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Chinese Physics Letters

Remote State Preparation with Genuine Multipartite Entanglement

马毅聪, 张永生, 郭光灿

Published Jan 1, 2007• 0 citations
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Abstract

由 Yeo 和 Chua 的工作照亮了[Phys。加快。Lett。96 (2006 ) 060502 ] 为远距传物并且与真多国参加的纠纷的稠密的编码，我们在场为在由使用 samefour 粒子的一个真实系数盒子中的忠诚遥远的州的准备的 explicitprotocol 纠缠了不可约贝尔状态配对的状态。anycomplex 系数大小写能被改变到一个真实系数盒子，这被显示出。与这个协议，到 Einstein-Podolsky Rosen 的一个类似的角色在 multipartiteentanglement 的理论配对的 statecan 戏。

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由 Yeo 和 Chua 的工作照亮了[Phys。加快。Lett。96 (2006 ) 060502 ] 为远距传物并且与真多国参加的纠纷的稠密的编码，我们在场为在由使用 samefour 粒子的一个真实系数盒子中的忠诚遥远的州的准备的 explicitprotocol 纠缠了不可约贝尔状态配对的状态。anycomplex 系数大小写能被改变到一个真实系数盒子，这被显示出。与这个协议，到 Einstein-Podolsky Rosen 的一个类似的角色在 multipartiteentanglement 的理论配对的 statecan 戏。
Enlightened by the work of Yeo and Chua [Phys. Rev. Lett. 96 (2006) 060502] for teleportation and dense coding with genuine multipartite entanglement, we present an explicit protocol for faithful remote state preparation in a real coefficient case by using the same four-particle entangled state which is not reducible to pair of Bell states. It is shown that any complex coefficient case can be changed to a real coefficient case. With this protocol, the state can play an analogous role to Einstein–Podolsky–Rosen pairs in the theory of multipartite entanglement.
我们建议一个计划遥远地由把一个由两部组成的纠缠的状态和一个分成三部分的纠缠的 W 状态用作量隧道准备一个一般二粒子的纠缠的状态。我们的计划由一个发送者和二遥远的接收装置组成。发送者能帮助任何一个一接收装置遥远地重建有另外的接收装置的帮助的原来的状态“ s 单个粒子的直角的测量。我们获得全部的成功概率并且在我们的遥远的州的准备计划讨论古典通讯费用。