Authors: Jose P. Koshy
The alternate model put forth in my previous papers visualize that gravity is finite and G depends on the square of the speed. A higher G implies that less matter is required in galaxies for satisfying Kepler's laws of orbiting motion. A finite gravity implies that distance between bodies depend on mass, and so the distribution of bodies in galaxies is nearly uniform; this in turn gives flat rotation curves. The gravitational lensing maps of Bullet Cluster is in perfect agreement with speed-dependent gravity. Speed-dependent gravity thus resolves the anomaly of missing matter, and completely rules out the existence of any dark matter.
Comments: 4 Pages. Submitted to MNRAS, but rejected on the basis that the theory behind speed-dependent gravity is not well explained. However, explaining that part in detail renders it unsuitable for MINRAS.
[v1] 2017-11-01 20:46:41
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