Published Paper Details:

Currently nuclear physics is travelling through an existing period of discovery of new super heavy elements (SHEs).Various numbers of interesting problems in the Nuclear Physics field are explored in the study of super heavy nuclei. The existence of an island of super heavy nuclei is predicted by a number of theoretical methods. Stability of super heavy elements depends on various factors such as nuclear shapes, deformations, energy, angular momentum etc. and it is analyzed by the accurate measurement of half life time of alpha decay. Specially, study on the existence of competing decay mode, shell model calculations, ground state properties of nuclei, half-life times, spins and energies are the vigorously on-going research work. Description about the rotational property of the nuclei was first explained by A. Bohr. Rotation here prescribes the collective degree of freedom in nuclei. In the present work, first the half life time measurement with deformation is done based on Coulomb plus Yukawa plus Exponential (CYE) model which has the basis from unified fission model. This model uses a Cubic potential in the pre-scission region connected by Coulomb plus Yukawa plus exponential potential in the post-scission region with zero point vibration energy. The work is kindled more by finding the way to enhance the stability of super heavy nuclei. Therefore the model is enhanced further with the implementation of collective rotational energy for the precise measurement of half-life time values.