4 agent-based-modeling Postdoctoral positions at University of Delaware in United States
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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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frequency shifts as a 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
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with emerging devices developed in the group; Deep understanding of the device physics and the know-how of circuit design; Device fabrication, characterization, model extraction and apply device model in
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our group. Major Responsibilities • Setup and commissioning of a 2D-THz instrument based on a commercial novel 25 fs, >3mJ laser system. • Conduct benchmark experiments on new magnetic systems in