Matches in SemOpenAlex for { <https://semopenalex.org/work/W2227140789> ?p ?o ?g. }
- W2227140789 abstract "Einstein-Podolsky-Rosen (EPR) steering is an intermediate type of quantum nonlocality which sits between entanglement and Bell nonlocality. A set of correlations is Bell nonlocal if it does not admit a local hidden variable (LHV) model, while it is EPR nonlocal if it does not admit a local hidden variable--local hidden state (LHV-LHS) model. It is interesting to know what states can generate EPR-nonlocal correlations in the simplest nontrivial scenario, that is, two projective measurements for each party sharing a two-qubit state. Here we show that a two-qubit state can generate EPR-nonlocal full correlations (excluding marginal statistics) in this scenario if and only if it can generate Bell-nonlocal correlations. If full statistics (including marginal statistics) is taken into account, surprisingly, the same scenario can manifest the simplest one-way steering and the strongest hierarchy between steering and Bell nonlocality. To illustrate these intriguing phenomena in simple setups, several concrete examples are discussed in detail, which facilitates experimental demonstration. In the course of study, we introduce the concept of restricted LHS models and thereby derive a necessary and sufficient semidefinite-programming criterion to determine the steerability of any bipartite state under given measurements. Analytical criteria are further derived in several scenarios of strong theoretical and experimental interest." @default.
- W2227140789 created "2016-06-24" @default.
- W2227140789 creator A5028109299 @default.
- W2227140789 creator A5041994729 @default.
- W2227140789 creator A5048234772 @default.
- W2227140789 creator A5058029021 @default.
- W2227140789 date "2017-06-15" @default.
- W2227140789 modified "2023-10-15" @default.
- W2227140789 title "Einstein-Podolsky-Rosen correlations and Bell correlations in the simplest scenario" @default.
- W2227140789 cites W1458806588 @default.
- W2227140789 cites W1515034972 @default.
- W2227140789 cites W1679035730 @default.
- W2227140789 cites W1811166543 @default.
- W2227140789 cites W1965471276 @default.
- W2227140789 cites W1968397786 @default.
- W2227140789 cites W1975878914 @default.
- W2227140789 cites W1977240027 @default.
- W2227140789 cites W1981393792 @default.
- W2227140789 cites W1986407511 @default.
- W2227140789 cites W2000378440 @default.
- W2227140789 cites W2005537321 @default.
- W2227140789 cites W2006115504 @default.
- W2227140789 cites W2006427884 @default.
- W2227140789 cites W2008419700 @default.
- W2227140789 cites W2011208902 @default.
- W2227140789 cites W2011949783 @default.
- W2227140789 cites W2017543646 @default.
- W2227140789 cites W2019335204 @default.
- W2227140789 cites W2026358914 @default.
- W2227140789 cites W2028815089 @default.
- W2227140789 cites W2040794877 @default.
- W2227140789 cites W2051051926 @default.
- W2227140789 cites W2056086109 @default.
- W2227140789 cites W2062292260 @default.
- W2227140789 cites W2063905817 @default.
- W2227140789 cites W2068343535 @default.
- W2227140789 cites W2070915873 @default.
- W2227140789 cites W2076023044 @default.
- W2227140789 cites W2081301841 @default.
- W2227140789 cites W2082249447 @default.
- W2227140789 cites W2082424515 @default.
- W2227140789 cites W2087826472 @default.
- W2227140789 cites W2104270891 @default.
- W2227140789 cites W2135830616 @default.
- W2227140789 cites W2140438958 @default.
- W2227140789 cites W2190381341 @default.
- W2227140789 cites W2207074953 @default.
- W2227140789 cites W2231316202 @default.
- W2227140789 cites W2231816796 @default.
- W2227140789 cites W2236848212 @default.
- W2227140789 cites W2238360293 @default.
- W2227140789 cites W2280334344 @default.
- W2227140789 cites W2963687697 @default.
- W2227140789 cites W3037737784 @default.
- W2227140789 cites W3038067977 @default.
- W2227140789 cites W3099807907 @default.
- W2227140789 cites W4211058570 @default.
- W2227140789 cites W4255333822 @default.
- W2227140789 doi "https://doi.org/10.1103/physreva.95.062111" @default.
- W2227140789 hasPublicationYear "2017" @default.
- W2227140789 type Work @default.
- W2227140789 sameAs 2227140789 @default.
- W2227140789 citedByCount "15" @default.
- W2227140789 countsByYear W22271407892016 @default.
- W2227140789 countsByYear W22271407892019 @default.
- W2227140789 countsByYear W22271407892020 @default.
- W2227140789 countsByYear W22271407892021 @default.
- W2227140789 countsByYear W22271407892022 @default.
- W2227140789 countsByYear W22271407892023 @default.
- W2227140789 crossrefType "journal-article" @default.
- W2227140789 hasAuthorship W2227140789A5028109299 @default.
- W2227140789 hasAuthorship W2227140789A5041994729 @default.
- W2227140789 hasAuthorship W2227140789A5048234772 @default.
- W2227140789 hasAuthorship W2227140789A5058029021 @default.
- W2227140789 hasBestOaLocation W22271407892 @default.
- W2227140789 hasConcept C11413529 @default.
- W2227140789 hasConcept C118704821 @default.
- W2227140789 hasConcept C121040770 @default.
- W2227140789 hasConcept C121332964 @default.
- W2227140789 hasConcept C121864883 @default.
- W2227140789 hasConcept C137002209 @default.
- W2227140789 hasConcept C138622882 @default.
- W2227140789 hasConcept C171811987 @default.
- W2227140789 hasConcept C177264268 @default.
- W2227140789 hasConcept C17744445 @default.
- W2227140789 hasConcept C193588502 @default.
- W2227140789 hasConcept C199360897 @default.
- W2227140789 hasConcept C199539241 @default.
- W2227140789 hasConcept C203087015 @default.
- W2227140789 hasConcept C31170391 @default.
- W2227140789 hasConcept C33332235 @default.
- W2227140789 hasConcept C33923547 @default.
- W2227140789 hasConcept C36494176 @default.
- W2227140789 hasConcept C41008148 @default.
- W2227140789 hasConcept C48103436 @default.
- W2227140789 hasConcept C62520636 @default.
- W2227140789 hasConcept C84114770 @default.
- W2227140789 hasConceptScore W2227140789C11413529 @default.
- W2227140789 hasConceptScore W2227140789C118704821 @default.
- W2227140789 hasConceptScore W2227140789C121040770 @default.