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Physics
Quantum Physics
Impossible to exclude hidden variables without entanglement?
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[QUOTE=".Scott, post: 5505018, member: 489053"] The original Bell article was published in Scientific American in 1979. As long as you are willing to spend a little time with the arithmetic, it's not a bad read: [URL]https://www.scientificamerican.com/media/pdf/197911_0158.pdf[/URL] The point of the article was to describe an experiment where the QM-predicted result would be inconsistent with any model that was based on information (hidden values) carried at light speed or less (locality) and reflecting reproducible results based on universal physical laws (reality). It's important because, in our daily lives, we presume a cause and effect and a "local" connection leading from the cause to the effect. The QM prediction (which has since been demonstrated as correct) describes a system where there is no cause/effect direction between the two measurements. [/QUOTE]
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Quantum Physics
Impossible to exclude hidden variables without entanglement?
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