欧洲核子研究中心K-6教师动手物理实验

T. Nantsou, G. Tombras
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引用次数: 1

摘要

让学生从小开始接受物理教育,对于激发科学思维和最大限度地提高各级STEM教学的有效性至关重要。根据国际研究,追求物理学专业的愿望可能从小学就开始了。世界范围内的大型研究基础设施是开发面向科学教师的培训课程的理想教育环境,作为其教育计划的一部分。本文中介绍的训练实验室是欧洲核子研究中心一项名为“玩质子”的倡议的一部分,该倡议针对的是教物理和信息技术的希腊小学教师。本实验室的目的是通过简单的天体物理学和宇宙学的动手实验,将现代物理学、前沿科学研究和小学教育水平的科学方法结合起来。我们的论文关注的是在K-6学校实验室进行测试的CERN天体物理实验室。分析了参与实验的教师和学生的实验结果和对基本物理定律的理解情况。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Hands-on Physics Experiments for K-6 Teachers at CERN
The introduction of students to physics education from a young age is essential in stimulating scientific thinking and maximizing the effectiveness of STEM teaching at all levels. According to international research, the desire to pursue a profession in physics may begin in the primary school. Large research infrastructures worldwide are ideal educational environments for the development of training courses addressed to science teachers as part of their educational programs. The training lab presented in this paper was part of a CERN initiative titled “Playing with Protons," which was addressed to Greek primary school teachers who teach physics and information technology. The purpose of this lab was to integrate modern physics, cutting-edge scientific research and scientific methodology at the primary school educational level, through simple hands-on experiments on astrophysics and cosmology. Our paper focuses on the CERN astrophysics lab, which was tested in the K-6 school laboratory. The outcomes of both labs and the comprehension of fundamental physics laws by the participating teachers and students are analyzed.
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