Sci.Physics.Foundations

sigma_1 and sigma_2 represent spins at the two observation stations 1 and 2 at the two ends of the experiment. The spins in quantum mechanics are not represented by ordinary vectors like k but by Pauli matrices, such as sigma_1 and sigma_2. Why bother with the 1 and 2 designations? They are exactly...

Thanks! Yes, k is a unit spin vector with arbitrary direction and a unit magnitude. Ok, you're welcome. Now, I don't quite understand eq. (15). What do sigma_1 and sigma_2 represent? sigma_1 and sigma_2 represent spins at the two observation stations 1 and 2 at the two ends of the experiment. The s...

. I have revised this paper on arXiv. In a new appendix, I show that quantum mechanics is not as mysterious as it is made out to be. :D https://doi.org/10.48550/arXiv.2302.09519 I prove that Ehrenfest’s equation in quantum mechanics, derived from Schrödinger’s equation, is equal to an ensemble aver...

. I have revised this paper on arXiv. In a new appendix, I show that quantum mechanics is not as mysterious as it is made out to be. :D https://doi.org/10.48550/arXiv.2302.09519 I prove that Ehrenfest’s equation in quantum mechanics, derived from Schrödinger’s equation, is equal to an ensemble aver...

If gravitational torsion is twisted spacetime then what the heck is twisted time?
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Given the complete absence.... LOL! Hi Kev, yeah nobody wants to talk much on this forum anymore. Whatever. It's like a blog for me. Happy Thanksgiving to all! Fair enough Fred. Still, I will take this opportunity to add a bit to OP. An alternate angle on the basic argument. Take Birkhoff's Theorem...

Given the complete absence of any meaningful feedback to my challenge to self-consistency of GR beginning at post #5 to evidently now permanently departed Yablon's https://sciphysicsfoundations.com/viewtopic.php?t=47 , and given the moribund state of SPF in general.... Here's an intended change of ...

Yes, that is correct. The paper is under review at a prominent journal. But its preprint is available on arXiv: https://arxiv.org/abs/2204.10288 . I'm having trouble with your eq. (56). You have an average of the product of two discontinuous functions on the first line and two continuous functions ...

Yes, that is correct. The paper is under review at a prominent journal. But its preprint is available on arXiv: https://arxiv.org/abs/2204.10288 . I'm having trouble with your eq. (56). You have an average of the product of two discontinuous functions on the first line and two continuous functions ...

In this paper, Karl Hess clearly debunks the Bell-CHSH myth. It is the clearest presentation of the problem I've seen so far. https://www.scirp.org/journal/paperinformation.aspx?paperid=126265#ref8 The description from Section 2 all the way to Section 3.1 must be earth-shattering for quantum myster...

Yes, it works with both ways. I'll post the simulation if anyone is interested. By now we know that there are several different ways to derive the cosine correlations within S^3. So it is not surprising that the simulation works out in this case. But post the simulation anyway, for the record. Ok, ...

Oh..., you changed the model again. Well, this way is more simple but I kind of liked that the limits actually got taken the other way. Hmm..., maybe there is a way to do both. Yes, it works with both ways. I'll post the simulation if anyone is interested. By now we know that there are several diff...

Joy has a newer improved model that no longer uses the trivector orientation. It is similar to the Mathematica simulation I posted above. Yes, that is correct. The paper is under review at a prominent journal. But its preprint is available on arXiv: https://arxiv.org/abs/2204.10288 Oh..., you chang...

I do not have a formal, mathematical, retrocausal model but you can look at my most recent four papers here if you have not already seen them: https://vixra.org/author/austin_j_fearnley I did suggest my idea in a casual post many years ago to Joy but he did not like it. And I do not expect anyone t...

I do not have a formal, mathematical, retrocausal model but you can look at my most recent four papers here if you have not already seen them: https://vixra.org/author/austin_j_fearnley I did suggest my idea in a casual post many years ago to Joy but he did not like it. And I do not expect anyone t...

Chantal has an interesting wave approach but she concedes in one of her videos that it does not explain the Bell results. Cohl Furey has further related elementary particles to octonion maths. A Quanta article (link below) gives links to a number of her videos. I have followed some and they are int...

It looks very interesting. I was wondering why they used quaternions instead of geometric algebra. Perhaps their initial interest is to show equivalence to QM. But I think they will make their work clearer by using geometric algebra directly. A quaternion is a nice package for the sum of a scalar a...

Well, the EPR-Bohm product calculation prediction for classical mechanics does also work with the 3D vectors as quaternions. https://sciphysicsfoundations.com/sims/Qvectors1.png https://sciphysicsfoundations.com/sims/Qvectors2.png https://sciphysicsfoundations.com/sims/Qvectors3.png Yep, Bell was wr...

I stumbled across this possibly interesting website that Chantal Roth is involved with. https://elastic-universe.org/ It has some simulations of 1/2 spin that are very good. However, I was intrigued by their Quaternion Quantum Mechanics that I am trying to make sense of. Still working on figuring o...

I stumbled across this possibly interesting website that Chantal Roth is involved with.

https://elastic-universe.org/

It has some simulations of 1/2 spin that are very good. However, I was intrigued by their Quaternion Quantum Mechanics that I am trying to make sense of.
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