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Information × Registration Number 0121U110760, R & D request Title Investigation of the interference effects in the processes of nuclei and elementary particles interactions using modern quantum approaches Head Davydovskyi Volodymyr V., Доктор фізико-математичних наук Registration Date 23-04-2021 Organization Institute of Nuclear Research of the National Academy of Sciences of Ukraine popup.description1 Development of a new formalism of the theory of bremsstrahlung in nuclear processes and its application to proton-nuclear scattering; continuation of the development of a model of bremsstrahlung radiation during the scattering of alpha particles on nuclei; construction of a quantum two-channel fusion model (in the capture of alpha particles by nuclei) based on the generalization of the method of multiple internal reflections (MIR); development of a formalism for describing the scattering of three particles based on the generalization of the MIR method; study of the properties of hypernuclei, as well as generalization of quark models of nuclei on the basis of our own developed high-precision methods of quantum mechanics and methods of analysis of bremsstrahlung radiation; study of quantum properties of nuclei and nuclear interaction at high densities (in compact stars); development of temporal analysis of nuclear processes occurring due to interference of various microscopic mechanisms in a wide range of energies; development and application of a modified diffraction approach that takes into account the longitudinal momentum transfer, as well as methods of quantum chromodynamics for the study of kinetics and dynamics of deuteron break-up processes and description of available experimental data; study of phenomena in quantum systems that occur due to interference transitions and entanglement between the individual elements of these systems; study of the dynamics of internal processes in beams of antiprotons and heavy ions with different types of primary particle distribution under the influence of stochastic cooling; study of beta decay of nuclei in the framework of a dynamic collective model; study of photoproduction of mesons on nucleons in the GeV energy range. popup.nrat_date 2024-12-09 Close