Suppression of Spontaneous Phonon Processes in Single Defect Centers in Diamond using Phononic Crystals

Kuruma, Kazuhiro; Pingault, Benjamin; Chia, Cleaven; de Haas, Michael; Joe, Graham; Assumpção, Daniel Rimoli; Ding, Sophie W.; Jin, Chang; Xin, C. J.; More Authors, undefined More Authors

Suppression of Spontaneous Phonon Processes in Single Defect Centers in Diamond using Phononic Crystals

Conference paper (2024)

Authors

Kazuhiro Kuruma University of Tokyo, Harvard University

Benjamin Pingault Harvard University, QuTech Advanced Research Centre, QID/Taminiau Lab

Cleaven Chia Harvard University

Michael de Haas Harvard University

Graham Joe Harvard University

Daniel Rimoli Assumpção Harvard University

Sophie W. Ding Harvard University

Chang Jin Harvard University

C. J. Xin Harvard University

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Research Group

QID/Taminiau Lab

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Published Date

2024

Language

English

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Research Group

QID/Taminiau Lab

Abstract

We engineer the interaction between phonons and single silicon-vacancy centers using phononic crystals with a complete bandgap spanning 50-70 GHz. We observe a 18-fold extension of single color center's orbital lifetime in the phononic bandgap.

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