Metric Topology and the Origins of Quantum Correlations

[jreed]

The code is in PDF format. I copied it and will paste it here:[/quote]
Here is a link to a PDF file of the Mathematica notebook file after running it on my Mathematica. Probably easier to read.

download/Reed_Bell_EPR2.pdf

Thanks John for emailing me the notebook file. Let me know if anything is wrong in the PDF at the link. For those that have Mathematica, here is a link to the notebook file.

download/Reed_Bell_EPR.nb[/quote]

Here are a couple more things:

If you generate a copy of my program using the CDF option in Mathematica and make it available, anyone can read and execute it by downloading the program CDF Player from Wolfram Research. It's free and will execute a CDF file.

The option EPRsimple which is Michel's version can also be made to resemble the quantum results by specifying removeZeros=True in the program.

[Joy Christian]

The option EPRsimple which is Michel's version can also be made to resemble the quantum results by specifying removeZeros=True in the program.

That makes sense, because phenomenologically the only significant difference between EPR simple and my simulation is the distribution function f(s), which is slightly "non-exact" in the EPR simple case. Conceptually, however, there is a considerable difference between the two. For example, in my case I do not like your choice of the words "removeZeros" in the program, because that gives a wrong impression about "zeros" in the corresponding analytical model: http://arxiv.org/abs/1405.2355.

In any event, it would be interesting to study all the cases you have studied with "removeZeros = True", especially in the case of the experimental data you have used.

[FrediFizzx]

Here is a link to a PDF file of the Mathematica notebook file after running it on my Mathematica. Probably easier to read.

download/Reed_Bell_EPR2.pdf

Thanks John for emailing me the notebook file. Let me know if anything is wrong in the PDF at the link. For those that have Mathematica, here is a link to the notebook file.

download/Reed_Bell_EPR.nb

Here is a link to the notePad.txt data file for those that might be interested in running the Physics Today section of John's Mathematica code.

download/notePad.txt

A new topic was created for this simulation program.

viewtopic.php?f=6&t=192#p5245

[Joy Christian]

There have been a lot of noise and suspicion about the so-called "zero outcomes" in the simulations like mine discussed above and Michel's "EPR simple", so I have written up another simple version of my simulation to make it plain that there are simply no "zero outcomes" in these simulations: http://rpubs.com/jjc/105450.

The crucial point is that one can separate out the "event-ready preparation" of the initial states of the spin from the computation of the correlation, as I have done.

[Joy Christian]

A rigorous experiment confirming the predictions of my local-realistic 3-sphere model has been finally performed.

http://arxiv.org/abs/1508.05949.

And here is one of the simulations of my 3-sphere model discussed above (see also http://rpubs.com/jjc/105450).

The theoretical analysis can be found here: http://arxiv.org/abs/1405.2355.

[FrediFizzx]

A rigorous experiment confirming the predictions of my local-realistic 3-sphere model has been finally performed.

http://arxiv.org/abs/1508.05949.

And here is one of the simulations of my 3-sphere model discussed above (see also http://rpubs.com/jjc/105450).

The theoretical analysis can be found here: http://arxiv.org/abs/1405.2355.

That is great that we have further experimental validation that the predictions of your model and quantum theory are correct. Very clever experimenters but too bad they are suffering under the mainstream delusions about local realistic models via Bell. And of course, they don't really violate Bell-CHSH since their expectation terms are independent. They are not going to release the raw data until after publication but it probably won't take long to get published.

[Joy Christian]

A rigorous experiment confirming the predictions of my local-realistic 3-sphere model has been finally performed.

http://arxiv.org/abs/1508.05949.

And here is one of the simulations of my 3-sphere model discussed above (see also http://rpubs.com/jjc/105450).

The theoretical analysis can be found here: http://arxiv.org/abs/1405.2355.

That is great that we have further experimental validation that the predictions of your model and quantum theory are correct. Very clever experimenters but too bad they are suffering under the mainstream delusions about local realistic models via Bell. And of course, they don't really violate Bell-CHSH since their expectation terms are independent. They are not going to release the raw data until after publication but it probably won't take long to get published.

This experiment finally proves that we do indeed live in a quaternionic 3-sphere!