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Visser M. — Lorentzian wormholes. From Einstein to Hawking
Visser M. — Lorentzian wormholes. From Einstein to Hawking



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Название: Lorentzian wormholes. From Einstein to Hawking

Автор: Visser M.

Аннотация:

Drawing on pivotal work by Einstein, Wheeler, Thorne, Hawking, and others, Matt Visser charts the development and current state of Lorentzian wormhole physics. Dr. Visser shows that by pushing established physical theories to their limits, it is possible to deduce the true physics of such exotica as wormholes and time travel. The physical framework he uses is derived from one of the major research frontiers of modern theoretical physics: quantum gravity the intersection of classical Einstein gravity and quantum field theory.


Язык: en

Рубрика: Физика/Гравитационное взаимодействие/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1996

Количество страниц: 412

Добавлена в каталог: 08.10.2005

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Hilbert gauge      13 57 272
Hilbert — Lorentz gauge      13
History, changing      212 213 254 256
History, multiple      250 253 258
History, new      253
History, old      253
History, unique      255
History, unique past      254 255 262
Homotopy      63 275
Homotopy, class      73
Homotopy, nontrivial      333 344
Horizon      15—16 20 25 46 47 50
Horizon, apparent      16—17 220
Horizon, as one-way membrane      16
Horizon, Cauchy      17 23 76 209 220
Horizon, causality      208—212
Horizon, chronology      208—212 250
Horizon, event      20 27 76 99 209 220
Horizon, event, definition      16
Horizon, event, Reissner — Nordstrom      23
Horizon, event, Schwarzschild      20
Horizon, inner      23—24 27 76 99 220
Horizon, outer      23 76
Horizon, outermost      27
Horizon, particle      17
Horizon, putative      17—18
Horizon, relationships      18
Horizon, time slows to a stop      16
Hubble parameter      85
Imaginary time      92
Impact, angle      123 142 327—328
Impact, generic      327—329
Impact, grazing      328
Impact, parameter      129 222
Impact, point      324 329 336
Impact, radial      326—327 331
Implicate order      259
Imprint at infinity      111—114 351 352 355
Indeterminate form      327 328
Inflation, cosmological      96 129—130 145
Inflation, Starobinsky      280
Initial data      17 217 218
Inner horizon      23 76 220 see
Instanton      92
Integral equation      313
Interatomic binding energies      144 169
Interatomic spacings      124 144 169
Intermediate vector boson      59
Internal stress      14
Interregnum      95—96
Interstellar travel      99 348 358
Invariant distance to the chronology horizon      341—344
Invariant length      214 228 233 267 274 342—344
Inverse-(d-1)-power law      303
Inverse-square law      301 303 304 306
Isotropic coordinates      20 21 23 46 150—151
Iteration      313
Jacobi fields      310
Jacobi tensor      162
Jacobian      298 299
Junction condition formalism      see “Thinshell formalism”
Jupiter      174
Kaluza — Klein theory      86 95 96 372
Kerr geometry      75—80 99 100 130 219—220
Kerr — Newman geometry      79
Kerr — Newman geometry, as elementary particle      49
Kerr — Schild coordinates      77
Killing almost-vector      244
Killing vector      18 25 76 133 136 182 243 244 246
Kim — Thome cutoff      341—344
Klinkhammer, on ANEC violation      197—199
Knots      188 192
Kruskal diagram      21 48 357
Kruskal — Szekeres coordinates      20
Kruskal — Szekeres geometry      47
Kugelblitz      53
Lagrangian mechanics      70 296
Lagrangian, classical      32 70
Lagrangian, classical, free massless scalar      32
Lagrangian, effective      348 352 354 355
Lagrangian, Einstein — Hilbert      12
Lagrangian, gravitational      12
Lagrangian, loop-based matter      190
