jreed wrote:Joy Christian wrote:
A rigorous experiment confirming the predictions of my local-realistic 3-sphere model has been finally performed.
http://arxiv.org/abs/1508.05949.
Here is one of the
simulaions of my 3-sphere model (see also
http://rpubs.com/jjc/105450).
A theoretical analysis of my local-realistic model can be found here:
http://arxiv.org/abs/1405.2355.
The experiemet is heavily discussed on various web and social media sites, and hailed as a triumph for quantum mechanics (good) and Bell's theorem (what a joke).

Here's a statement from your theoretical analysis leading up to your simulation:
"The relationship between the rotation angle r within
Pearle’s state space SO(3) and the rotation angle ..."
It is clear from this statement and the programming in your simulation you are using the equations from Pearle's paper, which uses the detection loophole, to violate CHSH. Now you are saying that an experiment that is free from this loophole confirms your simulation which uses this loophole. You need to understand your program before you make incorrect claims like this.
Thank you, John. I am indeed using some equations from Pearle's classic paper, which uses the detection loophole to violate CHSH.
That is not a secret.

But rather interestingly, the statements from my
theoretical analysis you have conveniently ignored to mention are the following:
(1) "Abstract: Exact agreement with the probabilistic predictions of quantum theory is achieved in the model
without data rejection, remote contextuality, superdeterminism, or backward causation."
(2) "In what follows it is very important to recognize that this constraint is simply an expression of the intrinsic metrical and topological structures of S3..."
(3) "What has been overlooked in Pearle’s derivation are the contributions to [ the overlap area ] from the relative rotations of the state e ... along the directions a and b. While the state e can be common to both a and b, the corresponding rotations r cannot be the same in general about both a and b."
(4) "Although the statistical effects of the constraints (30) in our model turn out to be almost identical to those in Pearle’s model, the characteristics of the two models are markedly different."
And most importantly:
(5)

You are doing exactly the same type of selective reading when you make blatantly false claims about my
simulation (which I have repeatedly addressed
elsewhere).
You are conveniently ignoring the actual content of the
simulation, distorting it in your Mathematica re-write to your own liking and prejudices, and then falsely claiming that your distortion is my simulation and thus it is based on detection loophole. That is absolute rubbish, as I have repeatedly demonstrated
elsewhere.