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O'Donnel P. — Introduction to 2-Spinors in General Relativity
O'Donnel P. — Introduction to 2-Spinors in General Relativity



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Название: Introduction to 2-Spinors in General Relativity

Автор: O'Donnel P.

Аннотация:

O'Donnell (Anglia Polytechnic University, UK) introduces 2-spinor formalism in general relativity in this text for those at the graduate and research levels. The text begins by developing spinors in a geometrical way, then concentrates on the algebra and calculus of spinors connected with curved space-time. The text concludes with an analysis of the Lanczos spinor. Exercises are included


Язык: en

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 2003

Количество страниц: 204

Добавлена в каталог: 10.04.2008

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Product, inner, bilinear      2 10
Product, inner, non-degenerate      2 10
Product, inner, symmetric      2
Product, outer      15 23
Product, tensor      133
Quotient theorems      139
Rainich, G.Y.      92
Representation theory      1
Restricted Minkowski tetrad      3
Ricci identity      49 155
Ricci identity, spinor equivalent      50
Ricci rotation coefficients      54 106
Ricci scalar      92 157
Ricci spinor      44 107
Ricci spinor, dyad components      61 108
Ricci tensor      44 92 93 157 163
Ricci tensor, spinor equivalent      44
Ricci tensor, trace-free      45
Ricci — Lanczos equations      95 106
Ricci — Lanczos equations, spin coefficient form      107
Riemann space      154 161
Riemann space, geodesic of the      159
Riemann sphere      6—8
Riemann tensor      47 87 91 93 95 155
Riemann tensor, anti-self-dual      91 92
Riemann tensor, double dual      94
Riemann tensor, right-dual      43
Riemann tensor, self-dual      91
Riemann tensor, spinor equivalent      41 42
Riemann tensor, symmetries      156
Riemann tensor, ‘splitting’ of      93
Riemann — Lanczos equations      96
Riemann — Lanczos problem      99
Riemannian geometry      91 159
Rigid body mechanics      141
Rindler, W.      11 12
Sachs, R.      75 87
Scalar product      see “Inner product”
Schwarzschild metric      117
Schwarzschild solution      168—170 173 175
Schwarzschild solution, static      176
Self-dual      32
Shear      87
Sirius B      176
Space-time      5
Spacelike vector      8
Spatial rotation      see “Spin transformation”
Spatial rotation parameter      see “Spin parameter”
Special linear group      see “$SL(2</a></span> <span class=subjpages><a href=\mathbb{C})$"/>”
Special relativity      5 144
Spin basis      11 20 104
Spin basis, non-normalised      54
Spin boost transformations      76
Spin coefficients      105
Spin coefficients, GHP form      78
Spin coefficients, under $l\leftrightarrow n$ and $m \leftrightarrow -\bar{m}$      70
Spin coefficients, under asterisk operation      73
Spin coefficients, under null rotations      65 66
Spin coefficients, under prime operation      72
Spin coefficients, unweighted      79
Spin coefficients, weighted      78 79
Spin coefficients, weighted, types of      79
Spin matrix      8
Spin parameter      68 76
Spin transformation      8 68
Spin, coefficients      53 118
Spin-and boost-weighted quantities      see “Weighted quantities”
Spin-boost transformation, curvature spinor components      69
Spin-boost transformation, spin basis      68
Spin-boost transformation, spin coefficients      68
Spin-boost transformation, Weyl spinor components      69
Spin-space      10 13 20 27
Spin-vectors      4 7 9—11 13—15
Spin-vectors, fields      13
Spin-weight      81
Spinor commutation operators      48
Spinor covariant derivative      39
Spinor equivalent, anti-self-dual      32
Spinor equivalent, electromagnetic field tensor      31
Spinor equivalent, Lanczos tensor      100
