We present a protocol to simulate the quantum correlations of an arbitrary bipartite state, when the parties perform a measurement according to two traceless binary observables. We show that $\log(d)$ bits of classical communication is enough on average, where $d$ is the dimension of both systems. To obtain this result, we use the sampling approach for simulating the quantum correlations. We discuss how to use this method in the case of qudits
The physical principle of nonlocality is of particular interest both for fundamental tests of quantu...
Nonlocality is at the heart of quantum information processing. In this paper we investigate the mini...
Understanding how correlations can be used for quantum communication protocols is a central goal of ...
Assume Alice and Bob share some bipartite d-dimensional quantum state. A well-known result in quantu...
We introduce a measure Q of bipartite quantum correlations for arbitrary two-qubit states, expressed...
We consider the problem of the classical simulation of quantum measurements in the scenario of commu...
It has recently been shown that all causal correlations between two parties which output each one bi...
It is known that all causal correlations between two parties which output each 1 bit, a and b, when ...
It is known that all causal correlations between two parties which output each 1 bit, a and b, when ...
John Bell has shown that the correlations entailed by quantum mechanics cannot be reproduced by a cl...
What is the communication cost of simulating the correlations produced by quantum theory? We general...
Bell's theorem states that Local Hidden Variables (LHVs) cannot fully explain the statistics of meas...
Entanglement appears under two different forms in quantum theory, namely, as a property of states of...
The fact that quantum mechanics predicts stronger correlations than classical physics is an essentia...
© 2017 American Physical Society. Broadcasting quantum and classical information is a basic task in ...
The physical principle of nonlocality is of particular interest both for fundamental tests of quantu...
Nonlocality is at the heart of quantum information processing. In this paper we investigate the mini...
Understanding how correlations can be used for quantum communication protocols is a central goal of ...
Assume Alice and Bob share some bipartite d-dimensional quantum state. A well-known result in quantu...
We introduce a measure Q of bipartite quantum correlations for arbitrary two-qubit states, expressed...
We consider the problem of the classical simulation of quantum measurements in the scenario of commu...
It has recently been shown that all causal correlations between two parties which output each one bi...
It is known that all causal correlations between two parties which output each 1 bit, a and b, when ...
It is known that all causal correlations between two parties which output each 1 bit, a and b, when ...
John Bell has shown that the correlations entailed by quantum mechanics cannot be reproduced by a cl...
What is the communication cost of simulating the correlations produced by quantum theory? We general...
Bell's theorem states that Local Hidden Variables (LHVs) cannot fully explain the statistics of meas...
Entanglement appears under two different forms in quantum theory, namely, as a property of states of...
The fact that quantum mechanics predicts stronger correlations than classical physics is an essentia...
© 2017 American Physical Society. Broadcasting quantum and classical information is a basic task in ...
The physical principle of nonlocality is of particular interest both for fundamental tests of quantu...
Nonlocality is at the heart of quantum information processing. In this paper we investigate the mini...
Understanding how correlations can be used for quantum communication protocols is a central goal of ...