In Trace Analysis and Spectroscopy (TASISPEC) lab, our primal goal is to provide a firm and sound understanding of fundamental reaction mechanisms involved in heavy-ion-induced nuclear reactions at low and intermediate energies. Studies in diverse reaction dynamics ranging from medium mass to heavy mass regions exhibiting complete-incomplete fusion, pre-equilibrium emission, fusion-fission, and transfer reaction dynamics is being performed for the past several years. Modeling of the reaction data with nuclear reaction codes and decay models is conducted to interpret the underlying reaction mechanisms. The low-energy fusion reactions result in many neutron-deficient radionuclides, out of which, several are application-based. The production and chemical separation of several such radionuclides including 101Pd, 97Ru, 68Ga, 99mTc, 93mMo, and Tc isotopes have earlier been optimized and studied. The heavy-ion-based research is being carried out on advanced accelerator facilities. The facilities include the premier labs of the country, including IUAC (New Delhi), BARC- TIFR (Mumbai), VECC (Kolkata), etc.

• Congratulations to Dr. Ankur Singh for successfully completing his Ph.D. Wishing you a prosperous career ahead.
• Many many congratulations to Dr. Pavneet Kaur for successfully completing her Ph.D. We all wish you success in your career.
• We would like to congratulate Dr. Malvika for successfully completing her Ph.D. journey. Wishing you continued success in your academic and professional endeavors.
• We express our heartiest congratulations to Dr. Rishabh Kumar for successfully defending his Ph.D. viva voice. Our best wishes to him in his future endeavors.
• We welcome our new group member Mr. Sagar Roy to join TASISPEC LAB. Best wishes to him for his Ph.D. journey.
• Our recent publication in Physical Review C by Ankur Singh et al. presents measurement of residues from the ⁶Li+Zn reaction and explains the fusion phenomena below 7.1 MeV/nucleon. The paper also reports a new branching intensity of 93.31 keV gamma-line retrieved experimentally from ⁶⁷Ga decay following the end of bombardment activity in each target foil. The optimized production of ⁶⁷Ga is also reported from the application perspective.