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Development and application of applied-mathematical tools, blending analytical and numerical techniques, especially including optimal control theory and sensitivity analysis for problems at the interface of engineering, physics, and chemistry; particular applications include problems in quantum dynamics, forward and inverse molecule scattering theory, time and space dependent relaxation processes, biomolecular modeling, and chemical kinetics. These subjects are especially being treated in a control context, ranging from manipulating quantum dynamics phenomena out to bio-chemical processes. PACM Students advised: Jason Dominy
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