Toolbox for Quantum acoustics experiments: Groeblacher group publication in Nature Physics


Over the past years, the group of Simon Groeblacher in the Department of Quantum Nanoscience has demonstrated the possibility to create, store and detect single phonons in photonic/phononic crystal devices, using radiation-pressure optomechanical interactions. Amirparsa Zivari and colleagues have now designed and realized the first waveguide for non-classical traveling mechanical excitations, which was published in Nature Physics.

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12 - 13 October 2022

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