[GregoryFul]

I don't quite understand how any information has been transmitted. In order to determine a quantum state, it has to be measured - and the act of measuring causes the quantum state to collapse. So the "sender" at point A causes a quantum state change, the "receiver" at point B has to make a measurement to determine the quantum state, and B could do that prematurely, causing the quantum state at A to resolve... Quantum entanglement works both ways.

[AntiGuv]

Well, I'm told that I don't understand how it works either, so I can't really help you. Sorry!

My understanding is that the answer involves Quantum Error Correction, so that link may provide some insight.

[AntiGuv]

This actually might be an even better link to check out in this regard: The Quantum Computer.

[AntiGuv]

Oh, here's one last link you may find of interest: Quantum Computing. I'm not sure how deeply you're interested in the topic, but this last link in particular reviews all the essential principles in rigorous detail.