Ternary fission of Nobelium

Nuclear fission mainly witnesses an emission of two fragment nuclei, binary fission, or an emission of a third light nuclei, ternary fission. We have observed spontaneous decay of a third fragment in the decay of heavy radioactive nuclei ranging from light mass nuclei to medium mass nuclei. Recently, the ternary fission studies of ²⁶⁰No and, Fm are reported. In this work, we study the geometrical configurations in which the ternary fission fragmentation of ²⁶⁰No occurs. In summary, we have found that for the ternary fission of ²⁶⁰No, the collinear geometry possess the lowest fragmentation potential. This occurs when the lightest fragment occupies the middle position