Doesn't work that way. You can't send information faster than light.
are you sure?
last I checked - the US/German experiment - the implication was instantaneous mirroring of changes irrespective of distance.
Not in classical or relativistic physics you can't, but there are some questions in quantum physics.
Electrons do not move from one orbit to another of an atom, but disapear one place and appear instantaneously in another orbit. There are a nuumber of other quantum transitions that take place without passage of time.
Is information moved? That is the difficult quible.
So9
Ah, but this is where things get interesting... I'm no Quantum Physics expert, but if my reading on this topic is anywhere close to home... the reply is something like... "perhaps you can"
Not according to current theory, at any rate. However, the propagation rate of entaglement...if there is one...is a question ripe for at least one doctoral dissertation and probably several in the not-so-distant future.
"Doesn't work that way. You can't send information faster than light."
I believe the jury is still out on that one.