量子物理教学实验平台建设与成效——清华近代物理实验课程“十三五”期间教学改革实践  

Construction and effect of experiment platform for quantum physics teaching: Teaching reform and practice of modern physics experiment course in Tsinghua University during “13th Five-year” plan period

作　　者：孙文博[1] 王合英[1] 张慧云[1] 郑盟锟 郭旭波[1] 陈宜保[1] 陈宏[1] 茅卫红[1] 张留碗[1] SUN Wenbo;WANG Heying;ZHANG Huiyun;ZHENG Mengkun;GUO Xubo;CHEN Yibao;CHEN Hong;MAO Weihong;ZHANG Liuwan(Department of Physics,Tsinghua University,Beijing 100084 China)

机构地区：[1]清华大学物理系,北京100084

出　　处：《实验技术与管理》2021年第4期165-170,共6页Experimental Technology and Management

摘　　要：在"十三五"期间,清华近代物理实验课程着重开展了量子物理实验教学平台建设,选取了一批体现基本物理内涵、具有广阔应用前景、富于里程碑意义、展现丰富实用技术细节、跟踪科技发展趋势的实验项目,并有机融合,形成了教学体系,开展了教学实践,并依托此平台在教学模式改革和教学效果分析等方面进行了探索和研究。实践结果表明,该量子物理平台的建设和教学应用,大幅提高了学生的学习兴趣、拓展了学术技术视野、培养了分析复杂问题和陌生问题的能力,并有助于学生感受科技动向、了解国家需求、树立正确的为学观和报国情怀。During the "13 th Five-year" plan period, the modern physics experiment course in Tsinghua University focuses on the construction of teaching platform for the quantum physics experiment, and selects a number of experimental projects which reflect the connotation of basic physics, have broad application prospects, are full of milestone significance, show rich practical technical details, and track the development trend of science and technology, and are organically integrated to form a teaching system, carry out teaching practice, and make progress based on this platform. The teaching model reform and teaching effect analysis are explored and studied. The practical results show that the construction and teaching application of the quantum physics platform can greatly improve students’ interest in learning, expand their academic and technological vision, cultivate their ability to analyze complex and unfamiliar problems, and help them feel the trend of science and technology, understand the needs of the country, and establish a correct outlook on learning and feelings of serving the country.

关 键 词：量子物理 近代物理实验 教学实验 教学模式 教学方法研究 

分 类 号：O413[理学—理论物理] G642.423[理学—物理]