BAO Chengzhang;TU Xubin;ZHENG Qi;

• 1:Xiaoshan Middle School in Zhejiang Province
• 2:Hangzhou Basic Education Research Office

Abstract：

The education in the new era calls for the cultivation of innovative talents. The integration of physics education between high school and university, as an important link to deepen the cultivation of innovative physics talents, should not only focus on the deepening of knowledge but also on the improvement of comprehensive quality. Based on the characteristics of the International Young Physicists' Tournament, a research-oriented competition, and taking “cognition-inquiry-practice-innovation” as the main thread, an integrated multidisciplinary curriculum is developed to create a series of physics courses that combine theory and practice for the high school-university connection. This aims to achieve better integration in terms of quality and cultivate innovative talents.

Key Words： connection between the middle school and university;International Young Physicists' Tournament;physics curriculum group;literacy

Abstract:

Keywords:

Foundation: “2024年浙江省教研课题”(课题编号:G2024035)资助,为“指向科学高阶思维的高中物理课例研究”的阶段性研究成果

Authors: BAO Chengzhang;TU Xubin;ZHENG Qi;

References：

• [1]刘娜,胡继超,宓奇.基于大中衔接的高中物理选修课程设计[J].物理与工程,2016,26(6):78-83.LIU N, HU J C, MI Q. Physics optional course design for consistency between high school and college[J].Physics and Engineering, 2016.(in Chinese)
• [2]王凯,郭蒙蒙.综合课程群:概念辨析、设计模式与案例分析[J].课程.教材.教法,2022,42(4):17-23.WANG K, GUO M M. Comprehensive course group:Conceptual analysis, design patterns and case studies[J]. Curriculum, Teaching Materials and Methods, 2022, 42(4):17-23.(in Chinese)
• [3]国家青年物理学家锦标赛[EB/OL].http://iypt.org/Home.International Young Physicists'Tournament[EB/OL].http://iypt.org/Home.(in Chinese)
• [4]李川勇,王慧田,宋峰,等.中国大学生物理学术竞赛及其对培养学生综合能力的作用[J].大学物理, 2012, 31(5):1-4.LI C Y, WANG H T, SONG F, et al. China undergraduate physics tournament and its enhancement of students'comprehensive ability[J]. University Physics, 2012, 31(5):1-4.(in Chinese)
• [5]董佳豪,王槿,李川勇,等.基于知识图谱的物理学术竞赛发展分析[J].物理与工程, 2024, 34(2):38-45,72.DONG J H, WANG J, LI C Y, et al. Development analysis of physics academic competition based on mapping knowledge[J]. Physics and Engineering, 2024, 34(2):38-45.(in Chinese)
• [6]俞郭遥,鲍成章,朱国强.费马原理解决两过程匀速运动极值问题[J].物理通报, 2018,(S2):70-72.YU G Y, BAO C Z, ZHU G Q. Fermat's principle solves the extremum problem of uniform motion in two processes[J]. Physics Bulletin, 2018,(S2):70-72.(in Chinese)
• [7]陈易楠,许易成,郑琦.地磁场水平分量的测量[J].物理通报, 2019,(12):125-128.CHEN Y N, XU Y C, ZHENG Q. Measurement of horizontal component of geomagnetic field[J]. Physical Bulletin, 2019,(12):125-128.(in Chinese)
• [8]於高冲,陈永翔,鲍成章,等. CD光盘光栅衍射中的三类彩色线现象分析[J].物理与工程, 2024, 34(3):123-130.YU G C, CHEN Y X, BAO C Z, et al. Analysis of three kinds of color line in grating diffraction of CD discs[J].Physics and Engineering, 2024, 34(3):123-130.(in Chinese)
• [9]鲍成章,郑琦,涂壮志,等.基于青年物理学家锦标赛的校本课程实践[J].物理教学, 2022, 44(11):24-27.BAO C Z, ZHENG Q, TU Z Z, et al. School based curriculum practice based on the Youth Physicist Championship[J]. Physics Teaching, 2022, 44(11):24-27.(in Chinese)