Suppose a rocket is moving away from Earth at 0.5c. The rocket is moving towards a beam of light. There are two clocks on the rocket placed 1m apart. Each clock stops ticking when the beam of light hits it. The speed of light is then calculated as d/t = 1/(t1-t2). What effects occur for the...
I'm really missing something, I don't get the paradox here. Why is it interpreted as action at a distance. Why can't we say that "When particles are entangled they have the opposite spins on all axis. Then the first observation causes this relationship to break"?
I'm sure something like this has been posted before but I would appreciate if you humor me. I've been reading the Wikipedia article on the EPR paradox and it greatly confused me.
Let's start with the basic premise that we have two entagled particles A and B.
Expriment 1:
We measure the...