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| Rees M.J. — Just Six Numbers: The Deep Forces That Shape the Universe |
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| Предметный указатель |
Salam, Abdus 121
Sato, Katsumoto 120
Second law of thermodynamics 104
SETI Institute 20
Shelton, Ian 42
Solar System, evolution of 12—13 41 45—46
Space, at scale of the Planck length 143 144—147
Space, density of 97
Space, latent energy of vacuum ( ) 97—98 126 151 153 154—155
Space, latent particles 97 131
Space, microstructure of black holes 97
Space, monopoles 129
Space, multidimensional 135 143—145 153
Space, Planck length (ultimate granularity) 11 39 141 143 144
Space, structure 129—131
Space, three dimensional 134—135 see "Space-time" "Superstring "Time"
Space-time, curved by presence of mass 31
Space-time, new, disjoint, within black holes 130 133 151
Space-time, quantum 'foam' 6 142 154
speed of light 32 32 33—34 47 60 62
Stanford Linear Accelerator 122
Starobinski, Alex 124
Stars, composition 42 45—46
Stars, internal pressures balanced by gravity 104
Stars, protostars 12—13
Stars, superstars 110 112
Stars, temperature increase with loss of energy 104 see "Stellar
Stellar collisions 53—54 100—101
Stellar evolution 107 110
Stellar evolution, age of oldest stars 59
Stellar evolution, Sun 12—13 41—43
Stellar evolution, supernovae 34 42—43 45 67
Stellar evolution, transmutation from hydrogen to heavier elements 44—45
Strominger, Andrew 146
Sun, evolution through red giant to white dwarf 41 71
Sun, fuelled by hydrogen fusion reaction 41 44 47—48 71
Sun, rotation round barycentre 13—14
Sun, self-gravity in equilibrium with hot core 29 41
Sun, source of neutrinos 80 see "Stellar "Solar
Supernovae 34 42—43 45 67
Supernovae, Type 1a 93
Supernovae, use as 'standard candles' (supernova cosmology project) 93—95
Superstring theories 3 6 97 129—130 143—147 152
Superstring theories and black holes 146
Superstring theories six-dimensional space 144—145
Superstring theories, eleven-dimensional space 145
Superstring theories, quantum mechanics 146—147
t'Hooft, Gerard 121
Taylor, Richard 122
Telescopes 15 107
Telescopes, Hubble Space Telescope 61 63
Telescopes, Keck Telescopes, Hawaii 64
Telescopes, Very Large Telescope (VLT), Chile 64
The Inflationary Universe (Guth) 124
| The Realm of the Nebulae (Hubble) 65
Time dilation, at speeds close to speed of light 33 62 93 137
Time dilation, near large masses 34 35 37 137
Time, arrow of 3 136—138
Time, asymmetry between past and future 137—138
Time, fourth dimension 3 136—137
Time, Planck time 141 142
Universe (cosmos), 'ripples' in early universe 106 108 111—112 127—128 151
Universe (cosmos), atoms as minor constituent 83 91
Universe (cosmos), average density of atoms 66 70 72—73 78 118
Universe (cosmos), becomes transparent 66 108
Universe (cosmos), block universe, viewed from outside time 137—138
Universe (cosmos), critical value of  86—90 100 126
Universe (cosmos), Einstein's static state concept 96—97
Universe (cosmos), evolution from Big Bang 107—108
Universe (cosmos), infinite past 133
Universe (cosmos), inflationary universe theory 123—133 150—151
Universe (cosmos), matter-antimatter asymmetry 84—86 139
Universe (cosmos), multiverse concept 11 23 133 150—161
Universe (cosmos), non-fractal nature 55
Universe (cosmos), present average temperature 66
Universe (cosmos), ratio of heat to matter 66
Universe (cosmos), ratio of neutrinos to photons 79
Universe (cosmos), ratio of photons to atoms 66 85
Universe (cosmos), simplicity unlikely 155—156
Universe (cosmos), size of 9 11 132—133
Universe (cosmos), steady-state theory 68
Universe (cosmos), through a zoom lens 4—6
Universe (cosmos), uniformity of large-scale structure 55 58—59 106 139 see "Dark " "Universe expanding" Virtual
Universe, expanding 57—59 62—63 66—70 96 119
Universe, expanding, balance between expansion energy and gravity () 72 126
Universe, expanding, critical density needed to reverse expansion 72—73
Universe, expanding, force of cosmic repulsion () 75 95—96 100 101 114
Universe, expanding, increasing rate of 91—92 95—102 100 101—102
Universe, expanding, rate (Hubble constant) uniform in all directions 89
Universe, expanding, ratio of actual density to critical density () 73 118 124
Universe, expanding, recession speed not constant 62
Universe, expanding, recession speed proportional to redshift 57
Universe, expanding, results of indefinite continuation 100—102
Universe, expanding, zero net energy 130—131 see "Inflationary
Uranus, planetary collision 15
Virtual universes (computer simulations) 109—111 119
Virtual universes (computer simulations), atoms 110
Virtual universes (computer simulations), black holes and quasars 113—114
Virtual universes (computer simulations), dark matter dominant 110 111
Virtual universes (computer simulations), gravitational aggregation 109—110
Virtual universes (computer simulations), multiverses 151
Virtual universes (computer simulations), non-uniform density distributions 110—112 111 113
Virtual universes (computer simulations), primordial condensations 109—110
Virtual universes (computer simulations), superstars 112
Weinberg, Steven 121
Wheeler, John Archibald, physicist 36
Witten, Edward 145
Zweig, George 122
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