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Can It Be Possible to Express Both Gravitational and Einstein’s Constant Number as an Inception of Nucleotide Bases?

DOI: 10.4236/oalib.1111517, PP. 1-28

Subject Areas: Genetics

Keywords: Gravity, Einstein’s Constant Number, Gravitational Constant Number, The Fine Structure Constant Number, Hubble Constant, Genetic Codes, NCBI and Bony Fish

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Abstract

This article tries to shed lights on the expression of gravitation numbers as genetic codes. At first transformation of “Gravitational numbers” from decimal to binary Number base were calculated. After then, while calculating gravitational numbers after comma, each two digits were converted from decimal to BINARY number base. Secondly, when calculated after the comma of gravitational constant numbers: 0.43009172706 × 10-3 m-1 (km/s)2 with below these steps shown at Table 1. That is, every decimal number having two decimal places after the comma was converted from decimal to binary respectively as shown in Table 1. Then the entire binary number base system is converted from binary to decimal number base system over and over again. Then they are collected one by one in order. Thirdly in briefly, the sum of both decimal places is summed in order (22 0 16 12 14 6 = 70). Fourthly, therefore, the summary of this result is that both ADENINE “A: 70” and “HYPOXANTHINE” “H: 70” are equal to the mathematical and numerical chemical atomic mass. Fifthly, with this methodological system used in the numbers of gravitational constants, it can also be used in the numbers of Einstein’s constants (8πG^Tμν.), similar to the Quantum Perspective Model. Sixthly, the result of this calculation with this micro quantum method, which was previously mentioned in the gravitational constant numbers, is equal to eight times “CTATAGA”. Seventhly, the result of this genetic code sequence was also searched in the NCBI database. Eighthly, these NCBI search results were listed as almost similar to the previous NCBI data searched as before. Ninthly, the results of approximately some universal constants (For example: Especially Fine Structure and Avogadro’s Constants) and some irrational numbers (For example: Euler, the golden ratio IMAGINARY and especially PI Numbers) were so similar to evaluate most of them that it cannot be a coincidence! Tenth, probably even the gravitational number and HUBBLE'S constant Numbers can be expressed as genetic codes with numerical/mathematical triple deviation (plus/minus three; ±3). So Hubble’s Constant is in the range of 67 - 73 even at the micro quantum scale, too. Altogether, with these thoughts about expressing most of this universal constant and some irrational numbers as genetic codes, one can even open the corner of the interrelationships of Sciences in terms of their common features of the NCBI explosion as “Bony Fishes” Let alone, Far from it, one of the useful common vertebrate genetic model organisms could even be considered one of these bony fishes, the “Zebra fish” (Danio Rerio), too. Finally, thanks to this quantum Perspective Model, not only are the NCBI Database search results of some Constant Numbers and Some Irrationals very likely to be associated with valuable Scientific evidence that was previously Unified by only one UNITARY theorem, but also thanks to an infinite number of finely structured constants very likely to be detectable “Eleven-squared numbered multi dimensional and Four-Variabled timed Universe. (As; 137 = 11 × 11 4 × 4)”. In short, the numbers of the Fine structure constants (1/137) can be largely a confirmation of the total number of dimensions. In especially to “URACIL” genetic code. As a result, this new relationship of many sciences as a “formidable magical Scientific Methodical tool key role” to explore the indecipherable inner mystical phenomena within the fabric of Space Time Planetary Canvas via Gravitational Chemical Stringed Bonds!

Cite this paper

Ö, T. and lmez (2024). Can It Be Possible to Express Both Gravitational and Einstein’s Constant Number as an Inception of Nucleotide Bases?. Open Access Library Journal, 11, e1517. doi: http://dx.doi.org/10.4236/oalib.1111517.

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