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. 2022. Wen et al. Cell Rep . 2022. 39, 110876; Wen et al. Blood . 2021; 137 (1): 29–38; Wen et al. Nat Commun . 2018, 9, 4301; Thunemann M.*, Wen L.*, et al. Circ Res . 2013, 113, 365-371.} The PI is
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contingent upon funding. Candidates with experience in the development of wireless power transfer and energy harvesting systems, quantum energy harvesting is preferred, skills in diode, electronics, antennas
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technology, advanced manufacturing and renewable energy are among the key industries, the College of Engineering leads in advancement and innovation. Our research faculty is supported by an Engineering
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power transfer and passive energy harvesting, e.g. quantum dot, etc. This position will work with a collaborative team that spans graphene, microwave engineering, antennas, 3D printing, rectifying and
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Energy. The main responsibilities will be conducting theoretical modeling of multi-spin molecular magnets, including spin-spin interactions, spin dynamics, and spin-vibrational interactions for quantum
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experience in the development of wireless power transfer and energy harvesting systems, skills in graphene, antennas, electronics, cellular phone systems, IoT communications, additive manufacturing
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flowmetry, single-cell genomics, small animal surgery, and behavioral assays. Compensation Grade Research Assistant Professor, 12 month To view the salary schedule for this position, please visit: Salary
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, multiphoton, lattice lightsheet, and/or superresolution microscopy, pressure myography, laser Doppler flowmetry, single-cell genomics, small animal surgery, and experience with transgenic mice. Compensation