Abstract

We quantify the amount of non-locality contained in n noisy versions of so-called Popescu-Rohrlich boxes (PRBs), i.e., bipartite systems violating the CHSH Bell inequality maximally. Following the approach by Elitzur, Popescu, and Rohrlich, we measure the amount of non-locality of a system by representing it as a convex combination of a local behaviour, with maximal possible weight, and a non-signalling system. We show that the local part of n systems, each of which approximates a PRB with probability 1−ε1-ε, is of order Θ(ε⌈n/2⌉)Θ(ε^{\lceil n/2\rceil}) in the isotropic, and equal to (3ε)n(3ε)^n in the maximally biased case.

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