Recent content by QuantumVegan

Okay, thanks. Does that mean that it is impossible for a human to entangle exactly two electrons which initially (before entanglement) have the same spin? If it is possible, is it random which electron will switch spin?

I know various things can be entangled; my question is specifically about electrons. Right now I am wondering: If exactly two electrons are entangled, do they necessarily have opposite spins?

Sorry for the late response, I was busy with school and forgot about this. I know what exclusion is; I read that entanglement requires opposite spins, but maybe what I read was mistaken. How I understand it now, two entangled electrons can each have +1/2, each have -1/2, or one of each, i.e...

Thanks for the help! Yet I'm still wondering about one thing. Can two electrons with the same spin components be entangled, seeing as there is nothing to determine which one changes spin? Does this go by the assumption that the spin components do not exist until observed? One other thing: It is...

I'm working on a research paper on Quantum Entanglement and came across something I don't understand. (I assume this goes here rather than in the homework forum because it applies to a topic rather than a problem. Sorry if I'm mistaken.) From what I've read, if two electrons are entangled, one...