3 ms·
In some sense the two systems that are entangled are connected instantaneously. The problem is that the information doesn't reside in either system but rather i
by pontus 6y ago
In some sense the two systems that are entangled are connected instantaneously. The problem is that the information doesn't reside in either system but rather in them as a whole. So, if you were in space with one part of your "walkie talkies" you wouldn't be able to make sense of the information unless you have access to the other system. This access would usually occur through some slower than light channel.
Imagine that you have 2 coins and give one to someone on earth to flip and one to someone on the moon to flip. The outcomes in either location is random 50/50, but interestingly they are perfectly correlated (H<->H, T<->T). When you flip a coin you don't have the ability to pick it's outcome. The only thing you can pick is whether or not to flip it at all. So, imagine you want to communicate one bit of information from earth to the moon and decide that a 1 will be encoded as "flip the coin" and 0 as "don't flip the coin". When you're standing on the moon and want to reveal the information you flip the coin and see e.g. H. There are two ways this could have happened: either the earth coin had already been flipped and showed H or the earth coin had not yet been flipped and you just randomly got a H. In other words, the outcome by the flip is useless by itself.