Exploring microscopic and macroscopic aspects of level density, pairing transitions, collective enhancement, and temperature-dependent nuclear properties.

Investigating isospin mixing, γ-ray spectroscopy, damping mechanisms, and the link between GDR and nuclear fluidity, low energy enhancement in photon strength function

Measurement of neutron skin thickness, matter radii, and reaction observables to constrain the nuclear equation of state (EoS). 

Experimental investigation of α-cluster states such as the Hoyle state and their analogues. 

Design and deployment of neutron TOF arrays, digital data acquisition (DAQ), and detector characterization.