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Davies P. — The New Physics
Davies P. — The New Physics



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Íàçâàíèå: The New Physics

Àâòîð: Davies P.

Àííîòàöèÿ:

Physics affects the way we live and, ultimately, how life itself functions. This new take on a classic text investigates key frontiers in modern physics. Exploring our universe, from the particles within atoms to the stars making up galaxies, it reveals the vital role invisible mechanisms play in the world around us, and explains new techniques, from nano-engineering and brain research to the latest advances in high-speed data networks and custom-built materials. Written by leading international experts, each of the nineteen chapters will fascinate scientists in all disciplines, as well as anyone wanting to know more about the world of physics. First Edition Hb (1989) 0-521-30420-2 First Edition Pb (1992) 0-521-43831-4


ßçûê: en

Ðóáðèêà: Ôèçèêà/

Ñòàòóñ ïðåäìåòíîãî óêàçàòåëÿ: Ãîòîâ óêàçàòåëü ñ íîìåðàìè ñòðàíèö

ed2k: ed2k stats

Ãîä èçäàíèÿ: 1989

Êîëè÷åñòâî ñòðàíèö: 526

Äîáàâëåíà â êàòàëîã: 01.04.2014

Îïåðàöèè: Ïîëîæèòü íà ïîëêó | Ñêîïèðîâàòü ññûëêó äëÿ ôîðóìà | Ñêîïèðîâàòü ID
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Ïðåäìåòíûé óêàçàòåëü
Fixed point of effective coupling flow      252 255
Flatness problem      37—38 44 48 59
Flavour      401 405 415—416 475
Flow around ring      222 225—227
Flow of configurations      244
Flow of couplings      252
Flow of fluid      222 225—227
Fluctuations      210 213—214 224 226—227 334 337 340 373 392
Fluctuations, non-Gaussian      341
Fluctuations, probability of      337 340
Flux quantisation      280—283
Flux tube      479—480
Forbidden line emission in active galactic nuclei      176—177
Force (binding)      398
Force (binding) and quanta      409 422
Force (binding), colour      399 404 405—407
Force (binding), covalent      406
Force (binding), electromagnetic      398 404 421 423
Force (binding), nuclear      401
Force (binding), strong      401
Force (binding), van der Waal      406
Force (binding), weak      399 418—420 423
Forces of nature      1
Fountain effect      275
Four-fermi model      88
Four-vector      459
Four-wave mixing      305
Fourier series      77 92
Fractal      93 350 359—363 411
Fractal geometry      333 346 356 359—363
Fractional quantum Hall effect      233
Fragmentation      417
Frame (inertial)      373 387 392
Framework theory      373 389
Franken, Peter      298
Frascati Laboratory      414
Free energy      212 224 268
Free quarks      414 420—422
Free-free emission      see "Bremsstrahlung"
Freedman, S.      386
Frenkel, A.      392
Friction-free flow      275 278 280
Friedmann, Alexander      64
Friedmann, Alexander, model universes      64—66
Functional integral      266
Fundamental particles      396 423
Fusion      420—422
g-factor      448 450
Gaehler, R.      392
Galactic bulge X-ray binaries      139 141—142
Galactic cannibalism      166 190—191
Galactic centre      170—171
Galactic centre, massive object in the      170—171
Galactic centre, molecular hydrogen observations of      170—171
Galactic halo, hot gas in      147
Galaxies      107—110 160—169 487
Galaxies as triaxial systems      161—162
Galaxies, chemical evolution of      164—165
Galaxies, containing active galactic nuclei      182
Galaxies, evolution of      164
Galaxies, masses of      107
Galaxies, optical luminosity function of      160—162
Galaxies, origin of      164
Galaxies, properties of      160—161
Galaxies, recession of      64 66
Galaxies, rotation curves      161—163
Galaxies, starburst      172
Galaxies, structures and internal dynamics of      161—162
Galaxies, tidal interactions between      166
Galaxies, two-point correlation function of      184
Galaxies, types of      107—110
Galaxy formation      198—201 491
Galaxy, ours      96—98
Galaxy, ours, age of      123—125
Galaxy, ours, gamma-ray emission of      100
Galaxy, ours, magnetic field of      118
Galileo      61
Gallium aluminium arsenide      229
