Author:
Mareau, Dominique
Category:
Research Papers
Sub-Category:
Unification Theories
Date Published:
March 22, 2013
Keywords:
Dual oscillator stochastic filament galactic halo galactic dark matter, field of moduli;-baryon interaction tachyon, black galaxy, dwarf galaxy.
Abstract:
Known for several decades that the universe is organized in filaments of galaxies. It forms a "foam" black spaces including size of about 100 million light-years. No model knows explain this structure as a whole, from the founding premise simple and universal. In contrast, the OSCAR model showed that galactic halos are composed of Bose Einstein condensate (BEC) entangled. The model shows that the network of tachyons, which forms these BECs, commonly known as "empty" is interacting with baryons. The {baryon-tachyon} interaction is equivalent to interaction {BEC-baryon} interaction which induces {BEC-BEC}. The model shows that the baryons have shown a high level of interaction while it is low for baryons degenerate (dark matter or DM). The observation confirms this and especially through dwarf satellite galaxies. Full of DM halos is their confirmed as extended. Dwarf galaxies represent an intermediate state between the visible galaxies (minority) and black galaxies whose halo is much more extensive. On a large scale, the different rates of interaction modules act as elasticities, the most robust, naturally create filaments.
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