Fission at low excitation energy is an ideal playground to probe the impact of nuclear
structure on nuclear dynamics. While the importance of structural effects in the nascent …

Background: To understand superheavy element synthesis reactions, quantifying the role of
quantum shells in quasifission dynamics is important. In reactions with actinide nuclides, a …

Here, we report a novel triphenylamine-based fluorescent probe AIU for detecting UO₂ 2⁺.
The probe AIU exhibited good selectivity, low detection limit (67 nm), and rapid response …

Fission of light actinides has shown to exhibit features, which abruptly deviate from the
monotonous trend established for heavier systems. More specifically, the description of their …

Simultaneous measurements of the relative fission fragment charge and mass yield
distributions have been performed for the even-even fission fragments produced from the …

We investigate the influence of neutron emission in the fission of Pa 227 populated by
complete fusion of F 19 with Pb 208 at various excitation energies (E*). Mass gated pre …

The improved scission-point statistical model based on the dinuclear system approach is
employed to describe spontaneous ssion, electromagnetic-, neutron-, charged-particle-and …

Fusion and fission are fundamentally important processes to both technology and as probes
for the dynamics of quantum many-body systems. Both processes are understood to result …

Measured binary quasifission mass spectra in reactions with actinide nuclides show a large
peak in yield near the doubly-magic 208 Pb, generally attributed to enhanced binding …

Measurements of spallation, fragmentation and Coulomb-induced fission reactions in
inverse kinematics have provided valuable data in the last decades to accurately investigate …