance and intrinsic strength of      176—78 178
Forces, fundamental      10 13 15
Freedman, Daniel      307
Frequency wave      89 102 103
Frequency wave, energy and      92 93 94 95 104
Friedman, Robert      325
Friedmann, Alexander      82 346
Fuerstenau, Hermann      178
Fusion      13 51
Galaxies      3 4 54 234 235 348 368
Galaxies, formation of      13 347
Galileo      30
Gamow, George      94 348
Garden-hose universe and Kaluza — Klein theory      186 96 186 188 194 195 236
Garden-hose universe, point particles in      236 37 237
Garden-hose universe, quantum geometry and      236—48
Gasperini, Maurizio      362
Gauge symmetry      124 26 170 374 375
Gauss, Carl Friedrich      232
Gell — Mann, Murray      7 14 213
General theory of relativity      53 84 87 126 169 210 289 343 377
General theory of relativity and Kaluza — Klein theory      187 196—97 199 287
General theory of relativity, aesthetics of      75 76 166
General theory of relativity, applications of      78 83
General theory of relativity, equivalence principle and      (see Equivalence principle)
General theory of relativity, expansion and contraction of universe and      81—83 225 346 357
General theory of relativity, experimental verification of      75 78 83—84 166
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