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One of the problems plaguing classical communication is associated with what is known as the Byzantine agreement. In this problem, messages between three different parties are subject to faulty information. Quantum communication, though, has held the promise of solving this dilemma. But until now, it has been difficult to do so, even using entangled states.
The article doesn't explain it well enough, I think; especially for quantum computer application. Properly implemented and in a large enough scale (assuming it's even possible to do so) this could enable hugely paralleled systems.

The key to quantum computing seems to be in understanding and manipulating entanglement. I'm anxiously awaiting the day the computer scientist needs a degree in physics
Callisto
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Callisto
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