Postdoctoral Fellow
Astronomy and Astrophysics
My research focuses on uncovering the imprints of dark matter in the dynamics of galaxies. I am interested in unveiling the footprints of dark matter on various physical processes such as star formation, gravitational instabilities, turbulence, and their connections with the morphological evolution of galaxies. I use galaxies at different stages of evolution and morphological types as natural laboratories to probe the fundamental physical processes driving galaxy evolution. I utilize a combination of multi-wavelength observations [GMRT, ALMA, ASTROSAT, JWST ], theoretical modeling [Linear perturbation theory, stability analysis of galaxies, distribution function based modeling, Jean's equations], and N-body/hydrodynamical simulations [AREPO, AGAMA, TNG-50] to address key questions in galaxy formation and evolution. My research integrates theoretical modeling with data driven validation, leveraging big data from multi-wavelength surveys and cosmological simulations to test and refine theoretical predictions. Currently, I am working on understanding galaxy formation in early universe using high resolution simulations.