Lagrangian, matter      12 100 353
Lagrangian, minimally-coupled scalar      120
Lamb shift      82
Laplace — Young equation      164
Lapse function      see “ADM split”
Lattice cutoff      83
Lattice gravity      372
Lattice particle physics      287
Lattice spacing      83 84 124
Laurent polynomial      319
Lienard — Wiechert potential      14
Lightlike (null)      10
Lightspeed      257
Line splitting      251
Local realism      257
Locally-static spacetime      239—247 335
Locally-static spacetime, definition      243 244
Long way around      228 240
Lorentz cobordant      65
Lorentz gauge      13 14 272
Lorentz invariance      32
Lorentzian signature      69 89 214 215
Lorentzian signature, definition      9 64
Lorentzian wormhole      3—5 89—92 99—110 285—290 369—372
luminosity      303 306
Manifold, Lorentzian      see “Spacetime”
Manifold, Riemannian      10 70 89 90 295 296 307 308
Many-worlds interpretation      257 258 260—261
Mass without mass      55
Mass, ADM      119
Mass, Bondi      119
Mass, effective      108—110
Mass, net      174 185
Maximal analytic extension      24 25 148
Maximal analytic extension, Kerr      75 77 78 220
Maximal analytic extension, Kruskal — Szekeres      20—22 47 59 60 357
Maxwell action      352
Maxwell equations      14
Measure, functional      35 36
Messages, hand-carried      205
Messages, radio      205
Metaphysics      256 259 262
Metric, almost-everywhere Lorentzian      67—68 71 73 90
Metric, Euclidean signature      65 69 89 302
Metric, Lorentzian      9 15 63—66 92 207 373
Metric, pseudo-Riemannian      9
Metric, Riemannian      70
Metric, smooth across the seam      241
Minisuperspace      347—348 369
Minisuperspace wormhole      347—366
Minkowski space, compactified      219
Minkowski space, surgery      165—175
Misner geometry      267 281
Mode sum      269
Moebius strip      219 289—290
Molecular Dynamics      82
Monomolecular chain      169
Moon      11 372
Morette, on van Vleck determinants      296
Morris — Thome wormhole      99—110 see traversable”
Morris — Thome — Yurtsever time machine      210
Moving mirrors      130
Multiple timelines      254 255 260—261 373
Multiverse      4 5 89 93 358
N'th polarized hypersurface      211 212
N'th polarized hypersurface, definition      211
Naked singularity      47 49 77—79 185 219 220
Naked singularity, definition      20
Nambu — Goto action      170 180 190 191
Nambu — Goto string      172 190—191 193
Natural units      39
NEC      115 130—131 309 see
NEC, definition      115
NEC, violations      101 123 131 347
Negative energy      100—101 167 174 185 186
Negative mass      192
Negative mass Schwarzschild geometry      47
Newman — Penrose formalism      154
Newton's constant      11 39 40
Newton's gravity      12 14 59 61 174 259
Newton's mechanics      103 259
non-Hausdorff      64 250—255 257 258 261
non-Hausdorff, wavefront      253
Nongeometrical disruption      143—144
Nonsymmetric gravity      152
Normal coordinate      182 349
Novikov consistency conjecture      see “Consistency conjecture”
Novikov, on locally-static spacetimes      239—240
Null (lightlike)      10
Null curve      117 129 133
Null energy condition      see “NEC”
Null geodesic segments      209
Null vector, canonical      298
One-form      243 244
One-loop approximation      295
Optical distance      303
Optical metric      303 304
Orientable      see “Space-time-orientable”
Orthonormal frame      22 23 26 28 115 136 138 140 141 160 311
Orthonormal tetrad      140
Orthonormal triad      140
Osterwalder — Schrader positivity      69
Outer horizon      23 76 see
Page approximation      128—129 282
Palatini formalism      373
Pandora      6 203 262
Paracompact      9 64—66
Paradox      203 204 212—214 234 249—275
Paradox, bootstrap      204 213—214 250 261
Paradox, consistency      204 212—213 250 253 256 261
Paradox, grandfather      212
