Silicon defects (T, G, W, C centers) and erbium are the leading single-photon emitters in silicon, but reaching the strong light–matter coupling (C≫1) required for quantum networks still needs a roughly 10–1000x reduction of spectral noise.
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Single-photon emitters and spin-photon interfaces in silicon
Silicon defects (T, G, W, C centers) and erbium are the leading single-photon emitters in silicon, but reaching the strong light–matter coupling (C≫1) required for quantum networks still needs a roughly 10–1000x reduction of spectral noise.