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optical (AMO) quantum science and dark matter detection. The appointee will also participate in other Fermilab quantum detector R&D programs, including work with superconducting qubits, microwave kinetic
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their research, including neutrino physics, research on the CMS experiment at the LHC and proposed future colliders, astroparticle physics, intensity frontier experiments such as Mu2e, quantum information science
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research at the intersection of high energy physics and quantum information science, as well as R&D and planning for future experiments. This year we are particularly interested in applications focused
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units as the front-end electronics for detector control and readout, using techniques derived from both superconducting and bosonic quantum computing. Appointment is for a specific term, calculated from