Cr-induced fusion reactions to extend periodic table

Heavy-ion fusion, the most complex process in the interaction of two atomic nuclei, has been extensively studied for over 60 years, particularly since the discovery of sub-barrier fusion enhancement caused by couplings to intrinsic excitations of the two reaction partners. Manjunatha et al., investigated fusion cross sections of Z=122 using statistical model. Theoretical predictions of both fusion and evaporation cross sections during nickel induced fusion reactions were theoretically studied. , in the present work we motivated to study ⁵⁴Cr induced fusion reactions to synthesize the superheavy element Z=119 and 120. Further, the effect of entrance channel parameters such as mass asymmetry and Coulomb interaction parameters are also investigated. We have investigated ⁵⁴Cr induced fusion reactions to synthesize the superheavy element Z=119 and 120. The fusion reactions such as ⁵⁴Cr+^241-243Am and ⁵⁴Cr+^243-246Cm were investigated and also predicted fusion cross sections. The predicted fusion cross section increases with increase in center of mass energy. The effect of entrance channel parameter such as mass asymmetry and Coulomb interaction parameter were also studied. This study find its importance in the synthesis of superheavy element Z=119 and 120 by ⁵⁴Cr induced reactions