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Information × Registration Number 0225U003213, (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 Вплив когерентних корельованих станів на геологічні процеси та реалізації ядерних перетворень в живих організмах. Нелінійна дифузія у сумішах зі змінним складом. Методики інтроскопічного визначення характеристик біологічних систем. Head Vysotskyi Volodymyr І., Доктор фізико-математичних наук Registration Date 02-06-2025 Organization Taras Shevchenko National University of Kyiv popup.description1 A more detailed study of methods for forming coherent correlated states of particles that are able to generate the most intense and longest periodic controlled fluctuations of energy and momentum in different systems, as well as appropriate methods of using these fluctuations for realization of controlled nuclear reactions and reactions involving atoms and molecular complexes. Another goal of the project is to study the peculiarities of generation in different environments of undamped temperature waves, as well as to find methods for the most efficient use of these waves to solve current problems of energy, technology and biophysics. Development of the theory of multicomponent diffusion taking into account the influence of chemical reactions, associative and complex formation. Development of new approaches for wider application of physical methods and theories in the field of medical diagnostic introscopy. popup.description2 The relevance of the research stems from the need to solve environmental, energy, scientific and medical-biological problems of society. The problems of safe and efficient energy based on fundamentally new nuclear systems are a pressing task. The characteristics of diffusion processes are physical properties of mixtures that are widely used in engineering and production technologies. The goal and main objectives of the project are to study methods for the formation of coherent correlated states of particles that are capable of generating the most intense and longest-lasting periodic controlled fluctuations of energy and momentum, methods for using these fluctuations to implement controlled nuclear reactions and reactions, research into the generation of non-damping temperature waves, and the search for methods for the most effective use of these waves to solve current problems in energy, technology and biophysics. Development of the theory of multicomponent diffusion. Development of new approaches for the application of physical methods and theories in the field of medical diagnostic introscopy. The basic idea of ​​the project is to find such low-energy optimized methods of influencing specific quantum systems that can form coherent correlated states of particles that are capable of generating the most intense and long-lasting periodic controlled fluctuations of energy. The combination of mathematical modeling of processes in biological, cellular systems, determination of averaged values ​​of the specified models will allow to establish the general features of the appearance of synchronization in the operation of parts and the whole system.  Product Description popup.authors Andrusieva Svitlana H. Lemeshko Vasyl V. Nechayeva Valentyna M. Osypenko Yuliia А. Okhrimenko Tamara І. Radchenko Serhii P. Synytska Nadiia V. Sytnikova Nadiia L. popup.nrat_date 2025-06-02 Close