FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2028358422> ?p ?o ?g. }

• W2028358422 abstract "The dynamics of entanglement and quantum discord between two identical qubits strongly interacting with a common single mode leaky cavity field have been investigated beyond the rotating wave approximation (RWA) by using a recently derived Lindblad type quantum optical master equation [F. Beaudoin, J. M. Gambetta, and A. Blais, Phys. Rev. A 84, 043832 (2011)] that can describe the losses of the cavity field in a strong atom-field coupling regime. Contrary to previous investigations of the same model in the dissipative regime by using the standard Lindblad quantum optical master equation in a strong-coupling regime, the atom-field steady states are found to be cavity decay rate independent and have a very simple structure determined solely by the overlap of initial atomic state with the subradiant state which is valid for all coupling regimes. Non-RWA dynamics are found to have remarkable effects on the steady state quantum discord and entanglement that cannot be achieved under RWA conditions, for instance, they can induce steady state entanglement even for the initial states that have no overlap with the subradiant state. Moreover, the non-RWA dynamics are found to reverse the initial state dependence of steady state entanglement and quantum discord contrary to the RWA case." @default.
• W2028358422 created "2016-06-24" @default.
• W2028358422 creator A5016085891 @default.
• W2028358422 creator A5036640439 @default.
• W2028358422 date "2013-02-27" @default.
• W2028358422 modified "2023-10-02" @default.
• W2028358422 title "Dissipative dynamics of quantum correlations in the strong-coupling regime" @default.
• W2028358422 cites W1553661501 @default.
• W2028358422 cites W1571385165 @default.
• W2028358422 cites W1770873769 @default.
• W2028358422 cites W1930062844 @default.
• W2028358422 cites W1963657000 @default.
• W2028358422 cites W1963811960 @default.
• W2028358422 cites W1966396518 @default.
• W2028358422 cites W1973657277 @default.
• W2028358422 cites W1976919593 @default.
• W2028358422 cites W1978553093 @default.
• W2028358422 cites W1980788341 @default.
• W2028358422 cites W1981827762 @default.
• W2028358422 cites W1988306155 @default.
• W2028358422 cites W1991360830 @default.
• W2028358422 cites W1993421674 @default.
• W2028358422 cites W1994035279 @default.
• W2028358422 cites W1995672555 @default.
• W2028358422 cites W1996075932 @default.
• W2028358422 cites W2004143918 @default.
• W2028358422 cites W2007156591 @default.
• W2028358422 cites W2011208902 @default.
• W2028358422 cites W2017575932 @default.
• W2028358422 cites W2018587367 @default.
• W2028358422 cites W2020083920 @default.
• W2028358422 cites W2020270514 @default.
• W2028358422 cites W2025623691 @default.
• W2028358422 cites W2025669871 @default.
• W2028358422 cites W2025922452 @default.
• W2028358422 cites W2027529302 @default.
• W2028358422 cites W2029370148 @default.
• W2028358422 cites W2039593059 @default.
• W2028358422 cites W2041867773 @default.
• W2028358422 cites W2047485586 @default.
• W2028358422 cites W2050257404 @default.
• W2028358422 cites W2050982998 @default.
• W2028358422 cites W2051051926 @default.
• W2028358422 cites W2053492021 @default.
• W2028358422 cites W2056576695 @default.
• W2028358422 cites W2059547838 @default.
• W2028358422 cites W2061699046 @default.
• W2028358422 cites W2068126103 @default.
• W2028358422 cites W2068163719 @default.
• W2028358422 cites W2071085608 @default.
• W2028358422 cites W2072087468 @default.
• W2028358422 cites W2074456944 @default.
• W2028358422 cites W2074489302 @default.
• W2028358422 cites W2080174424 @default.
• W2028358422 cites W2080422910 @default.
• W2028358422 cites W2081961796 @default.
• W2028358422 cites W2082014836 @default.
• W2028358422 cites W2082122574 @default.
• W2028358422 cites W2085884730 @default.
• W2028358422 cites W2091547656 @default.
• W2028358422 cites W2094648505 @default.
• W2028358422 cites W2101405448 @default.
• W2028358422 cites W2109627156 @default.
• W2028358422 cites W2117897634 @default.
• W2028358422 cites W2130074705 @default.
• W2028358422 cites W2130117852 @default.
• W2028358422 cites W2152010245 @default.
• W2028358422 cites W2156590677 @default.
• W2028358422 cites W2171034976 @default.
• W2028358422 cites W2321771914 @default.
• W2028358422 cites W2330903250 @default.
• W2028358422 cites W2505136320 @default.
• W2028358422 cites W3100168643 @default.
• W2028358422 cites W3105217276 @default.
• W2028358422 cites W4237796433 @default.
• W2028358422 doi "https://doi.org/10.1103/physreva.87.022124" @default.
• W2028358422 hasPublicationYear "2013" @default.
• W2028358422 type Work @default.
• W2028358422 sameAs 2028358422 @default.
• W2028358422 citedByCount "26" @default.
• W2028358422 countsByYear W20283584222013 @default.
• W2028358422 countsByYear W20283584222014 @default.
• W2028358422 countsByYear W20283584222015 @default.
• W2028358422 countsByYear W20283584222016 @default.
• W2028358422 countsByYear W20283584222017 @default.
• W2028358422 countsByYear W20283584222018 @default.
• W2028358422 countsByYear W20283584222020 @default.
• W2028358422 countsByYear W20283584222021 @default.
• W2028358422 countsByYear W20283584222022 @default.
• W2028358422 countsByYear W20283584222023 @default.
• W2028358422 crossrefType "journal-article" @default.
• W2028358422 hasAuthorship W2028358422A5016085891 @default.
• W2028358422 hasAuthorship W2028358422A5036640439 @default.
• W2028358422 hasBestOaLocation W20283584222 @default.
• W2028358422 hasConcept C121040770 @default.
• W2028358422 hasConcept C121332964 @default.
• W2028358422 hasConcept C127413603 @default.
• W2028358422 hasConcept C128805008 @default.
• W2028358422 hasConcept C131584629 @default.
• W2028358422 hasConcept C139356082 @default.

• next