Paradox, logical      203 204
Paradox, pseudo      204
Paradox, temporal      263
Paradox, time travel      212—214 374
Paradox, true      204
Paradox, twin      204 231
Parallel transport      283—285 297 337
Parity reversal invariance      289 290
Particle horizon      17 see
Particle, as field singularity      45
Particle, atom      124 144 169
Particle, conformally-coupled      269
Particle, electron      40 48—50 71 270 359 371
Particle, elementary      37 49 61 80 83 84 335 359 371
Particle, elementary, geodesic motion?      80
Particle, elementary, geometrical model      45
Particle, elementary, gravitational field      49 79
Particle, elementary, internal structure      49
Particle, graviton      59 372
Particle, graviton, virtual      59 61
Particle, Higgs      31 49 59 121
Particle, hydrogen      71
Particle, lepton      49
Particle, neutrino      79—80
Particle, phonon      83—84
Particle, photon      58 59 83—84 129 267—268
Particle, photon, virtual      59
Particle, pion      121
Particle, positron      270 371
Particle, proton      371
Particle, quark      40 49 121
Path integrals      35—38 see “Feynman
Path-ordering      311
Pauli, on van Vleck determinants      296
Pauli, on zero point energy      84
Penrose diagram      22 24 25 48
Penrose singularity theorem      118 119
Penrose, on wave function collapse      262
Perfect fluid      217 309 314
Perpetual motion      245—247
Phase space      70 92
Physical singularity      20 46
Physics is geometry      55
Physics, boring      274—275
Physics, conservative      73 263 375
Physics, diseased      24 59 78 79 86 93 99 100 144 209 217 218 333
Physics, known      100 249 288 369
Physics, plausible      5 78 370
Physics, speculative      6 45 93 250 369 375
Picture, Heisenberg      31 35 68
Picture, Schroedinger      31 35 68 296
Pinned geodesic      333
Planck length      49 55 56 58 59 62 81 91 100 273 274 327 344 348 358 359 364 365
Planck length, definition      39
Planck mass      59 60 67 80 344 364
Planck mass, definition      39
Planck scale      39—40 263 265 274 294 369—373
Planck scale, accelerator      371
Planck scale, as transition from classical to quantum      61
Planck scale, cutoff      125 344
Planck scale, importance of      60—61
Planck scale, indirect probes      371 372
Planck scale, new physics      83
Planck slop      265 271 340—345
Planck time      85
Planck time, definition      39
Planck units      42
Planck volume      93 345
Planck's quantum of action      39
Planets      28 29
Pocket universe      145
Point doubling      250
Point splitting      283—285 345
Polarized hypersurface      210—212 234 335
Polarized hypersurface, definition      210
Poles      303 319
Politzer time machine      210
Politzer, on time travel      261
Polyakov string      190 191 193
Positive mass theorem      113 119 185 316
Potential barrier      71 268 271
Power counting      see “Dimensional analysis”
Poynting vector      11 309
PPC formalism      259 260 262
PPN formalism      259
Predictability      17 209 254
Pressure      11 84 180 217 314
Pressure balance      159 160 163 164 179
Pressure, principal      115—118 160 222 308
Pressure, radial      108
Pressure, transverse      27 108
Pressure, universe      85
Pressure, vacuum      130
Pressure, zero point      83 84
Principal radii (curvature)      160—161 163 167 174 324 327
Principle, anthropic      93
Principle, cosmological      288 289
Principle, Fermat      303
Principle, Heisenberg uncertainty      60 72 127 328
Principle, self-consistency      see also “Consistency conjecture” “Consistency
Principle, strong equivalence      67 73
Principle, weak equivalence      67 80
Probe, finite resolution      72 73 365
Projection tensor      138 158 160 162
Propagator      282 334
Propagator, Feynman      35—37 260
1 2 3 4 5
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