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More like B, they talked about this on a Spanish podcast last week and the general criticism was what you point out in B

As an aside: When we write Bell states like $$\ket{\psi} = \frac{1}{\sqrt{2}}(\ket{\uparrow}_1\ket{\downarrow}_2 +...

In my defense, this is not an isolated problem. The problem of Bell-testing the original EPR state has been discussed in research. Bell...

This is not possible. If the classical and quantum set ups give similar results then neither of them violates Bell inequalities. Most...

I have a naive doubt about Bell's inequalities. Let us suppose an experiment (X) that can be explained with the same precision with...

If this were correct then EPR is not a quantum experiment, but this is not the case.

No. As I said, intuitive reasoning in curved spacetime is a mistake. Your objection turns out to be similar to claiming that you can't...

The example you gave of translating English into French has no relation to what I wrote. What I have written exactly and you can read...

There are people, myself included, who think that this LLM revolution and AI simply demonstrate that natural language and human...

I subscribe to the view that the ability for an artificial system to possess the same observable quality as found in a biological...

Yes, but for indistinguishable particles one can define a more narrow notion of entanglement; the operator acting on the vacuum that...

The paper says that photon paths are indistinguishable. It's not the same as indistinguishability of photons themselves, but they define...

I was under the impression that it did not but I could not figure it out from the original paper. Wharton pre-print above says it is...

If this experiment holds it looks like a competitor to DrChinese's entanglement swapping arguments :oldbiggrin:

Also note that even the QED vacuum, i.e., a state with zero number of photons, is highly entangled. Hence it is really impossible to...