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Titulos:
Gravitation / Charles W. Misner, Kip S. Thorne, John Archibald Wheeler
Idiomas:
eng
ISBN:
0716703340
Lugar de Edición:
New York:
Editor:
Freeman,
Fecha de Edición:
c1973 (impresión 1999)
Notas Formateada:
Part I.Spacetime physics: 1.Geometrodynamics in Brief -- Part II.Physics in flat spacetime: 2.Foundations of special relativity -- 3.The electromagnetic field -- 4.Electromagnetism and differential forms -- 5.Stress-energy tensor and conservation laws -- 6.Accelerated observers -- 7.Incompatibility of gravity and special relativity -- Part III.The mathematics of curved spacetime: 8.Differential geometry: an overview -- 9.Differential topology -- 10.Affine geometry: geodesics, parallel transport and covariant derivative -- 11.Geodesic deviation and spacetime curvature -- 12.Newtonian gravity in the language of curved spacetime -- 13.Riemannian geometry: metric as foundation of all -- 14.Calculation of curvature -- 15.Bianchi identities and boundary of a boundary -- Part IV.Einsten's geometric theory of gravity: 16.Equivalence principle and measumerent of the "Gravitational field" -- 17.How mass-energy generates curvature -- 18.Weak gravitational fields -- 19.Mass and angular momentum of a gravitating system -- 20.Conservation laws for 4-momentum and angular momentum -- 21.Variational pronciple and initial-value data -- 22.Thermodynamics, hydrodinamics, electrodynamics, geometric optics, and kinetic theory -- Part V.Relativistic stars: 23.Spherical stars -- 24.Pulsars and neutron stars; quasars and supermassive stars -- 25.The "pit in the potential" as the central new feature of motion in Schwarzschild geometry -- 26.Stellar pulsations -- Part VI.The universe: 27.Idealized cosmologies -- 28.Evolution of the Universe its presents state -- 29.Present state and future evolution of the Universe -- 30.Anisotropic and inhomogeneous cosmology -- Part VIII.Gravitational collapse and black holes: 31.Schawarzschild geometry -- 32.Gravitational collapse -- 33.Black holes -- 34.Global techniques, horizons, and singularity theorems -- Part VIII.Gravitational waves: 35.Propagation of Gravitational waves -- 36.Generation of Gravitational waves -- 37.Detection of Gravitational waves -- Part IX.Experimental tests of general relativity: Testing the foundations of relativity -- 39.Other theories of gravity and the post-newtonian approximation -- 40.Solar-system experiments -- Part X.Frontiers: 41.Spinors -- 42.Regge calculus -- 43.Superspace: arena for the dynamics of geometry -- 44.Beyond the end of time
Palabras clave:
RELATIVIDAD; ESPACIO Y TIEMPO; FISICA MATEMATICA; GRAVITACION

Leader:
cam
Campo 003:
AR-BaIT
Campo 008:
270401t1999t xxu|||||||||||||||||eng||
Campo 020:
^a0716703340
Campo 040:
^aITBA^cITBA
Campo 041:
0 ^aeng
Campo 100:
1 ^aMisner, Charles W.^911220
Campo 245:
10^aGravitation /^cCharles W. Misner, Kip S. Thorne, John Archibald Wheeler
Campo 246:
Campo 260:
^aNew York:^bFreeman,^cc1973 (impresión 1999)
Campo 300:
^axxvi, 1279 p.
Campo 505:
0 ^aPart I.Spacetime physics: 1.Geometrodynamics in Brief -- Part II.Physics in flat spacetime: 2.Foundations of special relativity -- 3.The electromagnetic field -- 4.Electromagnetism and differential forms -- 5.Stress-energy tensor and conservation laws -- 6.Accelerated observers -- 7.Incompatibility of gravity and special relativity -- Part III.The mathematics of curved spacetime: 8.Differential geometry: an overview -- 9.Differential topology -- 10.Affine geometry: geodesics, parallel transport and covariant derivative -- 11.Geodesic deviation and spacetime curvature -- 12.Newtonian gravity in the language of curved spacetime -- 13.Riemannian geometry: metric as foundation of all -- 14.Calculation of curvature -- 15.Bianchi identities and boundary of a boundary -- Part IV.Einsten's geometric theory of gravity: 16.Equivalence principle and measumerent of the "Gravitational field" -- 17.How mass-energy generates curvature -- 18.Weak gravitational fields -- 19.Mass and angular momentum of a gravitating system -- 20.Conservation laws for 4-momentum and angular momentum -- 21.Variational pronciple and initial-value data -- 22.Thermodynamics, hydrodinamics, electrodynamics, geometric optics, and kinetic theory -- Part V.Relativistic stars: 23.Spherical stars -- 24.Pulsars and neutron stars; quasars and supermassive stars -- 25.The "pit in the potential" as the central new feature of motion in Schwarzschild geometry -- 26.Stellar pulsations -- Part VI.The universe: 27.Idealized cosmologies -- 28.Evolution of the Universe its presents state -- 29.Present state and future evolution of the Universe -- 30.Anisotropic and inhomogeneous cosmology -- Part VIII.Gravitational collapse and black holes: 31.Schawarzschild geometry -- 32.Gravitational collapse -- 33.Black holes -- 34.Global techniques, horizons, and singularity theorems -- Part VIII.Gravitational waves: 35.Propagation of Gravitational waves -- 36.Generation of Gravitational waves -- 37.Detection of Gravitational waves -- Part IX.Experimental tests of general relativity: Testing the foundations of relativity -- 39.Other theories of gravity and the post-newtonian approximation -- 40.Solar-system experiments -- Part X.Frontiers: 41.Spinors -- 42.Regge calculus -- 43.Superspace: arena for the dynamics of geometry -- 44.Beyond the end of time
Campo 650:
4^91177^aRELATIVIDAD
Campo 650:
4^917378^aESPACIO Y TIEMPO
Campo 650:
4^9587^aFISICA MATEMATICA
Campo 650:
4^920521^aGRAVITACION
Campo 700:
1 ^aThorne, Kip S.^915617
Campo 700:
1 ^aWheeler, John Archibald^916624
Proveniencia:
^aInstituto Tecnológico Buenos Aires (ITBA) - Biblioteca
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Institucion:
Instituto Tecnológico Buenos Aires (ITBA)
Dependencia:
Biblioteca

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