In the first microscopic simulations of the pre-saddle stage of 235U(n,f), the compound nucleus thermalizes rapidly in both the ground state and isomeric wells, while octupole mass asymmetry oscillates periodically in the isomeric well when its initial value is large enough.
Fission time measurements: A new probe into superheavy element stability,
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Large Amplitude Collective Motion and Dissipation in the Ground State and the First Isomeric Wells in the Neutron-Induced Fission of $^{235}$U
In the first microscopic simulations of the pre-saddle stage of 235U(n,f), the compound nucleus thermalizes rapidly in both the ground state and isomeric wells, while octupole mass asymmetry oscillates periodically in the isomeric well when its initial value is large enough.