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Method and apparatus for increasing the rate of successfully generated entanglement, and quantum repeater using the method and apparatus

机译:增加成功产生纠缠率的方法和装置,以及使用该方法和装置的量子中继器

摘要

A method and apparatus (70) are provided for creating an entanglement between two qubits situated in spaced nodes (71, 72) and coupled by an optical channel (75). One node (71) supports a plurality of qubits (73) and is arranged to pass a respective light field through each qubit and on into the optical channel (75), so as to produce a train (78) of closely-spaced light fields on the optical channel (75). The other node (72) supports a target qubit (74) and is arranged to receive the light-field train (78), to allow each successive light field to pass through, and potentially interact with, the target qubit (74) while the latter remains un-entangled, and to thereafter measure each light field to determine whether the latter has been successfully entangled. Upon the second node (72) determining that the target qubit (74) has become entangled, it inhibits the interaction of further light fields with the target qubit.
机译:提供了一种用于在位于间隔的节点(71、72)中并由光通道(75)耦合的两个量子位之间产生纠缠的方法和装置(70)。一个节点(71)支撑多个量子位(73),并且被布置为使各自的光场通过每个量子位并进入光通道(75),从而产生一系列紧密间隔的光场(78)。在光通道(75)上。另一个节点(72)支持目标量子位(74),并且被布置为接收光场序列(78),以允许每个连续的光场穿过目标量子位(74),并可能与目标量子位(74)交互。后者保持不纠缠,然后测量每个光场以确定后者是否已成功纠缠。当第二节点(72)确定目标量子位(74)已被纠缠时,它抑制了其他光场与目标量子位的相互作用。

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