Moscow State Tchaikovsky Conservatory (Chief Researcher)
Russian Federation
UDK 57.01 Общие законы, теоретические аспекты, общие характеристики и свойства
UDK 7.05 Применение и назначение искусства (в промышленности, торговле, домашнем быту, повседневной жизни)
The article is devoted to the problem of genetic inheritance of ensembles of mutually coordinated cyclic processes, whose huge choir is the basis of each living organism. It is shown that the structural organization of the genetic coding system is associated with Gray cyclic codes and Karnaugh maps from the Boolean Algebra of Logic. In this regard, this system can be considered as a cyclic coding system associated with Boolean functions. On the basis of the well-known experimental data, the following provision is put forward and justified: the genetic system carries on itself, in addition to the well-known genetic code of amino acid sequences of proteins, also the genetic code of the Boolean functions encoded by n-plets of DNA and RNA, for the inherited ensuring the logically consistent interactions of the body's parts. Accounting for this second, that is Boolean-logical code, allows you to naturally explain a number of difficult problems of genetics, and also opens the way to understand the logical conjugation of many inherited physiological processes. A new understanding is proposed for the phenomenon of using of rhythms and cycles in the creativity works of people - in music, poetry, architecture, etc.: this phenomenon can reflect the unconscious desire of people to reproduce in their creations those principles of structuring, in accordance with which they are built themselves.
DNA alphabets, genetic code, cyclic biostructures, Gray cyclic code, Boolean algebra of logic, Karnaugh maps
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75. Perezhogin A. L., Bykov I. S. Obzor konstrukciy i svoystv kodov Greya. Matematicheskie voprosy kibernetiki. Vyp. 20. - Moskva, Fizmatlit, 2022, c. 41–60. URL: http://library.keldysh.ru/mvk.asp?id=2022-41 DOIhttps://doi.org/10.20948/mvk-2022-41. [Perezhogin A. L., Bykov I. S. Review of constructions and properties of Gray codes. Mathematical issues of cybernetics. Issue 20. - Moscow, Fizmatlit, 2022, pp. 41–60. URL: http://library.keldysh.ru/mvk.asp?id=2022-41].(in Russian). DOI:10.20948/ mvk-2022-41
