This paper attempts to express imaginary number with chemical nucleotide bases (A T, G, C and U) as regards to Quantum Perspective Model. At first, the exact Euler’s formula was written just like as in here “exi = cos(x) i·sin(x)”. Secondly, twin pi is substituted for x(x = 2Π). Thirdly, the result of this process equals to “e2iπ = cos(2Π) i·sin(2Π)”. Fourthly, sort up this formula just like as in here: “e2iπ = 1 i0” = 1. Fifthly, multiply both sides of the equation by minus one’-e2iπ = -1. Sixthly, this expression equals to “i2”. These numbers can be expressed as genetic codes [Adenine (A), Thymine (T), Guanine (G), Cytosine (C) and Uracil (U)]. Seventhly, after converting process of this formula can be expressed as “AATGGGCCCUUGAAGAACUUUAAGTTTGGG”. Eighthly, after searching these sequences in the NCBI (The National Center for Biotechnology Information) database, the NCBI search result was similar to bony fishes (“Danio Rerio” and “Danio Aesculapi”) and flat worms. Ninthly, the common feature of the NCBI search result for some irrational numbers is that Euler numbers are the same as these results, as is the case with Pi in particular. Tenthly, let’s not forget that some irrational numbers in the gene database are similar to these creatures, and that there is a genetic link between Fibonacci sequences in Mathematics and Euler numbers. Finally, this article proved not only the relationship between imaginary number and nucleotide bases, but also the common relationship between NCBI database search “Danio Rerio” and “Danio Aesculapi” of some irrational numbers. In sum, could this similarity lead to a new paradigm for the imaginary number as a new dimension, i.e. if we take time as the fourth dimension, could it be the fifth dimension? As a result, the expression of imaginary number with genetic codes reaches striking meaningful results that will shed light on the Quantum Perspective Model, which is a new research method among Quantum Physics, Biology and Electricity and Mathematics.
Cite this paper
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