Genuinely Multipartite Entangled Quantum States with Fully Local Hidden Variable Models and Hidden Multipartite Nonlocality

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Title		Genuinely Multipartite Entangled Quantum States with Fully Local Hidden Variable Models and Hidden Multipartite Nonlocality
Authors		Bowles, Joseph Francfort, Jérémie Fillettaz, Mathieu Hirsch, Flavien Brunner, Nicolas
Published in		Physical review letters. 2016, vol. 116, no. 13
Abstract		The relation between entanglement and nonlocality is discussed in the case of multipartite quantum systems. We show that, for any number of parties, there exist genuinely multipartite entangled states that admit a fully local hidden variable model, i.e., where all parties are separated. Hence, although these states exhibit the strongest form of multipartite entanglement, they cannot lead to Bell inequality violation considering general nonsequential local measurements. Then, we show that the nonlocality of these states can nevertheless be activated using sequences of local measurements, thus revealing genuine multipartite hidden nonlocality.
Identifiers		DOI: 10.1103/PhysRevLett.116.130401
Full text		Article (Published version) (155 Kb) - Free access
Structures		Faculté des sciences / Section de physique / Département de physique théorique
Citation (ISO format)		BOWLES, Joseph et al. Genuinely Multipartite Entangled Quantum States with Fully Local Hidden Variable Models and Hidden Multipartite Nonlocality. In: Physical review letters, 2016, vol. 116, n° 13. doi: 10.1103/PhysRevLett.116.130401 https://archive-ouverte.unige.ch/unige:83549

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Deposited on : 2016-05-09

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