A Study on Shape of Te Isotopes in Mean Field Formalism
T. Bayram, A. H. Yilmaz
TL;DR
This paper investigates the shape evolution of tellurium isotopes from gamma unstable to spherical configurations using a mean field approach, identifying 124Te as a potential critical point nucleus with E(5) symmetry.
Contribution
It applies the quadrupole moment constrained HFB method with Skyrme SLy4 force to systematically study shape transitions in Te isotopes, highlighting 124Te as a critical point nucleus.
Findings
124Te identified as a possible E(5) critical point nucleus.
Shape evolution from gamma unstable to spherical in Te isotopes.
Systematic analysis using constrained HFB with Skyrme SLy4.
Abstract
The systematic investigation of ground state shape evolution from gamma unstable O(6) to spherical U(5) for Te isotopes has been presented by using the quadrupole moment constrained Hartree Fock Bogoliubov (HFB) method with the Skyrme force SLy4. 124Te has been pointed out as to be the possible critical point nucleus with E(5) symmetry.
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