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Field
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, develop, and optimize new methods and techniques to address critical project or functional area needs. Participants will improve existing or develop new laboratory methods and processes, read and adapt
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technology. Responsibilities: • Conduct research on oxide-based semiconductors for BEOL compatible CMOS device applications. • Design, fabricate, and optimize CMOS transistors using
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, and facilitate sensor optimization to achieve a robust and dependable condition monitoring, predictive maintenance, and prognostics and health management (PHM) regime for the aircraft systems over
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to design and characterize optimized superconducting microwave resonators tailored for hybrid quantum experiments. · Perform precision measurements in dilution refrigerators at ICN2 and/or MIT, probing
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to analyze wave interaction with natural coastal ecosystems under varying conditions. • Optimize the model to predict shear coefficients, drag forces, and energy dissipation. 2. Experimental Calibration and
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lung and other malignancies, affording access to patient samples and large tumor databases. Specific research areas of interest include development of optimized strategies for efficient and specific
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, quantum many-body physics, spin dynamics, quantum simulation, quantum optimal control, quantum optics, atomic physics. Required Skills: PhD in a field of research related to experimental quantum physics
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, develop, and optimize new methods and techniques to address critical project or functional area needs. Participants will improve existing or develop new laboratory methods and processes, read and adapt
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. The successful applicant will train directly under the supervision of Dr. David Granville, PhD, and will have an opportunity to develop their leadership skills in the laboratory by participating in overseeing
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biology for a two-year term with possibility of extension. The successful applicant will train directly under the supervision of Dr. David Granville, PhD, and will have an opportunity to develop