Birth of Universe following Rupture of Fractal Structure Filaments

Valentin A. Rantsev-Kartinov; Christian G. Parigger

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arXiv · 1003.5016

Birth of Universe following Rupture of Fractal Structure Filaments

Valentin A. Rantsev-Kartinov·Christian G. Parigger

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Abstract

This work addresses unique characteristics of our Universe, namely fractal structures that consist of coaxial-tubular and wheel-like building blocks. The front view of the tubes may show a wheel, and in turn, the wheel may show radial tubes arranged as spokes. A flexible interconnect originates from magnetic fields. Neutrino astronomy indicates fractal structure in the core of stars and galaxies. Fractals are fundamental for modeling baryonic filaments important in "dark matter" with a topology that can be inferred from radiating cosmic objects. The rupture of dark-matter filaments may cause formation of cosmic objects including birth of the Universe.

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Valentin A. Rantsev-Kartinov, Christian G. Parigger. 2010-03-19. Birth of Universe following Rupture of Fractal Structure Filaments. https://arxiv.org/abs/1003.5016

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