Manipulating single phonons with superconducting qubits
Video page · Jan 27, 2026
Audrey Bienfait, CNRS Research Fellow, Physics Laboratory at ENS Lyon
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Quantum Physics, Atomic Physics, Optomechanics and seminar by Pascale Senellart, Research Director, CNRS - Centre de nanosciences et de nanotechnologies université - Paris-Saclay, Visiting Professor at the Collège de France
Hosted by Collège de France
Tuesday 14:00–15:30 Paris (GMT+1)
Recording available
Vibrations can destroy quantum coherence, but they can also carry useful quantum information. This lecture examines both roles of phonons, including methods for reducing unwanted coupling to solid-state qubits. It introduces optical control of mechanical motion in the quantum regime and discusses applications to precision sensing, connections between different quantum systems and fundamental physics.