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, machine learning and AI applications, detector construction and operation, and R&D with test stands and test-beam experiments. Successful candidates will have the opportunity to play an important role in
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. • Expertise in detector instrumentation, operation, and analysis relevant to dark matter detection. • Familiarity with MAGIS-100 and/or AMO experimental techniques. • Strong leadership, mentoring, and
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will focus on establishing rudimentary, few-qubit quantum processing units as the front-end electronics for detector control and readout, using techniques derived from both superconducting and bosonic
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Graduate Scholars for 2026 will be selected based on a competitive process. The proposals will be rated based on merit, uniqueness, creativity, and relevance to CMS and LPC. The applications must include a