4 ms·
So If my understanding of your understanding is correct, this means we can have faster/more efficient data transfer? My question would be can you clarify the "r
by lbotos 15y ago
So If my understanding of your understanding is correct, this means we can have faster/more efficient data transfer? My question would be can you clarify the "real-world" implications of this?
- JoeAltmaier 15y agoNone. It takes computer-eons to entangle, then they don't last long enough to transmit any great distance.
- lbo 15y agoIt's all pretty theoretical at the moment, as is all of quantum computing. No quantum computer with more than a few qubits has been made, and none that are actually faster at any given task than a standard cpu. It seems that practically this could offer somewhat faster transfers, less packet loss and thus less transfer-time variance, and less bandwidth consumption. This would all be a long way out though, and would require quantum computers in all the routers. This news is really only interesting insofar as it's one more step toward quantum computing and mastery of the qubit.