Gallium arsenide      228—229 232
Gamma-ray astronomy      98—100
Gamma-ray astronomy, future of      204
Gamma-ray bursts      100 143—144
Gamma-ray emission from interstellar gas      117—118
Gamma-ray line emission      100
Gamma-ray Observatory (GRO)      204
Gas centrifuge      304
Gas diffusion      303
Gas-liquid system      213 216 219
Gate      229—230 232—233
Gauge boson      399 419
Gauge field      471—472
Gauge force      458
Gauge invariance      459 469
Gauge symmetry      2
Gauge theories      2 458 470 473
Gauge theories, phases of      265
Geiger — Marsden      400
Gell-Mann, M.      402
General relativity      70—72 75—76 78 80 82 84 88 90
General relativity and algebraic computing      33
General relativity and Positive Energy Theorem      32
General relativity and the standard Hot Big Bang      186—189
General relativity, alternatives to      11
General relativity, classical tests of      7 12
General relativity, exact solutions of      32
General relativity, numerical      33
General relativity, post-Newtonian approximation to      11
General relativity, world models of      186—189
Generalised cross-section      301
Generations (families) of particles      399 423 484—485 488 490
Geodesic      9 75
Geometrical optics      271
Geometry of universe      187
Georgi, Howard M.      39
Geroch, Robert      28
Ghirardi, G.C.      388 391
Giant branch      111 125—128
Giant molecular clouds      114—115 118 155—158
Gibbs, J.W.      385
Gisin, N.      391
Glashow — Salam — Weinberg model      see "Electroweak theory"
Glashow, Sheldon      2 39 436
Gleason, A.      384
glitches      136—137
Global Positioning System (GPS)      33
Globular clusters      123—125 165 199
Globular clusters, ages of      186
Glueball      406—407 409 418
Gluonic hadron      408
Gluons      3 399 406—410 415 428 475 478 484
Gluons in proton      411—412
God      61
Godfrin, H.      221
Goedel, Kurt      354
Gold, Thomas      7 31 66
Goppert-Mayer, M.      300
Gossard, A.C.      233
Graham      313
Grand Unified Theories (GUTs)      3—4 37—43 46—47 49 53—54 57 71 85 88 200—201 423 482 491
graphite      219—222
Graphite in interstellar grains      153
Gravitation      1 3 70 72 75 90
Gravitation, testing theories of      3
Gravitational collapse      71
Gravitational constant      16
Gravitational constant, variation of      16
Gravitational constant, variation with cosmic epoch      197
Gravitational force      458
Gravitational lens      13 99 188
Gravitational redshift      7 8 10
Gravitational redshift in binary pulsar      18
Gravitational singularity      71 92
Gravitational wave astronomy      20
Gravitational wave detector      315
Gravitational wave detector of Weber      21—22
Gravitational wave detector, improvements of      22
Gravitational wave detector, laser interferometer      23
Gravitational wave telescopes      205
Gravitational waves      3
Gravitational waves and binary pulsar      17—18
Gravitational waves and electromagnetic waves compared      18 20
Gravitational waves and quadrupole formula      18—19
Gravitational waves and radiation reaction      18
Gravitational waves from binary neutron stars      136
Gravitational waves from supernovae      130
Gravitational waves, Einstein's solution      17
Gravitational waves, search for      19—23
Gravitational waves, sources of      21
Gravitational waves, stochastic      21
Gravitational waves, waveform      20
Gravitational waves, weakness of      20
Gravitational waves, Weber's experiments      21—22
Gravitino      87 486—487 491
Graviton      81—83 85—89 486—487 489
Gravity      61—64 87—88
Green, Michael      489
Grimes, C.C.      229
Grischkowsky      308
Gross, David      489
Ground state      408
Group      389
Group theory      430
Guard ring      229
Guarneri, I.      367—368
Guth, Alan H.      43 45 48
Gyroscope experiment      16
h-bar      426 447
H-R diagram      see "Hertzsprung — Russell diagram"
Hadrons      2 85
Haken      313
Hall effect      210 232—235
Hall, E.H.      232
Halperin, B.I.      223 226
handedness      433
