Next theme	Prev. theme
to field of reseach	to contents

Theory of Nuclear Structure and Nuclear Reactions

• Investigation of the impact of the phonon-phonon coupling on the beta-delayed multi-neutron emission of neutron-rich nuclei.
  
  Study of the effects of the quasiparticle-phonon interaction on the E1-strength in neutron-rich Ca isotopes.
  
  Analysis of the influence of the fourth order Wigner function moments on the energies and excitation probabilities of nuclear collective states.
  
  Elaboration of the effective method to study the impact of deformation on the beta-decay half-lives and delayed multi-neutron emission probabilities.
  
  Study of the possibility to identify the toroidal E1 resonance for the anomalous deformation splitting.
  
  
• Calculations of the energies of the lowest quadrupole states of the even-even superheavy nuclei applying the Grodzins relation.
  
  Determination of the probability to observe the collinear separation of true ternary fission fragments at spontaneous fission of ²⁵²Cf and in the ²³⁵U(n,f) reaction.
  
  Assessment of the prospects of the SHE production in charged particle evaporation channels.
  
  Theoretical search for fissionable actinide isotopes, in which the charge distribution of the fission products remains asymmetrical even at a rather high excitation energy.
  
  Evaluation of the probabilities to product new actinide isotopes in the multi-nucleon transfer reactions and the search most efficient reactions to this end.
  
  Calculation the probability to synthesize new actinide isotopes in the multi-nucleon transfer reactions aiming to determine the most effective reactions for their production.
  
  Application of the non-Markovian Langevin approach to study the dynamics of fermionic (bosonic) subsystem, linearly coupled to the fermionic (bosonic) environment.
  
  
• Determination of conditions for emerging the confinement-induced resonances in hybrid atom-ion systems.
  
  Determination of the solvability conditions for the operator Riccati equation associated with a 2 x 2-block-matrix Hamiltonian in the three-gap spectral case.
  
  Development of a dynamic approach to the study of the ionization processes in atomic collisions.
  
  Calculation of binding energies and scattering observables as well as the study of the Efimov properties of van-der Waals clusters LiHe₂ applying the hard-core differential Faddeev equations.
  
  Study of the Coulomb breakup of exotic nuclei in the non-stationary quantum-mechanical approach.
  
  Calculation of electron scattering off hydrogen molecule and hydrogen molecular ion in the kinematic regime of laser-assisted electron momentum spectroscopy.
  
  
• Calculations of excitation functions for the first three cumulants of hadronic distributions within the PHSD model for relativistic Au+Au collisions including the NICA energy and aiming to search for signals of a possible quark-hadron phase transition.
  
  Study of the properties of nuclear interactions in the presence of strong electromagnetic fields under conditions of violation of the CP invariance of strong interactions. The behavior of masses and couplings for quarks, diquarks and mesons will be studied at finite temperature and density.
  
  Investigation of non-linear quantum processes in strong linearly-polarized electromagnetic fields and subsequent generalization of the theory to the electromagnetic fields induced in relativistic heavy-ion collisions.
  
  Elaboration of the theoretical approach to analyse open charm production in a pion and anti-proton induced reaction and investigation of the structure of charmed resonances.
  
  Development of the folding model of a meson-nuclear potential and analysis of the corresponding experimental data.
  
  

Next theme	Prev. theme
to field of reseach	to contents