We analyze α decays to rotational states in even-even nuclei by using the stationary coupled
channels approach. Collective excitations are described by the rigid rotator model. The α …

We perform an extensive analysis of α-decays to 2+ and 4+ states in deformed even-even
nuclei by using the stationary coupled channels approach. Collective excitations are …

We describe α-transitions to low-lying states in even–even nuclei with Z> 50, N> 82 using
the Coherent State Model (CSM). We reproduce the energy levels and electromagnetic …

The mass dependence of the M 3 Y-type effective interactions and the effects of tensor
correlations are examined. Two-body nuclear matrix elements are obtained by the lowest …

We review emission data for proton-, even–even α-and heavy cluster (HC) radioactivity in a
unified model by using a realistic analytical approach for the barrier penetration and …

We describe electromagnetic and α-decay transitions to low-lying excited states in even-
even nuclei within the coherent state model (CSM). We reproduced the energies and B (E 2) …

We propose the cold (neutronless) fission process as a tool for probing mean field properties
of exotic neutron rich nuclei. The fissioning state is described as a resonance in the potential …

Within the variational approach of Bose liquids we analyze the gs energy of charge neutral
alpha matter at T= 0. As a prerequisite for such calculation we take from the literature or …

The understanding of aggregates of matter in terms of its elementary constituents and their
interactions is a problem of fundamental interest with far reaching ramifications in science …

Within the variational approach of Bose liquids we analyze the gs energy of charge neutral
alpha matter at $ T $= 0. As a prerequisite for such calculation we take from the literature or …