Dr / Research Scholar, Theoretical
Research interests include quantum optimal controls of closed and open quantum systems, atoms and molecules in intense laser fields, photo-association processes, electron transfer in nano-scale quantum devices, atomic and molecular scattering theory, inverse problems and computational methods for time-dependent quantum problems.
Associate Research Scholar
Research interests include Operational Dynamical Modeling (a theoretical framework to deduce reduced-dimensional models of complex dynamics in systematic fashion from dynamically observed data), open and closes quantum system dynamics, numerical method for master equations, theoretical AMO (atomic, molecular, and optical physics), and condense matter.
Research Chemist, Theoretical
Research interests include chemical kinetics with principal areas of focus including chemical kinetic mechanism reduction approaches, high dimensional model representation techniques with applications in complex reaction systems, atmospheric chemistry and other scientific disciplines.
Associate Research Chemist, Experimental
Research interests include optimal coherent control of surface second harmonic generation, incoherent control of molecular systems by the environment, transport and conversion of energy in quantum systems, and electron and proton transfers.
Research interests include application of optimal control theory to relativistic quantum systems, how relativistic effects influences the system’s controllability and applying control theory to manipulate relativistic effects in atoms.