Matches in SemOpenAlex for { <https://semopenalex.org/work/W3128188814> ?p ?o ?g. }
- W3128188814 abstract "A phase reference has been a standard requirement in continuous-variable quantum sensing and communication protocols. However, maintaining a phase reference is challenging due to environmental fluctuations, preventing quantum phenomena such as entanglement and coherence from being utilized in many scenarios. We show that quantum communication and entanglement-assisted communication without a phase reference are possible, when a short-time memory effect is present. The degradation in the communication rate of classical or quantum information transmission decreases inversely with the correlation time. An exact solution of the quantum capacity and entanglement-assisted classical/quantum capacity for pure dephasing channels is derived, where non-Gaussian multipartite-entangled states show strict advantages over usual Gaussian sources. For thermal-loss dephasing channels, lower bounds of the capacities are derived. The lower bounds also extend to scenarios with fading effect in the channel. In addition, for entanglement-assisted communication, the lower bounds can be achieved by a simple phase-encoding scheme on two-mode squeezed vacuum sources, when the noise is large." @default.
- W3128188814 created "2021-02-15" @default.
- W3128188814 creator A5006106735 @default.
- W3128188814 date "2021-02-10" @default.
- W3128188814 modified "2023-09-26" @default.
- W3128188814 title "Quantum-Enabled Communication without a Phase Reference" @default.
- W3128188814 cites W1568529095 @default.
- W3128188814 cites W1784075345 @default.
- W3128188814 cites W1915043874 @default.
- W3128188814 cites W1970948459 @default.
- W3128188814 cites W1975053568 @default.
- W3128188814 cites W1977545330 @default.
- W3128188814 cites W1978553093 @default.
- W3128188814 cites W1999024240 @default.
- W3128188814 cites W2001619599 @default.
- W3128188814 cites W2002221198 @default.
- W3128188814 cites W2014135610 @default.
- W3128188814 cites W2015353549 @default.
- W3128188814 cites W2020725861 @default.
- W3128188814 cites W2023810990 @default.
- W3128188814 cites W2035158379 @default.
- W3128188814 cites W2053861514 @default.
- W3128188814 cites W2057574680 @default.
- W3128188814 cites W2059823455 @default.
- W3128188814 cites W2074319623 @default.
- W3128188814 cites W2085163160 @default.
- W3128188814 cites W2100274816 @default.
- W3128188814 cites W2123142728 @default.
- W3128188814 cites W2123829027 @default.
- W3128188814 cites W2127688694 @default.
- W3128188814 cites W2131579706 @default.
- W3128188814 cites W2141185014 @default.
- W3128188814 cites W2141412822 @default.
- W3128188814 cites W2154564336 @default.
- W3128188814 cites W2525162411 @default.
- W3128188814 cites W2527170320 @default.
- W3128188814 cites W2608134644 @default.
- W3128188814 cites W2638769274 @default.
- W3128188814 cites W2783040687 @default.
- W3128188814 cites W2785123223 @default.
- W3128188814 cites W2809261480 @default.
- W3128188814 cites W2906493469 @default.
- W3128188814 cites W2964133351 @default.
- W3128188814 cites W2985966101 @default.
- W3128188814 cites W3041500165 @default.
- W3128188814 cites W3098479491 @default.
- W3128188814 cites W3098756318 @default.
- W3128188814 cites W3100441620 @default.
- W3128188814 cites W3100942456 @default.
- W3128188814 cites W3101105715 @default.
- W3128188814 cites W3102756624 @default.
- W3128188814 cites W3104200005 @default.
- W3128188814 cites W3104539709 @default.
- W3128188814 cites W3104656332 @default.
- W3128188814 cites W3147028311 @default.
- W3128188814 doi "https://doi.org/10.1103/physrevlett.126.060502" @default.
- W3128188814 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/33635698" @default.
- W3128188814 hasPublicationYear "2021" @default.
- W3128188814 type Work @default.
- W3128188814 sameAs 3128188814 @default.
- W3128188814 citedByCount "8" @default.
- W3128188814 countsByYear W31281888142021 @default.
- W3128188814 countsByYear W31281888142022 @default.
- W3128188814 countsByYear W31281888142023 @default.
- W3128188814 crossrefType "journal-article" @default.
- W3128188814 hasAuthorship W3128188814A5006106735 @default.
- W3128188814 hasBestOaLocation W31281888141 @default.
- W3128188814 hasConcept C121040770 @default.
- W3128188814 hasConcept C121332964 @default.
- W3128188814 hasConcept C121864883 @default.
- W3128188814 hasConcept C139356082 @default.
- W3128188814 hasConcept C168090291 @default.
- W3128188814 hasConcept C169699857 @default.
- W3128188814 hasConcept C186468114 @default.
- W3128188814 hasConcept C187486625 @default.
- W3128188814 hasConcept C206040425 @default.
- W3128188814 hasConcept C32270708 @default.
- W3128188814 hasConcept C41241483 @default.
- W3128188814 hasConcept C49023278 @default.
- W3128188814 hasConcept C5320026 @default.
- W3128188814 hasConcept C62520636 @default.
- W3128188814 hasConcept C71799126 @default.
- W3128188814 hasConcept C84114770 @default.
- W3128188814 hasConcept C89143813 @default.
- W3128188814 hasConceptScore W3128188814C121040770 @default.
- W3128188814 hasConceptScore W3128188814C121332964 @default.
- W3128188814 hasConceptScore W3128188814C121864883 @default.
- W3128188814 hasConceptScore W3128188814C139356082 @default.
- W3128188814 hasConceptScore W3128188814C168090291 @default.
- W3128188814 hasConceptScore W3128188814C169699857 @default.
- W3128188814 hasConceptScore W3128188814C186468114 @default.
- W3128188814 hasConceptScore W3128188814C187486625 @default.
- W3128188814 hasConceptScore W3128188814C206040425 @default.
- W3128188814 hasConceptScore W3128188814C32270708 @default.
- W3128188814 hasConceptScore W3128188814C41241483 @default.
- W3128188814 hasConceptScore W3128188814C49023278 @default.
- W3128188814 hasConceptScore W3128188814C5320026 @default.
- W3128188814 hasConceptScore W3128188814C62520636 @default.
- W3128188814 hasConceptScore W3128188814C71799126 @default.
- W3128188814 hasConceptScore W3128188814C84114770 @default.