  The approximate solution of Bohr-Mottelson Hamiltonian in rigid deformed
nucleus case for Hulthen potential with minimal length effect was investigated
using Asymptotic Iteration Method. Asymptotic Iteration Method was used to
solve approximately the Bohr-Mottelson Hamiltonian to obtain energy spectrum
and un-normalized wave function. The energy spectrum was calculated numerically
using the Matlab software. The un-normalized wave function was expressed in the
hypergeometric term. The results showed that the energy spectrum increased due
to the increasing minimal length parameter. The energy spectrum also increased
by the increasing range of potential.
