The effects that this theory describes can be illustrated by a set of four Bianchi identities and sixteen coupled nonlinear partial differential field equations, which can be solved using the Schwarzschild metric. According to this theory, a flat Minkowskian (*) spacetime would be seen in empty space, and it can be used to explain frame dragging and lensing due to the curvature of space. For 10 points, an accelerating reference frame is equivalent to a reference frame in
The effects that this theory describes can be illustrated by a set of four Bianchi identities and sixteen coupled nonlinear partial differential field equations, which can be solved using the Schwarzschild metric. According to this theory, a flat Minkowskian (*) spacetime would be seen in empty space, and it can be used to explain frame dragging and lensing due to the curvature of space. For 10 points, an accelerating reference frame is equivalent to a reference frame in a certain type of field according to what theory of gravitational forces proposed by Einstein?
The effects that this theory describes can be illustrated by a set of four Bianchi identities and sixteen coupled nonlinear partial differential field equations, which can be solved using the Schwarzschild metric.
General Relativity [or GR; prompt on relativity]