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Quantum-based Measurements with Superconducting Circuits

Raymond Simmonds, National Institute of Standards and Technology

(Session 1 : Thursday from 4:00pm-4:45pm)

Abstract. Over the last decade, superconducting circuits have shown rapid progress in being implemented for quantum-based measurements. This includes the advent of superconducting qubits, high quality-factor resonant electromagnetic cavities, and high-Q mechanical resonators. Combinations of these circuit elements could lead to a quantum information processor, the ability to simulate quantum systems, or quantum-limited measurements. I will discuss efforts at NIST to develop these circuit elements and describe some of our recent experimental results.