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Researcher, you will support Prof. Yuping Zeng with the frontier of analog circuit design, implementation and characterization, preferably for neuromorphic computing with emerging devices. Major
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to contribute to cutting-edge research investigating the physiological and psychological impacts of spaceflight. Our program focuses on human analog studies to simulate microgravity and explore
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involve sensor design, including analog front-end design, light source modulation, sensor miniaturization including PCB design, sensor testing via physiology-mimicking phantoms, animal models, healthy
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mechanical, electrical, and data acquisition systems (e.g., vacuum systems, high-pressure gas handling, analog signals/switching, high-speed data acquisition) Strong publication record In addition to technical
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to the development and testing of innovative timing sensor technologies and high-bandwidth readout strategies. Specification and characterization of analog and digital electronic readout schemes. Making leading
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facilities (reflectance point and imaging spectroscopy, FTIR, environmental analog chambers, etc.), support for external users of the lab through PRECISE, and science investigations utilizing the lab along
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-doctoral position will synthesize various chemical probes that are designed to have selectivity or unique signaling properties at various GPCR targets. Projects will involve chemical synthesis of analog
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to contribute to cutting-edge research investigating the physiological and psychological impacts of spaceflight. Our program focuses on human analog studies to simulate microgravity and explore
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advance the development of in the broad areas of emerging memory materials and devices, including post silicon MOSFET-based computing such as analog in-memory-computing or 2D-material based FETs, MEMS
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National Aeronautics and Space Administration (NASA) | Hampton, Virginia | United States | 3 months ago
interest in addressing the problems associated with multilayered cloud systems. Studies are also encouraged that analyze cloud data as large ensembles of cloud systems or “cloud objects”: a Lagrangian analog