- #1
Bi-Curious
- 2
- 0
Why is it so important to the universe that if you measure the spin of an entangled pair and its up then the other particle must be down.
It seems to have no practical use so why does the universe enforce this rule, how would reality differ if it wasn't true.
And is it a law of symmetry that leads to a conservation law?
It seems to have no practical use so why does the universe enforce this rule, how would reality differ if it wasn't true.
And is it a law of symmetry that leads to a conservation law?