With the boson permutation symmetry and quantum computation language, the photon interferences can be well described. 我们利用量子计算的语言加上光子的交换对称性重新描述了这些干涉,并讨论了光子态中的纠缠。
The import of quantum computation language provides a powerful-convenient and universal tool for the research of quantum communication. 量子计算语言(QCL)的引入,为量子通信的研究提供了一种强大、简便、通用的工具。
By applying the quantum computation language which is used in quantum computation to the research of quantum communication, the validity and security simulation of a typical secure direct communication protocol, and various performance indexes of it were achieved. 将一种用于量子计算仿真的量子计算语言(QCL)引入量子通信的研究中,实现了一种典型的量子安全直接通信协议的正确性、安全性仿真验证,并得到各种性能指标。
Quantum Communication Simulation by Quantum Computation Language(QCL) 利用量子计算语言(QCL)进行量子通信仿真
In order to examine feasibility of the improved protocol, we simulated its validity and security, using the quantum computation language ( QCL ). And the affect of channel attenuation to the protocol was taken into account. 为了考察该协议的可行性,利用量子计算语言(QCL)分别针对协议的正确性和安全性进行了仿真验证,并进一步考察衰落信道对协议工作的影响。