摘要
量子信息技术因其卓越的特性而受到高度重视,被认为是未来信息技术发展的必然趋势,而具备量子物理背景的专业人才培养就显得极为重要.但是,由于量子信息技术具有抽象性、交叉性、前沿性和复杂性等特点,针对本科生开展相关实验教学具有一定挑战.中山大学从2018年开始在该方面进行了初步探索,针对高年级本科生开设了量子密钥分发等实验课程.本文基于笔者的教学工作,对量子密钥分发实验课程进行了介绍,探讨了其中的难点以及解决方案,希望通过本文探讨,能够对量子信息技术的教学工作有一定帮助.
Due to its special advantages,quantum information technology has attracted more attentions,and is considered as the trend of information technology.Thus,the training of students and engineers with a background in quantum mechanics is considered as a strategic task for future talent reserves.However,due to the abstraction,intersectionality,cutting-edge and complexity,the experimental course is difficult for undergraduate students.In this paper,the course,quantum key distribution,in Sun Yat-sen University is introduced and it is hoped to be of some help to the teaching and training of quantum information technology.
作者
孙仕海
SUN Shi-hai(School of Physics and Astronomy,SunYat-Sen University,Zhuhai,Guangdong 519082,China;School of Electronics and Communication Engineering,SunYat-Sen University,Shenzhen,Guangdong 518100,China)
出处
《大学物理》
2022年第2期38-43,共6页
College Physics
关键词
量子信息技术
大学物理实验
量子密钥分发
quantum information technology
college physics experiment
quantum key distribution
