Agnivo's research goal is to understand the physics which is significantly governed by the electroweak interaction. He is currently working on phenomenological aspects of different well established models (e.g. Type-II Seesaw, Left-Right Symmetric Model). In addition, he is also learning physics related to dark matter and astroparticle physics.
Kousik’s current research interests include the astrophysical aspects of primordial black holes, non-standard cosmology with an emphasis on dark matter phenomenology and baryogenesis, gravitational-wave probes of the early Universe, and dark matter model building.
Saumyen works in particle physics phenomenology, focusing on BSM physics, dark matter, and collider physics. His research explores how new particles and interactions can be probed at the LHC and future colliders using novel analysis strategies, such as, jet substructure techniques, machine learning. His works aim to develop robust methods to identify and characterize potential signals of new physics at high-energy experiments.
Pragyanprasu is exploring physics beyond the Standard Model using Neutrino Experiments.