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experiments Demonstrated ability to analyze experimental data (e.g., in Python, MATLAB, or equivalent) KEY RESPONSIBILITIES AND ACCOUNTABILITIES 1. Design, perform, and analyze nanoscale magnetic resonance
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physics, engineering, or a closely related field Experience in experimental physics/engineering, nanofabrication, quantum information science, and/or microwave and superconducting device characterization
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effective troubleshooting ability are required Ability to produce scientific reports, present ideas and proposals to scientists and engineers, and maintain proficiency in written and oral
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developing, modifying, or constructing experimental apparatus. Particularly relevant experience includes AC susceptibility, radio- and microwave measurements, magnetic penetration depth, optical magnetometry
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this position might be extended for a second year depending on satisfactory performance, the availability of funds and/or work for the position, and meeting standard University employment requirements
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of Transition Edge Sensor (TES) bolometers for studies of the Cosmic Microwave Background (CMB), while also supporting the exploration of novel applications for superconducting detectors. As a member of Argonne’s
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parallel, the rare-earth solid-state system will be coupled to microwave resonators to explore future connections to superconducting qubits. The project will conclude with a demonstration of quantum gate
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devices exploiting the nonlinear kinetic inductance of thin superconducting films, including microwave resonators for frequency-domain multiplexed readout of single photon detectors (kinetic inductance
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, for on-chip magnon quantum sensing Position Requirements Superconducting resonator design, simulation and nanofabrication. Microwave circuit design and characterization, including vector network analyzer
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Development Team aims to support the sustainable advancement of RIBF research activities through the implementation of new RF technologies and components, including high-power solid-state amplifiers. Keywords