First, you have to transport one of the entangled pair to your remote location. > assuming you have some way to change the state of one with out breaking the e

First, you have to transport one of the entangled pair to your remote location. > assuming you have some way to change the state of one with out breaking the entanglement Second, this isn't possible. When you measure the entangled pair, you know they'll be correlated: if one is A, the other is B, and vice versa. But when you measure one of the particles, you have no idea if you're going to get A or B. You don't have a way to force the entanglement to go a direction you want. So it doesn't serve as a communication channel.