Category: Physics

Our group mainly focuses on studying self-similar optical waves and optical rogue waves analytically and numerically, in different nonlinear waveguides. We also study their dynamical behavior by appropriately tailoring the dispersion and nonlinearity profiles.

Under the broad umbrella of theoretical condensed matter physics, we explore electronic, magnetic, optical and transport properties of low-dimensional strongly-correlated materials and topological quantum phases

Our research group focuses on laboratory astrophysics, astrochemistry, and molecular biophysics. We use multipole radiofrequency ion trapping technique to determine the absolute values of cross sections of photon-induced gas-phase processes involving molecular ions of astrophysical and biological interest and rate coefficients of gas-phase reactions of astrophysical relevance.

The main focus of our group is to study the impact of various environmental conditions including stellar feedback and metallicity on star and planet formation process. We use national and international multi-wavelength observational facilities to carry out our research activities.

Our group works in Lab-on-Chip applications with Surface Acoustic Waves and Electro-wetting as tools. Further, we study single biological cells by encapsulating them in micro-droplets.

Our group focuses broadly on studying the phase diagram of Quantum ChromoDynamics (QCD), various signatures of Quark-Gluon Plasma (QGP) and understanding the particle production mechanism in high-energy nuclear collisions. We are also involved in direct dark matter detection experiment.

We focus on modelling the structure and dynamics of galaxies and their dark matter halos using HI 21 cm radio-synthesis observations with an emphasis on dwarf-irregulars and low surface brightness galaxies.