We report on-chip interference fringes of very high visibility 89% from heralded single photons from separate ultra-bright silicon micro-ring resonator sources as 4-fold coincidences. The reconfigurable chip is also used to measure multipair fringes and conditional gH(2) (0) of single photons.
Indistinguishable photon-pairs from pure and bright silicon micro-ring resonator sources / Faruque I.I.; Llewellyn D.; Ding Y.; Paesani S.; Santagati R.; Bonneau D.; Sinclair G.F.; Bacco D.; Rottwitt K.; Oxenlowe L.K.; O'Brien J.L.; Wang J.; Rarity J.G.; Thompson M.G.. - ELETTRONICO. - 2018:(2018), pp. 0-0. ( CLEO: QELS_Fundamental Science, CLEO_QELS 2018 usa 2018) [10.1364/CLEO_QELS.2018.FTh1G.5].
Indistinguishable photon-pairs from pure and bright silicon micro-ring resonator sources
Bacco D.;
2018
Abstract
We report on-chip interference fringes of very high visibility 89% from heralded single photons from separate ultra-bright silicon micro-ring resonator sources as 4-fold coincidences. The reconfigurable chip is also used to measure multipair fringes and conditional gH(2) (0) of single photons.
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