量子信息系统实验进展及其缩比模型试验

doi:10.16182/j.issn1004731x.joss.201804011

摘要/Abstract

摘要： 自由空间量子传输系统信道环境的非理想性,将对量子传输产生衰落效应,破坏系统可用性。总结自由空间量子信息传输系统信道衰落实验进展,提出自由空间量子信息传输系统信道衰落缩比实验思想,将包含信道环境在内的量子传输系统以较大缩比因子建立缩比模型,在缩比模型系统中验证原型系统的工作原理及性能等。讨论了量子传输系统信道衰落机制建模、量子传输系统相似理论的研究方法,以量子雷达散射截面为例理论验证了所建立量子传输相似准则的正确性。提出的研究思路可为目前自由空间量子传输系统实验提供新的研究途径。

关键词: 量子传输系统, 自由空间传输, 信道衰落, 量子退相干, 缩比模型实验

Abstract: In the free-space quantum information technology application fields, such as the quantum communication system, the quantum positioning/navigation system and the quantum radar system, the non-ideal channel environment can cause quantum fading effect to destroy the availability of the whole quantum system. The development of the channel fading experiment of the quantum information transmission system was summarized and analyzed. The scale model experiment idea of the free-space quantum transmission system was put forward: the whole free-space quantum transmission system including the channel environmentwas reduced in size with a big scale factor to establish a scale model system; the operational principle, feasibility and performance of the prototype system can be verified by this scale model system. Aiming at this goal, the method for channel fading mechanism model and the similitude theory of the quantum transmission system were discussed. Taking the quantum radar cross section as an example, the established similitude criterion of the quantum transmission system was verified. The proposed idea can provide a new way for the experiment of free space quantum transmission system.

Key words: quantum transmission system, free-space transmission, channel fading, quantum decoherence, scale model experiment

中图分类号:

TP391.9

苗强, 吴德伟. 量子信息系统实验进展及其缩比模型试验[J]. 系统仿真学报, 2018, 30(4): 1294-1301.

Miao Qiang, WU Dewei. Progress of Quantum Information System and Its Scale Model Test[J]. Journal of System Simulation, 2018, 30(4): 1294-1301.

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