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Significance of Black Hole Visualization and Its Implication for Science Education Focusing on the Event Horizon Telescope Project

机译:黑洞可视化的意义及其对科学教育的含义,重点研究望远镜望远镜项目

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In recent years, substantial progress has been made in black hole visualization. However, there is a lack of essential up-to-date information regarding black holes in current school curricula, in spite of students’ substantial interest in black holes. In this study, we examined the implications of the Event Horizon Telescope project, a recent achievement of the scientific community, for science education. An analysis of the black hole visualization research process, based on Giere’s scientific reasoning model, revealed that there are two categories of the black hole visualization processes: visualization through prediction based on a theory and visualization through real-world observation data. Black hole images are not merely scientific outputs that students must memorize; rather, they can be a useful resource for learning the nature of science and the characteristics of scientific reasoning.
机译:近年来,在黑洞可视化方面取得了实质性进展。然而,尽管学生对黑洞的大量兴趣,缺乏关于当前学校课程中的黑洞的基本最新信息。在这项研究中,我们审查了活动地平线望远镜项目,这是科学界最近实现科学教育的影响。基于Giere的科学推理模型的黑洞可视化研究过程分析显示,有两类黑洞可视化过程:通过基于理论和可视化通过现实世界观测数据的可视化。黑洞图像不仅仅是学生必须记住的科学输出;相反,他们可以是学习科学性质的有用资源和科学推理的特征。

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