Alumina passivation stabilizes single-photon emission from NV centers in diamond nanopillars under 522 nm laser exposure in high vacuum at 6 K, unlike oxygen termination.
Normalizedg (2)(τ)data for Nanopillar-9 (NP9) at differ- ent laser exposure times under (a) oxygen and (b) alumina termina- tions
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Stabilisation of NV centres in diamond nanopillars at low temperature
Alumina passivation stabilizes single-photon emission from NV centers in diamond nanopillars under 522 nm laser exposure in high vacuum at 6 K, unlike oxygen termination.