量子光学学报, 2019, 25 (1): 36, 网络出版: 2019-04-05
利用单硬币量子博弈实现量子同或门的研究
Research on Quantum XNOR Gate Based on the Single-coin Quantum Game
摘要
首先以单硬币量子博弈理论为基础,结合经典同或门的逻辑关系,研究并给出量子同或门的定义;据此进一步利用单硬币量子博弈模型,提出了实现量子同或逻辑关系的理论方案,并将量子的逻辑位与经典逻辑位进行对比,从而给出了具体操作方法:两相互独立的单硬币量子博弈过程可用作量子同或逻辑功能。
Abstract
Based on quantum game theory of single coin,combing with classical XNOR Gate, the definition of quantum one is achieved. Furthermore, the model of single-coin quantum theory is proposed to realize quantum XNOR Gate theoretically. Comparing the quantum logical bit with the classical logical one,we have acquired the method of the specific operations, that is, the logical function of quantum XNOR gate can be acted as the quantum game process of two separate quantum coins.
王清亮, 任恒峰, 黎梓浩. 利用单硬币量子博弈实现量子同或门的研究[J]. 量子光学学报, 2019, 25(1): 36. WANG Qing-liang, REN Heng-feng, LI Zi-hao. Research on Quantum XNOR Gate Based on the Single-coin Quantum Game[J]. Acta Sinica Quantum Optica, 2019, 25(1): 36.