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Nuclear Structure and Dynamics

• Study of thermal effects on first-forbidden weak transitions in neutron-rich nuclei ^76,78,80Ge and calculations of corresponding weak process rates in stellar media.
  
  Investigations of mixed-symmetry low-lying quadrupole excitations within the QRPA with Skyrme-type effective interactions.
  
  Elaboration of the Wigner function moments method with consistent treating of superfluid pairing correlations as well as the continuity equation.
  
  Calculations of dipole, monopole and magnetic dipole giant resonances in well deformed nuclei within Skyrme-RPA approach.
  
  
• Investigation of dependence of the production cross section of superheavy nuclei with Z 120 on the position of proton shell closure.
  
  Study of the isotopic dependence of one and two-quasiparticle K-isomers in the heaviest nuclei.
  
  Development of a novel statistical approach based on Random Matrix Theory to analyze experimental data on nucleus-nucleus collisions.
  
  Calculations of energy distributions of light charged particles in triple fission events.
  
  Investigation of the neutron-neutron interferometry applications for halo nuclei.
  
  
• Benchmark calculations of the helium trimer bound states using the Faddeev differential equations in the total-angular-momentum representation.
  
  Consistent description of the Hoyle state in ¹²C with implications for the -cluster model.
  
  Modelling of strongly and weakly bound states of a three-boson system with two-body centrifugal interactions.
  
  Description of the momentum distribution of electrons ejected from a hydrogen atom ionized by an electric pulse in the whole range of the pulse amplitudes and durations.
  
  
• Development of theoretical methods and models to evaluate cross sections and polarization observables of charm production in p collisions near threshold.
  
  Investigation of viscosity of the highly condensed and heated nuclear matter within the relativistic mean field theory with masses and coupling constants depending on baryon density.
  
  Analysis of the experimental neutron-proton phase shifts up to energy of 3 GeV and low-energy parameters in the framework of the Bethe-Salpeter approach with the m ulti-rank separable kernels for uncoupled S and P partial waves (with J=0,1) and coupled ³S₁ ⁺- ³D₁ ⁺ states.
  
  Construction of microscopic optical potentials taking into account the relativistic and in-medium effects aiming to analyze experimental data on interactions of nuclei with p, -, K-mesons as well as neutron-rich nucleus ⁸He.
  
  

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