Dark Matter Planets
Jack Sarfatti · viXra · 2009
The experimental scattering evidence is that electrons and quarks are truly point-like showing no extended spatial structure. A finite charge at a point has infinite energy and would create a black hole. If the charge is extended in, for example, a spherical shell, then what glues the charge together? Niels Bohr evaded this by renouncing the ontological space-time world lines that was so useful to Feynman in the creation of his diagrams. David Bohm's ontological interpretation shows that Bohr was wrong about not being able to have well defined particle trajectories and classical field configurations under the influence of nonlocal entangled quantum potentials that encode all of quantum weirdness including the double slit experiment that Feynman called the central mystery of the elusive quantum principle. I proposed back in 1974 that electrons and quarks are quasi-Kerr type black holes with hair (internal electroweak-strong charges) in which the space warp is so large that they appear as point particles to the outside observer whilst being large to the inside observer. Indeed, the virtual plasma of fermion-antifermion pairs is the strong shortrange attractive glue that holds the repulsive electric charge together. There appears to be a fractal scale invariance that shows a similar geon (J. A. Wheeler) effect at planetary and galactic scales. In this first part of a series, I only consider stable dark matter spheres of planetary size.