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    A change in the distribution of states λ would induce a c... — Carmelics
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    Supports→Violation of λ-independence would imply the possibility of superluminal signaling in empirically adequate models of the EPR/B experiment.

    A change in the distribution of states λ would induce a change in the statistics of the distant (space-like separated) measurement outcome.

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    If λ-independence failed, a change in the setting of the nearby measurement appa...In any empirically adequate model of the EPR/B experiment where the pair's state...Violation of λ-independence would imply the possibility of superluminal signalin...

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    If λ-independence failed, a change in the setting of the nearby measur...82%In such models, the probability of a distant measurement outcome depen...77%Some other physical quantities in the nearby wing may be relevant for ...75%When two systems A and B interact and then separate, subsequent measur...70%

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    Note that the necessary and sufficient conditions for superluminal signaling are different in models that do not exclude in theory the violation of λ-independence. In such models controllable probabilistic dependence is not a necessary condition for superluminal signaling. The reasoning is as follows. Consider any empirically adequate model of the EPR/B experiment in which the pair's state and the settings of the measurement apparatuses are the only relevant factors for the probabilities of meas

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