Astrophysics

    

Combined Gravitational Action (V): Extension

Authors: Mohamed. E. Hassani

In a series of papers related to the Combined Gravitational Action (CGA) as an alternative theory of gravity, we have developed the CGA-formalism, which is exclusively based on a new form of velocity-dependent gravitational potential energy. The present paper is an additional exploration, exploitation, and extension of the CGA with the main aim of showing: (i) the Galilean invariance of CGA-equations; (ii) that the CGA is, in a certain manner, a metric gravity theory; (iii) the existence of an important similarity between the CGA and General Relativity Theory; (iv) a new CGA-formula for perigee and perihelion precession is derived and proved to be in excellent agreement with observations; (v) the CGA-effects on orbital motion inside and outside the Solar System are investigated; (vi) the conversion rate of orbital energy into gravitational radiation is calculated, and its effects are studied.

Comments: 22 Pages. 7 Tables; 1 Figure; 18 References

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Submission history

[v1] 2015-03-18 04:33:55
[v2] 2015-09-21 14:56:34
[v3] 2016-09-12 08:20:57
[v4] 2026-02-20 20:38:35

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