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Quantum information splitting of an unknown two qubit state by using two three qubit GHZ like states

机译:未知两个量子位态的量子信息分裂,通过使用两个类似三个量子位的GHZ态进行

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Quantum Information Splitting is an important technique used in Quantum Communication. A sender sends a quantum information (state) to several recipients during this procedure. Only all of the receivers can collectively work out to recover the content using this process. A new application of the three qubit GHZ like state is investigated for quantum information splitting (QIS) of an arbitrary two qubit state. In this paper, we have shown two three qubit GHZ like states can be used to realize the deterministic QIS of an arbitrary two qubit state by performing only the Bell state measurements. GHZ like states can easily be created. We have also shown that our scheme is secured under certain eavesdropping attacks.
机译:量子信息分裂是量子通信中使用的重要技术。在此过程中,发件人将量子信息(状态)发送到多个收件人。只有所有接收器都可以共同解决使用此过程恢复内容。针对任意两个量子位状态的量子信息分割(QIS)研究了三个Qubit GHz的新应用。在本文中,我们已经示出了通过仅执行铃声状态测量来实现两个三个Qubit GHz,如图所以可以用于实现任意两个量子位状态的确定性QIS。可以轻松地创建像GHz的GHz。我们还表明,我们的计划是在某些窃听攻击下获得的。

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