Abstract: Much of quantum networking depends on teleportation. This chapter describes teleportation and its procedure, and then briefly introduces experimental demonstrations, classical state machine and communication necessary to support teleportation in a simple fashion. Teleportation between two atoms can be achieved although the original Bell pair can be created by interacting the atoms directly and then separating them. The chapter shows a protocol state machine (PSM) that is used to manage a qubit at the teleportation destination. Control of the qubit can be handed to this machine once two conditions are confirmed: (1) the existence of a Bell pair of adequate fidelity, shared with the prospective teleportation source, and (2) confirmation that this qubit is the teleportation target. The generic teleportation operation is equivalent to a gate on the data qubit as it moves from one site to the other although the exact gate is probabilistic.
Publication Year: 2014
Publication Date: 2014-04-14
Language: en
Type: other
Indexed In: ['crossref']
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Cited By Count: 1
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