Super-Quantum Correlations: How to Interpret the No-Signaling Condition?

Pierre Uzan
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Abstract

This article deals with the question of the maximal correlation degree of two intelligent machines that cannot exchange any signals. After reminding the reader of the incorrectness of the mainstream statistical interpretation of the “no-signaling” condition, its informational meaning is explored. It is emphasized that if Pawlowski et al.’s Information Causality Principle correctly expresses (and generalizes) the no-signaling condition, its application is, for now, based on a specific scenario (suggested by van Dam) and a no less specific (and simplified) relationship between mutual information and correlators. A more general informational interpretation of the no-signaling condition from which the Tsirelson bound can be derived is then formulated in terms of correlational independence.
超量子关联:如何解释无信号条件?
本文研究了两台不能交换任何信号的智能机器的最大关联度问题。在提醒读者“无信号”条件的主流统计解释的不正确性后,探讨其信息意义。需要强调的是,如果Pawlowski等人的信息因果关系原则正确地表达(并概括)了无信号条件,那么目前它的应用是基于一个特定的场景(由van Dam提出)以及互信息和相关器之间同样具体(和简化)的关系。无信号条件的更一般的信息解释,由此可以推导出Tsirelson界,然后在相关独立性方面制定。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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