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Isakhiwo esibekezelela ukulahlekelwa sekhompuyutha ye-quantum ene-quantum emitters

Ishicilelwe kabusha nguPlato
Ishicilelwe kabusha nguPlato

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Matthias C. Löbl1, Stefano Paesani1,2, Futhi Anders S. Sørensen1

1Centre for Hybrid Quantum Networks (Hy-Q), The Niels Bohr Institute, University of Copenhagen, Blegdamsvej 17, DK-2100 Copenhagen Ø, Denmark
2I-NNF Quantum Computing Programme, i-Niels Bohr Institute, University of Copenhagen, Denmark.

Thola leli phepha elithakazelisayo noma ufuna ukuxoxa ngalo? Scite noma shiya amazwana ku-SciRate.

abstract

Sithuthukisa i-architecture yekhompuyutha ye-quantum esekwe esilinganisweni sisebenzisa ama-photonic quantum emitters. I-architecture isebenzisa i-spin-photon entanglement njengezisetshenziswa kanye nezilinganiso ze-Bell ezijwayelekile zama-photons ukuze ziwahlanganise esimeni esikhulu seqoqo le-spin-qubit. Isikimu siklanyelwe ama-emitters anamandla enkumbulo alinganiselwe njengoba sisebenzisa kuphela inqubo yokuqala yokuhlanganisa engaguquguquki (i-ballistic) ukuze kwakhiwe isimo segrafu esigcwele ngokuphelele sama-emitter amaningi. Ngokuhlola ukwakhiwa okuhlukile kwejiyomethri ukuze kuhlanganiswe ama-photon abambene kusukela kuma-deterministic emitters, sithuthukisa ukubekezelela ukulahlekelwa kwe-photon ngokuphawulekayo uma kuqhathaniswa nezikimu ze-photonic ezifanayo.

► Idatha ye-BibTeX

► Izinkomba

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[4] UPhilip Thomas, uLeonardo Ruscio, u-Olivier Morin, kanye noGerhard Rempe, "Ukuhlanganiswa kwezimo zegrafu yezithombe ezinqunyiwe", i-arXiv: 2403.11950, (2024).

Izingcaphuno ezingenhla zisuka I-SAO/NASA ADS (igcine ukubuyekezwa ngempumelelo 2024-03-28 12:24:50). Uhlu lungase lungaphelele njengoba akubona bonke abashicileli abahlinzeka ngedatha yengcaphuno efanelekile nephelele.

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