FrediFizzx wrote:gill1109 wrote:FrediFizzx wrote:Here is one for you produced by the +/-1 outcomes during the constraints. If you subtract that from the straight line data, you get the negative cosine curve.
Cool!
Yeah, it is pretty cool. I wasn't expecting the data to be so organized in the first plot. It looks like some kind of polynomial cubic function. The trick is to figure out how to split it for stations A and B.
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Here are some more pretty plots of results of simulation experiments. They are from the latest version of my paper https://arxiv.org/abs/1312.6403 "The triangle wave versus the cosine". The paper studies the "spinning coloured disk model" of the so-called EPR-B correlations. It is about the class of all correlation functions which classical physics can generate, in a situation when we expect certain symmetries and "certainty relations". The paper describes many open problems in classical probability theory, some inspired by looking at computer simulations.