Author(s)

Fengyi Huang

Institute of Information Science and Engineering, South-East University, Nanjing, China.

A symmetrical transformation is constructed to analyze the gravitational interactions between two fast moving masses based on the retarded potential without resorting to general relativity. The anomalous precession of the perihelion of orbital stars or planets can be explained with the same results as given by general relativity. By introducing an effective mass for photons, the gravity-induced frequency shift and light deflection in the trajectory by the gravity are derived, which can be reduced to the results based on general relativity under special conditions. The gravity-induced time delay of radar signals and gravitational radiations from binary pulsars are analyzed. The symmetrical transformation between two moving coordinates under zero gravity will also be discussed.

Gravity, Retarded Potential, Symmetrical Transformation, Light Deflection, Anomalous Precession

Huang, F. (2017) Gravitational Field of Moving Masses with Symmetrical Transformation for Relative Motion. Journal of Modern Physics, 8, 2059-2076. doi: 10.4236/jmp.2017.812125.