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Experiments on Gravitation
Exact Solutions of the Gravitational Field Equations
The Equations of Motion
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algebraic approximation arbitrary asymptotic Bianchi identities bivector classical clocks components conform tensor congruence conservation laws const constant coordinate conditions coordinate system covariant curvature defined denote density derivatives described determined differential discussed dynamical equations Einstein electromagnetic field energy equations of motion expressed field equations field theory finite geodesic geometrical geometrodynamics given gravitational field gravitational radiation Green's functions Hamiltonian hypersurface inertial Infeld initial interval intrinsic intrinsic coordinate invariant Lagrangian linear Lorentz manifold mass matter Maxwell's equations measurement method metric tensor models momentum null field observed obtained orthogonal parameter particle Phys physical Poisson bracket problem propagation properties quantities quantization quantum radiation rays red shift region relativistic relativity respect Ricci Ricci tensor Riemann tensor Riemannian rotation satisfied scalar Section singularity solution space space-like space-time spatial static symmetric test body theorem time-like tion uncertainty vacuum field vanishes variation vector velocity wave Weyl tensor