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Information × Registration Number 0224U031545, 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 13-05-2024 Organization Taras Shevchenko National University of Kyiv popup.description2  Research of the methods of forming coherent correlated states of particles that are able to ensure the generation of maximally intense and maximally long-lasting controlled fluctuations of energy and momentum in various systems, as well as appropriate methods of using these fluctuations for the implementation of controlled nuclear reactions and reactions involving atoms and molecular complexes, research features of the generation of non-attenuating temperature waves in various environments, as well as the search for methods of the most effective use of these waves to solve current problems of energy, technology and biophysics, the development of the theory of multicomponent diffusion in mixtures of variable composition, the development of physical introscopic methods of studying the state of biological systems were carried out. The prerequisites, physical-molecular and nuclear-physical features and fundamental consequences of the remote influence of non-attenuating temperature waves on spatially distant biological objects are considered. It is shown that the action of such waves leads to a number of fundamental changes in remotely located objects. Such changes can lead both to modulation of the structure of potential interactions between near-surface atoms and molecules, and to significant structural changes of distant objects. 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. It was established that the nonlinear processes of the interaction of substances in a multicomponent diffusion system lead to the emergence of a diffusion-controlled spatio-temporal modulation of the concentration of components, the characteristics of which depend on the parameters that determine the speed and nonlinearity of the corresponding mutual diffusion. Product Description popup.authors Andrusieva Svitlana G. Lemeshko Vasyl V. Radchenko Serhii P. popup.nrat_date 2024-05-13 Close