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

Authors

  • Maria Kuman

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.

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How to Cite

Why Does the Hyperbolic Shape of the Black Holes Requier Non-Euclidian Geometry? (The Turbulence in Astronomy). (2019). Global Journal of Science Frontier Research, 19(A10), 1-2. https://www.journalofscience.org/index.php/GJSFR/article/view/2546

References

M Kuman (2019) How Was the Material World Created? Origin of Its NEMF. 2(2).

M Kuman (2019) The Power of Mind to See the Invisible. 5(1).

Maria Kuman (2019) Acupuncture meridians. 12(1).

Maria Kuman (2019) Our Weak Nonlinear Electromagnetic Field (Nemf) that Rules Everything in the Body is Emotionally Sensitive. 8(2), 68.

M Kuman (2019) Recent Findings in Astronomy Point to Turbulence. 19(4).

M Kuman How Are Planets Born.

(2002) Unknown Title. 395, 595.

Surya Siddhanta (1989) Unknown Title. 1860.

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

Published

2019-11-01

How to Cite

Why Does the Hyperbolic Shape of the Black Holes Requier Non-Euclidian Geometry? (The Turbulence in Astronomy). (2019). Global Journal of Science Frontier Research, 19(A10), 1-2. https://www.journalofscience.org/index.php/GJSFR/article/view/2546