本文采用小功率红外发光管作光源，用光敏二级管作光接收器件，建立了高灵敏度的光波通信系统。
In this paper, a high-sensitivity lightwave communication system is set up by using a mini-power near-infrared LED as a light emitter, a phototransistor as a photoelectric receiver.
通过对量子通信与常用的光波通信进行比较，得出可见量子通信具有明显的信息容量大的优势，而且可以进行无破坏检测并把信息同时传输给多个受信者。
In this paper, it is compared with optical wave communication and find its advantages which is large capacity, check without damage and transmission information to many receiver at one time.
来自澳大利亚和日本的研究人员成功地实现了光波包传送，这项技术可能会为量子通信及计算带来变革。
Researchers from Australia and Japan have successfully teleported wave packets of light, potentially revolutionizing quantum communications and computing.
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