王槿,惠王伟,朱闻睿

• 1:南开大学物理科学学院
• 2:南开大学基础物理国家级实验教学示范中心

摘要(Abstract)：

2020年秋季,受新冠疫情影响,康奈尔大学的基础物理实验课程通过远程方式实现。本文介绍了康奈尔大学的"实验室中的批判性思维"(Thinking Critically in Physics Labs)开放课程。该课程包括远程力学实验室(Remote Mechanics labs)、远程电磁学实验室(Remote E&M labs)和课后作业(Lab homework)三个模块。除了课程内容,我们还将简要介绍其在疫情期间的教学实施,并与南开大学基础物理实验课程概况作对比分析。希望这些探讨能为基础物理实验教学提供参考。

关键词(KeyWords)： 物理实验;远程学习;批判性思维

Abstract:

Keywords:

基金项目(Foundation): 2020年高等学校教学研究项目（DJZW202010hb）;; 教育部基础学科拔尖学生培养试验计划支持

作者(Author): 王槿,惠王伟,朱闻睿

参考文献(References)：

• [1] http：//www.moe.gov.cn/jyb_xwfb/s5147/202002/t20200206_418480.html
• [2] http：//www.dwjzw.cn/home/index/index.html
• [3]张增明．64学时大学物理实验线上教学方案及其设计思路[J]．物理与工程，2020,30(2):7-10.ZHANG Z M.64class hour college physics experiment online teaching scheme and its design idea[J].Physics and Engineering,2020,30(2):7-10.(in Chinese)
• [4]周艳明，翦知渐，谢中．非实验室环境下大学物理实验的设计与教学[J]．物理实验，2020,40(6):22-29.ZHOU Y M,JIAN Z J,XIE Z.Design and teaching of college physics experiment in non laboratory environment[J].Physical Experiment,2020,40(6):22-29.(in Chinese)
• [5]王旗，刘静，朱盼盼，等．大学物理实验线上开设直播课的尝试、探索与思考[J]．物理实验，2020,40(5):28-30+35.WANG Q,LIU J ZHU P P,et al.Attempt,exploration and Reflection on setting up live broadcast course on college physics experiment online[J].Physical Experiment,2020,40(5):28-30+35.(in Chinese)
• [6]王槿，朱江，李文华，等．启发式的多层次居家物理实验设计探索[J]．物理实验，2020,40(4):31-37.WANG J,ZHU J,LI W H,et al.Exploration on heuristic multi-level home-base physics experiment design[J].Physical Experiment,2020,40(4):31-37.(in Chinese)
• [7]乐永康．新冠肺炎疫情下美国物理实验教学及中美情况对比[J]．物理与工程，2020,30(2):11-13.YUE Y K.Comparison of novel coronavirus pneumonia in American Physical Experiment Teaching and Sino US situation[J].Physics and Engineering,2020,30(2):11-13.(in Chinese)
• [8] BLAND-FORDRD, THORNEK.Post-pandemics science and education[J].American Journal of Physics.2020,88:518-520.
• [9]布兰福德，索恩，苏卫锋，等．后疫情时代的科学与教育[J]．物理与工程，2020,30(5):113-116.DBLANDFORD R,STHORNE K,SU W F,et al.Postpandemic science and education[J].Physics and Engineering,2020,30(5):113-116.(in Chinese)
• [10] https：//www.physport.org/curricula/ThinkingCritically/
• [11] https：//phet.colorado.edu/
• [12] https：//www.pivotinteractives.com/
• [13]杨筱荻，张萍．探究胶带“粘合力”的本质[J]．物理教师，2015,36(6):39-40.YANG X D,ZHANG P.Explore the essence of“adhesive force”of adhesive tape[J].Physics Teacher,2015,36(6):39-40.(in Chinese)
• [14] TAYLOR JOHN R,An introduction to error analysis:The study of uncertainties in physical measurements,University Science Books,Mill Valley,California,1982.
• [15] HOLMES N,WIEMAN C,BONN D A,Teaching Critical Thinking,Proc.Natl.Acad.Sci.U.S.A.2015,112,11199.
• [16] SMITH E,STEIN M,WALSH C,et al.Direct measurement of the impact of teaching experimentation in physics Labs.Physical Review X,2020,10(1),011029.
• [17] DING L，张萍．美国物理教育研究：历史回顾和前瞻[J]．物理与工程，2018,28(1):29-34.DING L,ZHANG P.Foundations and frontiers of physics education research in the U.S[J].Physics and Engineering,2018,28(1):29-34.(in Chinese)
• [18]朱亚彬，韩笑，牛原，等．工科物理实验课程的量化评价探索[J]．物理与工程，2018,28(S1):84-88.ZHU Y B,HAN X,NIU Y,et al.Exploration on quantitative evaluation of Engineering Physics Experiment Course[J].Physics and Engineering,2018,28(S1):84-88.(in Chinese)