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We fabricate arrays of diamond nanopillars containing single SiV− centers with high yield and spectral stability, and perform ultrafast, all-optical complete coherent control over the state of individual SiV− centers on picosecond timescales. We demonstrate Rabi oscillation, Ramsey interference, and full SU(2) control over the qubit state.
We model, fabricate and characterize hybrid silicon carbide-nanodiamond microdisk resonators on a silicon wafer. Diamond's silicon-vacancy emission couples to the whispering gallery resonances for a potential Purcell enhancement up to the modeled F = 75.
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