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Field
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-scale optical atomic clocks, accelerometers, gravimeters, magnetometers, and electric field imagers to support GPS-free positioning, navigation, and timing (PNT) technologies. Our goal is to develop end
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and passively collected (accelerometer, GPS) data. This position is part-time. It is a paid position with insurance benefits, available for start on or about December 1, 2025. Depending on the
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;_Quantum automorphism groups of natural families of graphs;_Quantum graphs and their connections with quantum information theory. The precise research program will be defined jointly with the
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. Preferred Qualifications: Experience with GIS, remote sensing, geospatial analysis, GNSS/GPS technologies, or watershed-scale environmental modeling. Experience with antimicrobial resistance (AMR
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projects. The precise research topic(s) will be discussed with the successful candidate depending on their background, expertise and affinities. Analysis and publication of results Build a strong network
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nanostructures and device optimization using simulations. The goal is to develop precise control of specific emission properties such as polarization, color, and angular distribution while simultaneously
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research is partly automated? Could new publishing or funding mechanisms produce better science? This project uses game theory and computational models to study science as a social system. The precise
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research is partly automated? Could new publishing or funding mechanisms produce better science? This project uses game theory and computational models to study science as a social system. The precise
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communication between brain regions based on the similarity between ongoing signals (‘brain waves’) in connected parts of the brain. Neuroimaging allows precise information to be gathered about the breakdown
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identify new targets for cancer immunotherapy, and how to enable precise control of adaptive immune responses through engineered cellular and recombinant therapies. Available projects relate to these