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Investigations in theoretical and experimental physical chemistry encompass the study of ultrafast reaction dynamics, computational approaches, molecular interactions in liquid environments, photoacoustic phenomena, and applying chemical physics principles to medical imaging technologies. At the core of Brown's experimental work in this field lies the utilization of advanced ultrashort-pulsed laser systems, enabling cutting-edge time-resolved techniques for electron diffraction analysis, spectroscopic measurements, and x-ray absorption studies. Brown prioritizes an educational approach focused on student needs. Within our graduate curriculum, doctoral students select research teams and specialized courses aligned with their personal aspirations, equipping them for thriving professional paths in our evolving global landscape. Pioneering studies conducted in our departmental labs aim to address fundamental inquiries regarding molecular processes, the intersection of chemistry and healthcare, as well as sustainable energy solutions.