Exploring the core deformation properties of 29F halo nucleus using T- and Y-configurations

F-29 nucleus is a two-neutron halo nucleus with the core (F-27) + n + n three-body system. We studied the Jacobi coordinates dependant T-and Y-configurations properties due to the core deformation of this nucleus. For this deformation of the core, the separation energy (S-2n) and the root mean square (RMS) matter radius of this halo nucleus were calculated. This theoretical calculation for investigating T-and Y-configuration properties was accomplished through the MATLAB computational software. A positive core deformation was found, which indicates a prolate shaped halo nucleus. We found an excellent agreement for S-2n and 96.4% and 96% accuracies for the Tand Y-configurations respectively.

Automated summary

The study focused on the T and Y configuration properties of the F-29 nucleus, with calculations done for separation energy and root mean square matter radius using MATLAB software. A positive core deformation was observed, indicating a prolate shaped halo nucleus, with high accuracies achieved for both T and Y configurations.