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Information × Registration Number 0223U001385, 0122U001974 , R & D reports Title Methods of formation and use of coherent and correlation processes in atomic-nuclear, astrophysical and biomolecular cellular systems popup.stage_title Head Vysotskyi Volodymyr І., Доктор фізико-математичних наук Registration Date 28-01-2023 Organization Taras Shevchenko National University of Kyiv popup.description2 Object of research: Solid, liquid and gas systems, as well as stellar matter and the Sun. Multicomponent mixtures. Peculiarities of dynamic processes of synchronization in complex biomolecular and cellular systems and threshold characteristics of such processes in these biosystems. The purpose of the work: Researching the methods of forming coherent correlated states of particles that are able to ensure the generation of the most intense and the most long-lasting periodic controlled fluctuations of energy and momentum in various systems, as well as the appropriate methods of using these fluctuations for the implementation of controlled nuclear reactions and reactions involving atoms and molecular complexes . Development of the theory of multicomponent diffusion in mixtures of variable composition. Development of physical introscopic methods of studying the state of biological systems. Research methods: theoretical analysis of nuclear-physical systems, complex biological systems, transport phenomena in molecular liquids, mathematical modeling of the functioning of complex biological connected systems. The mechanism of the transformation of lithium isotopes in the volume of stars as part of the astrophysical "lithium problem" is considered, which is based on well-tested principles of quantum mechanics and nuclear physics and does not require the involvement of fundamentally new and radical models of cosmology. The basic physical process that ensures the implementation of this paradox is the implementation of nuclear reactions involving coherent correlated states of hydrogen isotopes. To describe the effect of diffusion in liquid media, a nonlinear diffusion law with a transport (interdiffusion) coefficient, which is a system constant, is used. Product Description popup.authors Vysozkyj Myhajlo V. Lemeshko Vasyl V. Netreba Andrii V. Nechayeva Valentyna M. Оbuhovskiy V'yacheslav V. Okhrimenko Tamara І. Radchenko Serhyi P. Sudakov Oleksandr O. popup.nrat_date 2023-01-28 Close