Developing protocols for dynamical simulations of transient X-ray spectra of photoinduced processes
Modeling solvent polarization effect on the excited state dynamics and the X-ray absorption signal following charge-transfer excitations
Implementation of surface-hopping molecular dynamics simulations to treat non-adiabatic electronic structure evolution in photo-induced processes
Quantum mechanical evaluation of molecular properties
Implementation of sophisticated protocols, including machine learning tools, to facilitate the assessment of inherent electronic and spectral features
Research Fellow
Tata Institute of Fundamental Research
09.2018 - 02.2021
High-throughput computation of molecular thermochemistry
Implementation of ab initio quantum chemistry composite methods to determine thermochemical properties
Adapting the additivity approach in the composite procedure, G4(MP2), and propose strategies for reducing computational cost without compromising accuracy
Development of a G4(MP2) variant that is applicable for high-throughput computation of thermochemical properties across molecule chemical space
M.Sc. Researcher
Indian Institute of Technology Bhubaneswar
09.2016 - 05.2018
Conducting quantum chemical modeling to study and analyze chemical reactions
Simulation of the Diels-Alder addition reaction and characterization of the reagents
CECAM workshop (Beyond ground state simulations: Navigating challenges in excited states of extended molecules and materials), CECAM-HQ-EPFL, Lausanne, Switzerland (Nov. 2024)