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Title: |
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HYPOTHESIS FOR A BARYONIC COLD SKELETON OF THE
UNIVERSE AS AN IMPLICATION OF PHENOMENON OF UNIVERSAL
SKELETAL STRUCTURES |
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Author: |
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A. B. Kukushkin |
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Affiliation: |
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Kurchatov Institute, Moscow, Russia |
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Date Posted: |
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June 18, 2005 |
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Abstract: |
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Modern cosmology is governed, roughly speaking, by the
competition of two phenomena whose distinct signs are
not ever found in the laboratory: gravitational
attraction of a “dark” (i.e. electrodynamically
invisible) matter and the repulsion caused by a “dark
energy”. Here we discuss the hypothesis for a baryonic
cold skeleton of the Universe, suggested in [1(a,b)] in
the framework of the project “Universal Skeletal
Structures” (USS) (for the current status of the project
see [1(d)]). The identification of USS phenomenon in the
range 10-5 -1023 cm [1(c)] makes it reasonable to extend
the hypothesis for self-similar skeletons, composed of a
fractal condensed matter, farther to cosmological length
scales. |
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