Non-locality is certified by the existence of quantum bipartite correlations which are non-explainable by any classical model. Once we know the existence of these, we are faced with the question of how generic is non-locality among quantum correlations. In this talk I will explain recent results where we show that, under quite general assumptions on the considered distribution, a random correlation which lies on the border of the quantum set is with high probability outside the classical set. Moreover, we provide a Bell inequality certifying this fact. From the mathematical point of view, our results require precise estimates of tensor norms or random matrices.
De Li Gao
De Rolf Gohm
De Aurelian Gheondea
De Ignacio Villanueva
De Michael Brannan
De Douglas Farenick
De David Pérez-García
De Yoshiko Ogata
De Runyao Duan
De Edward Effros
De Hiroyuki Osaka
De Fumio Hiai
De Magdalena Musat
De Nicholas LaRacuente
De Dan Voiculescu
De Aram Harrow
De Seung-Hyeok Kye
De Albert Schwarz
De Amine Marrakchi
De Juan Camilo Arosemena Serrato
De Albert Schwarz
De Juan Camilo Arosemena Serrato
De Francesca Arici
De Amine Marrakchi
