Matches in SemOpenAlex for { <https://semopenalex.org/work/W3127280921> ?p ?o ?g. }
- W3127280921 abstract "Long-lived storage of arbitrary transverse multimodes is important for establishing a high-channel-capacity quantum network. Most of the pioneering works focused on atomic diffusion as the dominant impact on the retrieved pattern in an atom-based memory. In this work, we demonstrate that the unsynchronized Larmor precession of atoms in the inhomogeneous magnetic field dominates the distortion of the pattern stored in a cold-atom-based memory. We find that this distortion effect can be eliminated by applying a strong uniform polarization magnetic field. By mapping signal light into a spin wave between a pair of clock states, the destructive interference between different spin-wave components is diminished, and the stored localized patterns are synchronized further in a single spin-wave component; then, an obvious enhancement in preserving patterns for a long time is obtained. The reported results are promising for studying transverse multimode decoherence in optical storage and may find potential applications in the field of high-dimensional quantum networks in the future." @default.
- W3127280921 created "2021-02-15" @default.
- W3127280921 creator A5002686011 @default.
- W3127280921 creator A5004090727 @default.
- W3127280921 creator A5008672638 @default.
- W3127280921 creator A5038793215 @default.
- W3127280921 creator A5044117055 @default.
- W3127280921 creator A5054720488 @default.
- W3127280921 creator A5060264631 @default.
- W3127280921 creator A5069861038 @default.
- W3127280921 creator A5070392761 @default.
- W3127280921 creator A5078317524 @default.
- W3127280921 creator A5081441543 @default.
- W3127280921 date "2021-05-19" @default.
- W3127280921 modified "2023-10-14" @default.
- W3127280921 title "Synchronized resistance of inhomogeneous magnetically induced dephasing of an image stored in a cold atomic ensemble" @default.
- W3127280921 cites W1590661973 @default.
- W3127280921 cites W1674322960 @default.
- W3127280921 cites W1823450412 @default.
- W3127280921 cites W1966026167 @default.
- W3127280921 cites W1967921970 @default.
- W3127280921 cites W1981943289 @default.
- W3127280921 cites W1983727080 @default.
- W3127280921 cites W1987284573 @default.
- W3127280921 cites W1990184819 @default.
- W3127280921 cites W1992039930 @default.
- W3127280921 cites W1992672788 @default.
- W3127280921 cites W1998325718 @default.
- W3127280921 cites W2031364271 @default.
- W3127280921 cites W2043655945 @default.
- W3127280921 cites W2043841820 @default.
- W3127280921 cites W2057751654 @default.
- W3127280921 cites W2062851376 @default.
- W3127280921 cites W2065312154 @default.
- W3127280921 cites W2068152382 @default.
- W3127280921 cites W2068895447 @default.
- W3127280921 cites W2069474037 @default.
- W3127280921 cites W2082297209 @default.
- W3127280921 cites W2084337452 @default.
- W3127280921 cites W2087443966 @default.
- W3127280921 cites W2087796594 @default.
- W3127280921 cites W2092105345 @default.
- W3127280921 cites W2109837777 @default.
- W3127280921 cites W2118822801 @default.
- W3127280921 cites W2123364531 @default.
- W3127280921 cites W2133157165 @default.
- W3127280921 cites W2139653117 @default.
- W3127280921 cites W2152569042 @default.
- W3127280921 cites W2170163127 @default.
- W3127280921 cites W2320384620 @default.
- W3127280921 cites W2328917156 @default.
- W3127280921 cites W2344764526 @default.
- W3127280921 cites W2415581252 @default.
- W3127280921 cites W2471891303 @default.
- W3127280921 cites W2554622345 @default.
- W3127280921 cites W2596143204 @default.
- W3127280921 cites W2606875922 @default.
- W3127280921 cites W2612097631 @default.
- W3127280921 cites W2688253978 @default.
- W3127280921 cites W2962974121 @default.
- W3127280921 cites W3000677614 @default.
- W3127280921 cites W3100509523 @default.
- W3127280921 cites W3103968042 @default.
- W3127280921 cites W3105442057 @default.
- W3127280921 cites W3105464322 @default.
- W3127280921 cites W3118972568 @default.
- W3127280921 cites W4248366565 @default.
- W3127280921 doi "https://doi.org/10.1103/physreva.103.053316" @default.
- W3127280921 hasPublicationYear "2021" @default.
- W3127280921 type Work @default.
- W3127280921 sameAs 3127280921 @default.
- W3127280921 citedByCount "2" @default.
- W3127280921 countsByYear W31272809212022 @default.
- W3127280921 countsByYear W31272809212023 @default.
- W3127280921 crossrefType "journal-article" @default.
- W3127280921 hasAuthorship W3127280921A5002686011 @default.
- W3127280921 hasAuthorship W3127280921A5004090727 @default.
- W3127280921 hasAuthorship W3127280921A5008672638 @default.
- W3127280921 hasAuthorship W3127280921A5038793215 @default.
- W3127280921 hasAuthorship W3127280921A5044117055 @default.
- W3127280921 hasAuthorship W3127280921A5054720488 @default.
- W3127280921 hasAuthorship W3127280921A5060264631 @default.
- W3127280921 hasAuthorship W3127280921A5069861038 @default.
- W3127280921 hasAuthorship W3127280921A5070392761 @default.
- W3127280921 hasAuthorship W3127280921A5078317524 @default.
- W3127280921 hasAuthorship W3127280921A5081441543 @default.
- W3127280921 hasBestOaLocation W31272809212 @default.
- W3127280921 hasConcept C111776688 @default.
- W3127280921 hasConcept C115260700 @default.
- W3127280921 hasConcept C121332964 @default.
- W3127280921 hasConcept C122527463 @default.
- W3127280921 hasConcept C127413603 @default.
- W3127280921 hasConcept C147789679 @default.
- W3127280921 hasConcept C154954056 @default.
- W3127280921 hasConcept C185592680 @default.
- W3127280921 hasConcept C205049153 @default.
- W3127280921 hasConcept C26873012 @default.
- W3127280921 hasConcept C2778476455 @default.
- W3127280921 hasConcept C30475298 @default.
- W3127280921 hasConcept C49023278 @default.