Why? If correlative state changes are detectable and repeatable, then its simply a matter of which one is 0 and which one is 1. Plus a clock on each end. Same as measuring voltage on a gate.
“If correlative state changes are detectable and repeatable, then its simply a matter of which one is 0 and which one is 1. Plus a clock on each end. Same as measuring voltage on a gate.”
Not quite, since state changes also happen at random when a person is not interacting with the entangled particles on the other end. So the only possible way to determine if actual data is being sent is to have a classical communication channel that accompanies the entangled particles, which means the entire system is slowed down to light speed or below.