Four-Dimensional Mathematics in the Structure of the Super Universe

In the previous publication “Four-Dimensional Mathematics Creates the Super Universe”, the model of the Universe is the surface volume of the four-dimensional sphere. The surface of the four-dimensional sphere is a good model for our Universe. In the previous publication, the method to compute the surface volume of the four-dimensional sphere was right, but one thing went astray. The corrected calculus method of this study has been proved to be correct, and it yields the same formulae as the mathematicians have derived. In the present study, a new mathematical method is to construct the four-dimensional cube by using four different construction blocks. In the publication “The Solution to the Dark Energy Mystery in the Universe of Four Distance Dimensions”, the redshift measurements have shown that the structure of our three-dimensional Universe is the surface volume of the four-dimensional sphere. In this study, there was an error in the redshift theory which in the present paper has been corrected. However, the red shift calculations are the same, and also the result is about the same, and the Universe has been calculated to have a very slow expansion. The previous publication: “Theory to the Mystery of Super Massive Black Holes” continues in the present study. In the previous publication, it has been proved that the mysterious dark matter which rotates the spiral galaxies is the super massive Black Holes in the fourth dimension beneath our three-dimensional Universe. This four-dimensional Universe is here called the Super Universe. In the present study, the locations of the Black Holes in the fourth dimension have been calculated, and it reveals the structure of the Super Universe.

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Publication Details

Journal
World Journal of Mechanics
Published
2025-01-01
DOI
https://doi.org/10.4236/wjm.2025.152002
Primary Topic
Advanced Mathematical Theories and Applications
Type
article
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article

Four-Dimensional Mathematics in the Structure of the Super Universe

Ahti Rahikainen
World Journal of Mechanics
Advanced Mathematical Theories and Applications
article

Four-Dimensional Mathematics in the Structure of the Super Universe

Ahti Rahikainen
article en

Abstract

In the previous publication “Four-Dimensional Mathematics Creates the Super Universe”, the model of the Universe is the surface volume of the four-dimensional sphere. The surface of the four-dimensional sphere is a good model for our Universe. In the previous publication, the method to compute the surface volume of the four-dimensional sphere was right, but one thing went astray. The corrected calculus method of this study has been proved to be correct, and it yields the same formulae as the mathematicians have derived. In the present study, a new mathematical method is to construct the four-dimensional cube by using four different construction blocks. In the publication “The Solution to the Dark Energy Mystery in the Universe of Four Distance Dimensions”, the redshift measurements have shown that the structure of our three-dimensional Universe is the surface volume of the four-dimensional sphere. In this study, there was an error in the redshift theory which in the present paper has been corrected. However, the red shift calculations are the same, and also the result is about the same, and the Universe has been calculated to have a very slow expansion. The previous publication: “Theory to the Mystery of Super Massive Black Holes” continues in the present study. In the previous publication, it has been proved that the mysterious dark matter which rotates the spiral galaxies is the super massive Black Holes in the fourth dimension beneath our three-dimensional Universe. This four-dimensional Universe is here called the Super Universe. In the present study, the locations of the Black Holes in the fourth dimension have been calculated, and it reveals the structure of the Super Universe.

World Journal of MechanicsVol. 15(02)
National Bureau of Investigation (FI)
Openalex Percentile: Top 86%
Advanced Mathematical Theories and Applications
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