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Theories of Gravitation
Vectors and Tensors
17 other sections not shown
action principle arbitrary big bang black hole Brans-Dicke theory C-field Christoffel symbols collapse components consider constant contravariant vector coordinate system cosmological models covariant curvature curve deduce define denote density derivatives described discussed distance Einstein Einstein's equations electromagnetic energy momentum tensor Euclidean example field equations finite Friedmann function galaxies geometry given gravitational field gravitational redshift Hence Hoyle Hubble infinitesimal integral isotropic Killing vector Killing vector fields Lecture light line-element Mach's principle mass matter measure metric tensor motion Newtonian gravitation non-Euclidean null geodesic object observer orbit parallel transport parameter particle Phys physics possible quantities quantum radiation radius redshift relation relativistic rest frame Rikim rotation scalar Schwarzschild Show solution space space-time special relativity spherical star steady state theory steady state universe Suppose surface symmetric term time-like universe variation vector field velocity white hole world line zero