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I am a theoretical and computational chemist working at the interface of chemistry and biophysics. The primary focus of my research comprises understanding the role of polarizability in protein-osmolyte interaction in ambient and extreme thermodynamic conditions. I am interested in using data-driven ML and DL-based approaches to develop polarizable forcefields and explore biomolecular interactions, solvation, structure, dynamics, and thermodynamics. Additionally, I am also interested in water and ion permeation in various nanoconfinements. Molecular dynamics simulations and statistical mechanics form the backbone of my research.