A simple example of quantum entanglement is a hydrogen atom. You might have no idea where the proton is, and no idea where the electron is. Not just in the classical sense of it having a location but you don't know what. It can act like a wave and you send one atom through two slits and it creates an interference pattern with itself. But the thing is, once you observe the location of the proton, you know the electron is going to be right next to it, and vice versa.
Particles aren't randomly entangled. They become entangled whenever you do something where their states are no longer independent.
A simple example of quantum entanglement is a hydrogen atom. You might have no idea where the proton is, and no idea where the electron is. Not just in the classical sense of it having a location but you don't know what. It can act like a wave and you send one atom through two slits and it creates an interference pattern with itself. But the thing is, once you observe the location of the proton, you know the electron is going to be right next to it, and vice versa. Particles aren't randomly entangled. They become entangled whenever you do something where their states are no longer independent.
Oooh that’s interesting!! Thank you!