A Posteriori Speculations using Current Mass-Energy Composition of the Universe

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SFRO7V24

A Posteriori Speculations using Current Mass-Energy Composition of the Universe

Joseph E. Mullat
Joseph E. Mullat Tallinn Technical University
DOI

Abstract

According to Planck Mission, the observable universe contains 26.8% dark matter, 68.3% dark energy (for a total of 95.1%) and 4.9% ordinary matter. By calibrating or fine-tuning a speculative equation of matter composition, the equation confirms observable consequences of our theoretical insights, as it solves for roots corresponding to 4.915% ordinary matter, 26.785% dark matter, and 68.300% dark energy, thus achieving nearly 100% overlapping with the Planck Mission Statement. Regarding the past, the equation also confirmed some of NASA Science Astrophysics statements.

A Posteriori Speculations using Current Mass-Energy Composition of the Universe

According to Planck Mission, the observable universe contains 26.8% dark matter, 68.3% dark energy (for a total of 95.1%) and 4.9% ordinary matter. By calibrating or fine-tuning a speculative equation of matter composition, the equation confirms observable consequences of our theoretical insights, as it solves for roots corresponding to 4.915% ordinary matter, 26.785% dark matter, and 68.300% dark energy, thus achieving nearly 100% overlapping with the Planck Mission Statement. Regarding the past, the equation also confirmed some of NASA Science Astrophysics statements.

Joseph E. Mullat
Joseph E. Mullat Tallinn Technical University

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Joseph E. Mullat. 2015. “. Global Journal of Science Frontier Research – A: Physics & Space Science GJSFR-A Volume 15 (GJSFR Volume 15 Issue A6): .

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Crossref Journal DOI 10.17406/GJSFR

Print ISSN 0975-5896

e-ISSN 2249-4626

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GJSFR Volume 15 Issue A6
Pg. 29- 44
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GJSFR-A Classification: FOR Code: 291802
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A Posteriori Speculations using Current Mass-Energy Composition of the Universe

Joseph E. Mullat
Joseph E. Mullat Tallinn Technical University

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