Matches in SemOpenAlex for { <https://semopenalex.org/work/W2547884723> ?p ?o ?g. }
- W2547884723 abstract "In this paper, we examined a possibility of preservation of a substantially multimode radiation in a single cell of quantum memory. As a light source we considered a synchronously pumped optical parametric oscillator (SPOPO). As it was shown in [1-4], SPOPO radiation has a large number of the correlated modes making it attractive for the purposes of the quantum communication and computing. We showed that these correlations can be mapped on the longitudinal spin waves of the memory cell and be restored later in the readout light. The efficiencies of the writing and readout depend on the mode structure of the memory determined by a mechanism of the light-matter interaction under consideration (the non-resonance Raman interaction) and by the profile of the driving light field. We showed that like the initial light pulse train, the restored one can be represented by a set of squeezed supermodes. The mapping of the quantum multimode correlations on the material medium offers opportunities to manipulate the quantum states within the memory cell followed by the reading of the transformed state." @default.
- W2547884723 created "2016-11-11" @default.
- W2547884723 creator A5026697991 @default.
- W2547884723 creator A5028939561 @default.
- W2547884723 creator A5035164757 @default.
- W2547884723 creator A5059082026 @default.
- W2547884723 date "2017-01-03" @default.
- W2547884723 modified "2023-10-11" @default.
- W2547884723 title "Preservation of quantum correlations in a femtosecond light pulse train within an atomic ensemble" @default.
- W2547884723 cites W1575453042 @default.
- W2547884723 cites W1649674721 @default.
- W2547884723 cites W1968812970 @default.
- W2547884723 cites W1969305582 @default.
- W2547884723 cites W1982310952 @default.
- W2547884723 cites W1984213442 @default.
- W2547884723 cites W1986595938 @default.
- W2547884723 cites W1989848927 @default.
- W2547884723 cites W2003867808 @default.
- W2547884723 cites W2008924194 @default.
- W2547884723 cites W2011273812 @default.
- W2547884723 cites W2014060039 @default.
- W2547884723 cites W2019418813 @default.
- W2547884723 cites W2019570579 @default.
- W2547884723 cites W2023007127 @default.
- W2547884723 cites W2042330728 @default.
- W2547884723 cites W2042414709 @default.
- W2547884723 cites W2053060272 @default.
- W2547884723 cites W2053451295 @default.
- W2547884723 cites W2055919948 @default.
- W2547884723 cites W2056051469 @default.
- W2547884723 cites W2056174226 @default.
- W2547884723 cites W2059805488 @default.
- W2547884723 cites W2068895447 @default.
- W2547884723 cites W2069160912 @default.
- W2547884723 cites W2071170594 @default.
- W2547884723 cites W2075763929 @default.
- W2547884723 cites W2076099374 @default.
- W2547884723 cites W2086947442 @default.
- W2547884723 cites W2094791511 @default.
- W2547884723 cites W2119556086 @default.
- W2547884723 cites W2120874921 @default.
- W2547884723 cites W2122456517 @default.
- W2547884723 cites W2133157165 @default.
- W2547884723 cites W2134473503 @default.
- W2547884723 cites W2137322694 @default.
- W2547884723 cites W2139653117 @default.
- W2547884723 cites W2152569042 @default.
- W2547884723 cites W2160545453 @default.
- W2547884723 cites W2163142987 @default.
- W2547884723 cites W2201740889 @default.
- W2547884723 cites W2261658188 @default.
- W2547884723 cites W2298945588 @default.
- W2547884723 cites W2308263304 @default.
- W2547884723 cites W2313302814 @default.
- W2547884723 cites W2316344937 @default.
- W2547884723 cites W2330252923 @default.
- W2547884723 cites W2592720901 @default.
- W2547884723 cites W2963926992 @default.
- W2547884723 cites W3098297224 @default.
- W2547884723 cites W3098500104 @default.
- W2547884723 cites W3102851218 @default.
- W2547884723 cites W3104582024 @default.
- W2547884723 cites W4292407905 @default.
- W2547884723 doi "https://doi.org/10.1103/physreva.95.013801" @default.
- W2547884723 hasPublicationYear "2017" @default.
- W2547884723 type Work @default.
- W2547884723 sameAs 2547884723 @default.
- W2547884723 citedByCount "1" @default.
- W2547884723 countsByYear W25478847232017 @default.
- W2547884723 crossrefType "journal-article" @default.
- W2547884723 hasAuthorship W2547884723A5026697991 @default.
- W2547884723 hasAuthorship W2547884723A5028939561 @default.
- W2547884723 hasAuthorship W2547884723A5035164757 @default.
- W2547884723 hasAuthorship W2547884723A5059082026 @default.
- W2547884723 hasBestOaLocation W25478847232 @default.
- W2547884723 hasConcept C101645829 @default.
- W2547884723 hasConcept C120665830 @default.
- W2547884723 hasConcept C121332964 @default.
- W2547884723 hasConcept C153385146 @default.
- W2547884723 hasConcept C15706264 @default.
- W2547884723 hasConcept C169699857 @default.
- W2547884723 hasConcept C186468114 @default.
- W2547884723 hasConcept C190463098 @default.
- W2547884723 hasConcept C190474826 @default.
- W2547884723 hasConcept C194232370 @default.
- W2547884723 hasConcept C22984246 @default.
- W2547884723 hasConcept C2985428132 @default.
- W2547884723 hasConcept C48983235 @default.
- W2547884723 hasConcept C62520636 @default.
- W2547884723 hasConcept C66601787 @default.
- W2547884723 hasConcept C84114770 @default.
- W2547884723 hasConceptScore W2547884723C101645829 @default.
- W2547884723 hasConceptScore W2547884723C120665830 @default.
- W2547884723 hasConceptScore W2547884723C121332964 @default.
- W2547884723 hasConceptScore W2547884723C153385146 @default.
- W2547884723 hasConceptScore W2547884723C15706264 @default.
- W2547884723 hasConceptScore W2547884723C169699857 @default.
- W2547884723 hasConceptScore W2547884723C186468114 @default.
- W2547884723 hasConceptScore W2547884723C190463098 @default.
- W2547884723 hasConceptScore W2547884723C190474826 @default.