Spinor equivalent, Levi — Civita tensor      32
Spinor equivalent, metric tensor      18 26
Spinor equivalent, self-dual      33
Spinor equivalent, symmetric valence two tensor      30
Spinor equivalent, world-vector      26
Spinor operations, complex conjugation      15
Spinor operations, Hermitian      27
Spinor operations, indices, raising and lowering      19
Spinor operations, see-saw      19
Spinor operations, skew-symmetrisation      22
Spinor operations, spinor decomposition      30 31
Spinor operations, symmetrisat ion      23
Spinor Ricci rotation coefficients      53
Spinorial objects      9
Spintensor      93 120
Square distance      158 168
Stereographic coordinate      6
Stereographic projection      6
Stewart, J.      86
Takeno, H.      99
Tangent plane      129
Tangent space      129
Tangent vectors      129
Taylor, J.H.      75
Tensor, Einstein      94 158 162
Tensor, energy-momentum      92 146 162
Tensor, Lanczos      93 96 97 99
Tensor, metric      92 93 95 146 159 161
Tensor, Minkowski      99 146
Tensor, moment of inertia      142
Tensor, Ricci      92 93 157 163
Tensor, Riemann      91 93 95 155
Tensor, skew-symmetric      137
Tensor, symmetric      137
Tensor, transformation law      136 138
Tensor, Weyl      35 91 96
Tensor, Weyl, anti-self-dual      47
Tensor, Weyl, dual      47
Tetrad      1 20
Tetrad indices      62
Tetrad, left-handed      3
Tetrad, null      27 29 56 77
Tetrad, orthonormal      28 29
Tetrad, orthonormalisation conditions      2
Tetrad, right-handed      3
Thorne, K.S.      12
Timelike vector      2
Timelike vectors      5
Tod, K.P.      12
Torsion      40
Trace      136
Transformation, antipodal      12
Transformation, conformal      7
Transformation, holomorphic      7
Transformation, of phase      8
Transformation, spin      8
Transvection      15
Two-form      10
Udeschini, E.B.      99
Univalent spinors      15
Universal gravitational constant      166
Unweighted operators      80
Unweighted quantities      77
Valence, spinor      15
Valence, tensor      133
Variational Principle      92 179
Vector space      1 10 129
Vectors      2
Vectors, angular momentum      141
Vectors, angular velocity      141
Vectors, contravariant      132
Vectors, covariant      132
Vectors, null      2 28 150
Vectors, null, future-pointing      2 8 27
Vectors, null, past-pointing      2 27
Vectors, orthogonal      150
Vectors, spacelike      2 8 28 150
Vectors, tangent      129
Vectors, timelike      2 28 150
Vectors, timelike, future-pointing      2
Vectors, timelike, past-pointing      2
Velloso, A.L.      115
Walker, M.      86
Weighted differential operators, commutation relations      83
Weighted differential operators, conjugated      82
Weighted operators      80
Weighted quantities, boost-weight      77
Weighted quantities, spin-weight      77
Weighted quantities, type      77
Weighted quantities, {p, q}-scalar      77
Weighted scalars      79
Weighted scalars, product of      80
Weighted spin coefficients      79
Weyl scalars      61
Weyl spinor      33 36 47 50
Weyl spinor, classification of      34
Weyl spinor, dyad components      61 105
Weyl tensor      35 91 96
Weyl tensor, anti-self-dual      47
Weyl tensor, dual      47
Weyl tensor, left-dual      47
Weyl tensor, right-dual      47
Weyl — Lanczos equations      96 115 118
Weyl — Lanczos equations, in GHP form      114
Weyl — Lanczos equations, Petrov type D space-times      117
Weyl — Lanczos equations, Petrov type III space-times      116
Weyl — Lanczos equations, Petrov type N space-times      116
Weyl — Lanczos equations, Petrov type O space-times      115
Weyl — Lanczos equations, spin coefficient form      106
Weyl — Lanczos equations, spinor form      102 103
Weyl — Lanczos problem      99
Wheeler, J.A.      12
Zund, J.D.      106
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