Relativity and Cosmology

    

Radial Monopoles and Dipole Dark Energy for Hubble Expansion with Acceleration

Authors: I.E. Bulyzhenkov

Extended carriers of mass-energy with r^{-4} radial densities correspond to observable particles obeying Newtonian attractions in weak fields but repulsions in strong ones. Space interference of such overlapping radial monopoles maintains unobservable r^{-2}\times r^{-2} dipole formations of dark mass-energy which conserves the metric energy integral of the material space continuum. The Newton fall attraction followed by strong field gravitational repulsion in such a continuum can quantitatively explain the Hubble expansion rate rH_o, with calculated acceleration r(H_o)^2, and qualitatively comply with Penrose's cyclic cosmology. Laboratory tests with precise clocks may justify in principle the non-empty, material space paradigm for nonlocal physical reality of everywhere overlapping continuous bodies.

Comments: 10 Pages. MSC[2010]: 83F05, 83C40; PACS:04.20.Cv; 03.50.-z

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Submission history

[v1] 2014-02-14 11:55:11

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