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to appoint one or more postdoctoral fellows beginning in Summer 2025. We are looking for candidates with interests in the use ultracold quantum gases on optical lattices to simulate models from condensed
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policy, political science, environmental science, statistics, or another related field. PhD degree/diploma must be conferred prior to fellowship start date of 7/1/2025. An electronic PDF copy of doctoral
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) Material-led Mechanisms—exploring living and bio-materials as modifiers for bio-fabrication in construction; (2) Performative Landscapes—simulating design responses to environmental challenges such as noise
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are looking for candidates with interests in the use ultracold quantum gases on optical lattices to simulate models from condensed matter physics. Candidates should submit a CV, statement of research interests
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submit an official copy of your transcript showing all master’s work completed. You must also complete the dissertation certification form which can be found in AAUW’s application portal and must be signed
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Landscapes—simulating design responses to environmental challenges such as noise and sea level rise; (3) Projective Ecologies—utilizing generative AI to explore restoration techniques for improving degraded
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paradox. ● Mathematical stability of spacetime and gravitational memory. ● GR Magnetohydrodynamic simulations of accretion flows. ● Tidal disruption events. ● Gravitational Waves and black hole mergers
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expertise in at least one (or more) of the following areas: Computer Architecture/Systems: Design, modeling, simulation, and/or physical design of heterogeneous system/processor architectures; Silicon
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) Material-led Mechanisms—exploring living and bio-materials as modifiers for bio-fabrication in construction; (2) Performative Landscapes—simulating design responses to environmental challenges such as noise
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paradox. ● Mathematical stability of spacetime and gravitational memory. ● GR Magnetohydrodynamic simulations of accretion flows. ● Tidal disruption events. ● Gravitational Waves and black hole mergers