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research into control theory of neural population dynamics. This position has the specific focus of developing ML methods to assess the feedback controllability of neural population dynamics recorded from
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topology will be considered, with a special focus on the theory of existence and regularity of geometric PDE, moduli spaces of canonical geometries, and the arithmetic and topology of complex varieties. RTG
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scholar positions. The group plays leading roles in developing reconfigurable nanophotonic devices, MEMS-based instrumentation for precision control, and advanced nanophotonics theory and design. The
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construed. These include, but are not limited to, astrophysics, soft and living matter, condensed matter physics, high energy physics, particle physics, quantum field theory, quantum gravity, quantum
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field. Demonstrated ability to perform research that addresses fundamental science questions. Demonstrated experience with computational chemistry methods including density functional theory, molecular