Why Does the Hyperbolic Shape of the Black Holes Requier Non-Euclidian Geometry? (The Turbulence in Astronomy)

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SFRY9X18

Why Does the Hyperbolic Shape of the Black Holes Requier Non-Euclidian Geometry? (The Turbulence in Astronomy)

Maria Kuman
Maria Kuman
DOI

Abstract

When I wrote the article about the hyperbolic shape of the Black Hole [1], it was intuitive envision. (For how intuitive envision is done see [2]). But in this article I will provide a logical proof. 1. If you try to tile regular pentagons, they form a sphere (curvature > 0). 2. If you try to tile regular hexagons, they form a flat surface (curvature = 0). 3. If you try to tile regular heptagons, they form a hyperbolic surface (curvature < 0). Since heptagons form hyperbolic surface and Black Holes with hyperbolic shape give birth to everything material, which is matter and nonlinear electromagnetic field (NEMF) [1] (including the human NEMF), maybe we should not be surprised that the human NEMF has 7 energy levels [3], the human material body has also 7 energy levels [4], and each level has seven sublevels.

Why Does the Hyperbolic Shape of the Black Holes Requier Non-Euclidian Geometry? (The Turbulence in Astronomy)

When I wrote the article about the hyperbolic shape of the Black Hole [1], it was intuitive envision. (For how intuitive envision is done see [2]). But in this article I will provide a logical proof. 1. If you try to tile regular pentagons, they form a sphere (curvature > 0). 2. If you try to tile regular hexagons, they form a flat surface (curvature = 0). 3. If you try to tile regular heptagons, they form a hyperbolic surface (curvature < 0). Since heptagons form hyperbolic surface and Black Holes with hyperbolic shape give birth to everything material, which is matter and nonlinear electromagnetic field (NEMF) [1] (including the human NEMF), maybe we should not be surprised that the human NEMF has 7 energy levels [3], the human material body has also 7 energy levels [4], and each level has seven sublevels.

Maria Kuman
Maria Kuman

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Prof. Maria Kuman. 2019. “. Global Journal of Science Frontier Research – A: Physics & Space Science GJSFR-A Volume 19 (GJSFR Volume 19 Issue A10): .

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Crossref Journal DOI 10.17406/GJSFR

Print ISSN 0975-5896

e-ISSN 2249-4626

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GJSFR-A Classification: FOR Code: 230111
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Why Does the Hyperbolic Shape of the Black Holes Requier Non-Euclidian Geometry? (The Turbulence in Astronomy)

Maria Kuman
Maria Kuman

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