We review recent progress in studying nuclear collective dynamics by solving the Boltzmann-
Uehling-Uhlenbeck (BUU) equation with the lattice Hamiltonian method, treating the …

Nonlinear Fokker-Planck equations endowed with power-law diffusion terms have proven to
be valuable tools for the study of diverse complex systems in physics, biology, and other …

Based on an extended Skyrme interaction that includes the terms in relative momenta up to
sixth order, corresponding to the so-called Skyrme pseudopotential up to next-to-next-to …

We present a systematic study of the mass dependence of the low-energy electric dipole
strength (LEDS) in Sn isotopes in the range A= 111− 124 based on data obtained with the …

The lattice Hamiltonian method is developed for solving the Vlasov equation with nuclear
mean field based on the Skyrme pseudopotential up to next-to-next-to-next-to leading order …

Interpreting the data of nuclear experiments and astrophysical observations requires
advanced theoretical models. At this point, it is of particular importance to develop a unified …

The γ-ray strength functions (GSFs) and nuclear level densities (NLDs) below the neutron
threshold have been extracted for Sn 111–113, 116–122, 124 from particle-γ coincidence …

Within schematic models based on the Tamm-Dancoff approximation and the random-phase
approximation with separable interactions, we investigate the physical conditions that may …

Collective resonance phenomena in atomic nuclei are historically one of the first and most
plentiful sources of unique information on the intricate nuclear structure and properties of …

In this work we discuss different features of the collective dynamics in neutron rich nuclei
which can contribute to constrain the dependence with density of the symmetry energy …