pines-demon's latest activity

Who is being cryptic? 1) Please be explicit on what is the calculation to perform to check if there is interference. 2) Why is it needed?

This is getting very cryptic. I take ##S_\theta=S_x\cos\theta+S_p\sin\theta=\alpha S_x+\beta S_p##, I do what then? ##S_\theta^2## or...

Isn’t ##\alpha\beta=\cos\theta\sin\theta## different than 0 for most angles?

Is this related to the state? to the observables or to what? I am lost here. There are clearly interference terms in whatever you are...

How does it even make sense to combine position and momentum eigenkets? I don't understand what you're doing here.

Fair enough, replace my minus sign with a plus sign and make them bosons. :oops:

I think you misunderstood, see the edit to post #37, are you telling me that you can write $$|\psi\rangle=\int \mathrm d x |x\rangle...

Can you be more explicit? What do you mean that it does not contain interferences?

We were writing in short form, the initial state has an integral ##\int \mathrm d x\, |x\rangle |\pm x\rangle##. (I will edit it) Also...

Ok lets try. Prepare your state in whatever version you prefer ##\int \mathrm d x\, |x\rangle|\pm x\rangle##. Now you have two options...

Fine take ##|p\rangle|-p\rangle## what is the problem of being in the same position? We can figure out the spin or use a boson.

Experiment.

I don't have a prove that something is impossible. My statement is based only on the fact that I have not seen it done. @pines-demon...

What is the issue with that? just take a finite time after that? Why are you focusing on that point? You could instead start with some...

Thanks for stepping in. I hoped that there was something stronger that I was missing. Trying to perform Bell tests on the original EPR...