Abstract
AbstractThe paper is devoted to actual problems of development of quantum biology. Connections of the hyperbolic rules of cooperative oligomer organization of DNA-texts of eukaryotic and prokaryotic genomes with known Fröhlich’s theory of quantum long-range coherence in biological systems are considered for the first time. These new hyperbolic rules in long helical DNA, which are related with the harmonic progression 1, 1/2,…, 1/n, allow discussion of a connection of Fröhlich’s theory with fractal-like phenomena of the cooperative organization of long DNA-texts and also with helical antennas, which emit and absorb electromagnetic waves of circular polarization. The harmonic progression is related to standing waves in resonators and, in particular, to harmonics in music. It is noted that the algebra-harmonic features of genomes remind the well-known ancient practice of meditations using music and 4-sector mandalas. The described materials develop ideas of quantum biology and can lead to new ideas in theoretical and application areas, including problems of artificial intelligence and in-depth study of genetic phenomena for medical and biotechnological tasks.KeywordsGenomesDNAHyperbolic rulesHarmonic progressionHelical antennasFröhlich’s theoryQuantum biology
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