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an emphasis on superconductor-based devices for quantum information applications, including, but not limited to, quantum computing, quantum transduction, and quantum sensing. The successful candidate’s research
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quantum semiconductor physics and engineering, including, but not limited to, two-dimensional, topological, and organic/inorganic materials, as well as exploring novel effects that would advance the broader
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electronics, design and development of interfacing conventional electronics for quantum systems, and quantum information processing. The successful candidates are expected to lead multidisciplinary
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the future and solve the world’s most challenging problems. No matter what your role is, when you join Knight Nation, you become an integral part of our mission to become a university for the future. You’ll be
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the future and solve the world’s most challenging problems. No matter what your role is, when you join Knight Nation, you become an integral part of our mission to become a university for the future. You’ll be
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the future and solve the world’s most challenging problems. No matter what your role is, when you join Knight Nation, you become an integral part of our mission to become a university for the future. You’ll be
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and novel devices, 2) growth of semiconductor materials and 3) nanoscale classical sensing and quantum sensing. The successful candidate’s research is expected to leverage a recent major investment by