Authors: DT Froedge
In the previous paper computer programs were developed to illustrate the image comparison between a conservative local energy theory gravitational theory and a black hole. A local conservative theory of gravitation[1] does not generate a Black Hole, but a very heavy neutron star (NDS) having a radius only slightly larger than the gravitational radius [2],[3],[4],. The light propagation formula used in the original paper was the standard symmetric Shapiro propagation formula for flat space, well tested as the proper projection of the GR metric onto a flat space, for star grazing and Shapiro delay. Unfortunately due to the asymmetric nature of the propagation of light related, this expression does not properly represent photon trajectories near the gravitational radius. This paper redoes those projections and creates a star image consistent with the proper index of refraction for photons near a massive neutron star.
Comments: 19 Pages. Image using proper asymetric gravitational index of refraction.
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[v1] 2016-11-01 13:12:42
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