Microscopic study of binding energies in odd-mass exotic isotopes within RHB and HFB formalism

The physics of exotic nuclei is one of the most interesting and developing subjects in nuclear physics. The technical advancements in the available experimental facilities have made possible the study of the wide range of the nuclides of the periodic table. The properties of exotic nuclei on the edge of existence play a fundamental role in our understanding of various nuclear properties and interactions. Exotic nuclei are characterized, in most cases by unbalanced ratio between the proton number (Z) and neutron number (N). Till now, we do not know much about most of the nuclei which exists and specially Odd-Mass nuclei as it is tedious task to study these nuclei due to breaking of the time reversal symmetry. We have made an attempt to investigate the ground state binding energies of the chain of Odd-Mass isotopes in Silicon and Sulphur. Ground state binding energy, and thus the mass of nucleus, is one of the characteristic properties, reflecting deep information of the nuclear structure which has applications in medicine, energy generation, and nuclear astrophysics. We present our theoretical results of ground state binding energies (B.E.) of Odd- A (A is mass number) nuclides of ^23-43Si and ^27-47S isotopes