Harrison, Edward B.      49
Hartle, James B.      53
Hawking radiation      90 104
Hawking, Stephen      28—29 53
heat capacity      211—212 214 217—218 220—222 226
Heating of interstellar gas      132
Heavy-fermion superconductors      284 288
Heisenberg model      211 216—225
Heisenberg's uncertainty principle      71—72 80 90 314 423 462 465 485
Heisenberg, W.      374 377 393 427 450
Helicity      467 474—475
Helioseismology      see "Solar seismology"
Helium      209 216—217 221—222 225—230 274
Helium abundance in the universe      196—197
Helium burning      121—122 216
Helium stars      126
Helium-3      274 421
Helium-4      274
Helium-I      275 277
Helium-II      275—279
Heller, E.      368
Herbig — Haro objects      158
Hercules X-1 (Her X-1)      135 141
Hermaphrodite      407
Hertzsprung — Russell diagram      110—111 113 123—125 165
Hertzsprung — Russell diagram for white dwarfs      134
Heterogeneous ensemble      374
Heterojunction      210 229 232—233
Hexatic phase      223
Hidden matter      107 122 199—201
Hidden variables      382
Hidden variables theories      373 381—383
Hidden variables theories, contextual      83—84
Hidden variables theories, local      382—383 385 395
Hidden variables theories, noncontextual      382 see
Hidden variables theories, nonlocal      382—383 386 388 395
Hidden variables theories, simple      382 see
Hidden variables theories, stochastic      382 384—385 387
Hierarchical clustering in the universe      199—201
Higgs field      41—43 45—49 52—53
Higgs particle      266 474 478 482 484—487
Higgs — Kibble mechanism      287 474—476
Higgs, P.W.      41 474
Higgsinos      487
High energy interactions      410
High energy particles in active galactic nuclei      173—176
High energy particles in the interstellar medium      117—118
High-temperature superconductivity      274 280 284 286
Higher dimensions      89
Hipparcos astrometry satellite      203
Hohenberg, P.      224
Holes      228
Holt, R.      386
Homodyne detection      314
Homogeneous ensemble      374
Horizon problem in cosmology      35 37 44—45 48 50
Horizon scale of universe      198—201
Horizontal branch      111
Horizontal branch, stars      126
Horne, M.      385—386
Horsehead Nebula      114 116—117
Hoyle, Fred      7 31 66
Hubble flow of galaxies      164 194
Hubble Space Telescope      201—204
Hubble's constant      184—187 189 193
Hubble's Law      35 54 56 59 184—186
Hubble, Edwin      2 30 64
Hughes — Drever experiment      10
Hughes, Vernon      10
Hulse, Russell      17
Hume, D.      394
Hybrid hadrons      407
Hydrogen atom      407
Hydrogen burning      111
Hydrogen nucleus      412
Hyperbolic geometry      75
Hyperfine interaction      407
Hysteresis      323 325
IMB      443
Immune system      355
Impurity atoms      228 230—231 233
Incommensurate structures      221
Indefiniteness (in quantum systems)      375 379 382 384 387—388
Independence condition      385 387—388 see
Indeterminism      384
Inductive logic      383
Inelastic scattering distance      231
Inertial frame      7 278
Inertial frame, dragging of      16 26
Infall of galaxies into superclusters      163—164
Inflationary models of the early universe      4 37 41—53 59 68 164 189 201
information      341—342 346 351—352 364—365
Information science      315
Information theory, and black holes      29
Infrared astronomy      102
Infrared Astronomy Satellite (IRAS)      96—97 102 126 158 172 203
Infrared astronomy, future of      203 205
Infrared quasars      172
Infrared Space Observatory (ISO)      203
Initial conditions (in cosmology)      68
Initial mass function of stars      123 154 165
Instabilities in the interstellar medium      149 see
Instabilities in the interstellar medium, Jeans instability      149 158—159 198—200
Instabilities in the interstellar medium, Parker instability      149
Instabilities in the interstellar medium, streaming instabilities of cosmic rays      149
Instabilities in the interstellar medium, thermal instability      149
1 2 3 4 5 6 7
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