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will develop advanced modeling capabilities to quantify and predict the responses of coastal ecosystems to disturbances caused by flooding and SLR. Ultimately, this effort will inform the development
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, characterization, model extraction and apply device model in the circuit design; Circuit design optimization; Using Cadence for circuit design and ADS for RF circuit design; Circuit implementation and
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signal for new physics. With the Q-SEnSE funding, we will perform modeling of space mission with clocks, determine the anticipated sensitivity of various clocks and orbits to physics beyond the standard
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high-quality computational research on viral protein dynamics. Construct molecular models, integrating data from experimental sources. Design, program, and execute hypothesis-driven analyses of molecular
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the theoretical physics group. Major Responsibilities Investigate new approaches to searching for physics beyond the Standard Model including: New ideas for probing theoretically motivated dark matter candidates