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will primarily work on a project related to deep soil processes. Our research program explores diverse areas, such as soil organic matter dynamics in natural ecosysstems undergoing rapid transformations
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research in one or more of the following: Quantum vibrational dynamics and structure, multireference electronic structure, attosecond electron dynamics, and machine learning and pattern recognition
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filled. Position description A postdoctoral position modeling nonadiabatic dynamics, polariton chemistry, and exciton-polariton optical properties is available in the group of Christine Isborn in
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for: Designing optimization-based decision-making frameworks for zero-emission vehicles and charging infrastructure. Analyzing theoretical guarantees of these frameworks using tools from optimization, dynamical