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Bergmann P.G., De Sabbata V., Gillies G.T. — Spin in Gravity: Is It Possible to Give an Experimental Basis to Torsion?
Bergmann P.G., De Sabbata V., Gillies G.T. — Spin in Gravity: Is It Possible to Give an Experimental Basis to Torsion?



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Название: Spin in Gravity: Is It Possible to Give an Experimental Basis to Torsion?

Авторы: Bergmann P.G., De Sabbata V., Gillies G.T.

Аннотация:

Papers presented at the International School of Cosmology & Gravitation XV Course in Erice, Italy on 13-20 May 1997 discussing the existence & significance or torsion & spin as possible extensions of Albert Einstein's theory of gravity, his general theory of gravity, & his general theory of relativity.


Язык: en

Рубрика: Физика/Гравитационное взаимодействие/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1997

Количество страниц: 255

Добавлена в каталог: 22.07.2005

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
$TH\varepsilon\mu$ formalism      100
Abel's equation      126
Affine spaces      13
Anholonomic connection      155
Anomalous inertial mass tensor      99
Atom beam interferometry      109
Axial torsion vector      67 111
Canonical equations      23
Casimir invariant      148
Cauchy problem      103
Clifford algebra      77 79 104
Clifford algebra, Dirac equation      79
Commutation relation between torsion and curvature      76
Commutation relation in a real space-time      81
Conjugation      39
Connection, anholonomic      155
Connection, holonomic      155
Contorsion tensor      58 167
Curvature, homothetic      14
D-Dimensional cosmological models      118
D-Dimensional integrable models      128
Dark matter, anomalous spin quadrupole      214
Dark matter, hypotetical galactic halo      213
Deunitarizing automorphism      145 149
Diffeomorphism      163
Dilation operator      145
EIH, generalized theory      5
EIH, theory      1
Einstein — Cartan theory      52 60 178
Einstein — Cartan theory, physical effects      61 64 67 69 72 185
Einstein — Schroedinger theory      17
Electromagnetism and torsion      64 188
Electromagnetism and torsion, dispersion (of e.m. waves)      68 191
Electromagnetism and torsion, rotation (of linear polarization)      67
Emden — Fowler equation      123
Equivalence principle, Einstein      91 225
Equivalence principle, intermediate and long range      228
Equivalence principle, local Lorentz invariance      91
Equivalence principle, local position invariance      91
Equivalence principle, weak      88 91
Generalized Pauli equation      106
Geometric algebra      33 78
Gravitational potential      89
Gravitational potential, Yukawa-type interaction      89 94
Gravitational shielding      88
Gravitational waves      192
Gravity constant G      86 225 231
Gravity constant G, "effective value"      89
Gravity constant G, "induced"      89
Gravity constant G, absolute value      86
Gravity constant G, inverse square law      86
Gravity constant G, post-Einsteinian effects      229
Gravity constant G, space-based determination      231
Gravity constant G, variation      87 229
Group of diffeomorphisms      138
Helmholtz — Lie problem      19
Holonomic connection      155
Inertial field      251
Instanton      159
Isotropy of space      91
Iwasawa decomposition      137
Klein — Kaluza theories      93
Ladder representations      142
Levi — Civita condition      12
Mach's principle      243 250
Macro-electron masses      199
Mass-spin monopole-dipole interaction      199 205
Maxwell equations in Riemann — Cartan geometry      66 95
Metricity condition      11 157
Neutrino oscillations      69
Neutron interferometry      72
Nielsen and Picek model      93
Noether's theorem      2
P and T violating interaction      199
Pauli equation (generalized)      106
PC puzzle      93
PC puzzle, strong CP problem      199
PCT symmetry      92
Photon-torsion lagrangian      66
Photons and torsion      64
Planck mass      89
Poincare gauge theory      92 175
Post-Einsteinian effects      229
PPN formalism      99 187 189 225
Project SEE      226
Quantum gravity and real space-time      77
Real spinor fields      43
Regge seguances      158
Ricci lemma      11
Satellite energy exchange (SEE)      225 232
SEE project      225 232
Space-based determination of G      231
Space-time algebra      36
Spin, anomalous coupling      226
Spin, anomalous guadrupole      214
Spin, polarized test masses      89 199
Spin, weak dependent forces      213
Spin-aligned electrons      213
Spin-mass experiment      205
Spin-mass, dipole-monopole interaction      199 205
Spin-quadrupole interaction, anomalous      214
Spin-quadrupole interaction, experiment      214 219
Spin-spin experiment      203
Spin-spin interaction      93
Spin-spin interaction, dipole-dipole      199 201
Spin-spin, dipole-dipole interaction      199 201
Spin-torsion interaction      61 73 81 179
Spinor-tensor      81 242
Spinors, on curved spaces      134
Spinors, real fields      43
Spinors, world      163
Superstring      94
Supersymmetry      80
Supersymmetry, breaking      93
Torsion      9 53 95 166
Torsion and electromagnetism      66 188
Torsion and gauge theories      175
Torsion and Mach's principle      239
Torsion and magnetism      62
Torsion and neutrino oscillations      69
Torsion and neutron interferometry      72 194
Torsion and quantum gravity      74 193
Torsion pendulum      87 112 199 201 213
Torsion, totally antisymmetric tensor      81
Unitary irreducible representations      140
Universal covering group      138
Weak spin-dependent forces      213
Weyl lemma      12
Weyl — Cartan space      10
World spinors      163
Yukawa like interaction      94
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