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Information × Registration Number 0220U100618, 0119U100311 , R & D reports Title Investigation of fundamental problems of neutrino physics, cosmomicrophysics and nuclear physics. popup.stage_title Head Kadenko Igor M., Доктор фізико-математичних наук Registration Date 22-01-2020 Organization Taras Shevchenko National University of Kyiv popup.description2 Object of study: neutrinos, high-energy neutrino fluxes, baryonic asymmetry of the universe, neutrino oscillations, black holes, high-energy inelastic particle scattering, atomic nucleus, cross sections of nuclear reactions. Purpose: development of a complex of programs for the study of astrophic processes on the DUNE detector and modeling of physical processes involving neutrinos in supernovae and for a neutrino experiment DUNE. Investigation of generation of magnetic fields in models of the early Universe with controllably disturbed anomalies and investigation of tensor-scalar relation and spectral indices in cosmological models of slow-motion inflation and investigation of manifestations of superconducting cosmic (super) strings of processes in terms of the Unru effect. Investigation of photonic force functions (FSF) taking into account low energy states of the nucleus and experimental studies of cross sections of nuclear reactions when interacting with neutrons on neutron generators. Research methods: use of complexes of nuclear-physical apparatus and models of description of nuclear reactions, and interaction of gamma-quanta and neutrons with nuclei. The prototype of the ProtoDUNE / WA105 neutrino detector at CERN has been tested and calibrated. Monte Carlo simulations of near and far neutrino detector operation on liquid argon DUNE (Fermilab, US) using the LArSoft software environment were performed. The effect of Schwinger's effect on the process of magnetogenesis in the early Universe was investigated. The effect of Unru based on simulation data is investigated. The Unru temperature for different types of zero spin mesons is determined taking into account the noise contribution of kinetic processes. The radiation of weakly interacting scalar modules by relativistic loops of superconducting cosmic strings is investigated. Product Description popup.authors Bezshyiko Oleh A. Bugaev Kyrylo O. Golinka-Bezshyyko Larisa O. Gorbachenko Olexandr M. Dzysiuk Nataliia R. Dozenko Ivan S. Zadorozhnia Lidiia V. Kadenko Ihor M. Kadenko Artem O. Kolesnyk Oleksandr S. Lyubarska Mariya V. Natochii Andrii V. Ostapchuk Oksana A. Plyuyko Volodymyr A. Siedov Yurii O. Solodovnyk Kateryna M. Tarakanov Valerii K. Teslyk Olena M. popup.nrat_date 2020-04-02 Close