Effects of Coulomb-like potential on γ-rigid prolate nuclei considering minimal length formalism

Abstract

We determine the energy eigenvalues and eigenstates of the Bohr Hamiltonian for [Formula: see text]-rigid prolate nuclei with the Coulomb-like potential in minimal length formalism. We first show corresponding Hamiltonian of [Formula: see text]-rigid prolate nuclei then investigate the effects of minimal length parameter in energy levels and obtain the transition rates. Ordinary results are recovered for the vanishing minimal length parameter and for the clarity of our results, some instructive graphs have been prepared.