Duality Quantum Information and Duality Quantum Communication
Duality Quantum Information and Duality Quantum Communication
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DOI：
10.1063/1.3567439
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发表时间：
2011-04
期刊：
影响因子：
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通讯作者：
Cuiwei Li;Wan-ying Wang;Chuan Wang;Siyu Song;G. Long
中科院分区：
文献类型：
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作者：
Cuiwei Li;Wan-ying Wang;Chuan Wang;Siyu Song;G. Long
量子力学系统具有粒子波二象性。这种对偶性已被用于信息处理。对偶量子计算机是一个移动的量子计算机，通过多缝。除了普通量子计算机所允许的操作之外，它还提供量子分波器和量子合波器操作。已经证明，所有的线性有界算子都可以在对偶量子计算机中实现，并且具有n个量子比特和d-缝的对偶量子计算机可以在具有n个量子比特和一个量子的普通量子计算机中实现，即所谓的对偶量子计算模式。量子粒子波二象性可用于提供安全通信。本文将对对偶量子计算和对偶量子密钥分配进行综述。
Quantum mechanical systems exhibit particle wave duality property. This duality property has been exploited for information processing. A duality quantum computer is a quantum computer on the move and passing through a multi‐slits. It offers quantum wave divider and quantum wave combiner operations in addition to those allowed in an ordinary quantum computer. It has been shown that all linear bounded operators can be realized in a duality quantum computer, and a duality quantum computer with n qubits and d‐slits can be realized in an ordinary quantum computer with n qubits and a qudit in the so‐called duality quantum computing mode. The quantum particle‐wave duality can be used in providing secure communication. In this paper, we will review duality quantum computing and duality quantum key distribution.