Stable single photon source in near infrared

Stable single photon source in near infrared

New J. Phys. 6: Art. No. 98 (2004) Owing to their unsurpassed photostability, defects in solids may be ideal candidates for single photon sources. Here we report on generation of single photons by optical excitation of a yet unexplored defect in diamond, the nickel-nitrogen complex (NE8) centre. The...

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Hauptverfasser: Gaebel, T, Popa, I, Gruber, A, Domhan, M, Jelezko, F, Wrachtrup, J
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Popa, I
Gruber, A
Domhan, M
Jelezko, F
Wrachtrup, J
description New J. Phys. 6: Art. No. 98 (2004) Owing to their unsurpassed photostability, defects in solids may be ideal candidates for single photon sources. Here we report on generation of single photons by optical excitation of a yet unexplored defect in diamond, the nickel-nitrogen complex (NE8) centre. The most striking feature of the defect is its emission bandwidth of 1.2 nm at room temperature. The emission wavelength of the defect is around 800 nm, which is suitable for telecom fibres. In addition, in this spectral region little background light from the diamond bulk material is detected. Consequently, a high contrast in antibunching measurements is achieved.
doi_str_mv 10.48550/arxiv.quant-ph/0402213
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Phys. 6: Art. No. 98 (2004) Owing to their unsurpassed photostability, defects in solids may be ideal candidates for single photon sources. Here we report on generation of single photons by optical excitation of a yet unexplored defect in diamond, the nickel-nitrogen complex (NE8) centre. The most striking feature of the defect is its emission bandwidth of 1.2 nm at room temperature. The emission wavelength of the defect is around 800 nm, which is suitable for telecom fibres. In addition, in this spectral region little background light from the diamond bulk material is detected. Consequently, a high contrast in antibunching measurements is achieved.</abstract><doi>10.48550/arxiv.quant-ph/0402213</doi><oa>free_for_read</oa></addata></record>
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title Stable single photon source in near infrared
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