虚拟纳米世界学习

Jennifer Flint, K. L. Palmerius, G. Höst, K. Schönborn
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引用次数: 2

摘要

21世纪纳米科学的快速发展迫切需要培养具有纳米技能的科学家和具有纳米素养的公民。然而,在概念上和认知上的挑战,以获得反直觉和难以察觉的小纳米尺度仍然是学习和理解的重大障碍。为了应对这些挑战,在过去的10-15年里,新兴的纳米教育研究已经看到了交互式可视化的发展和应用,作为学习者探索纳米科学原理的一种手段。在本章中,我们首先给出了一些交互式可视化环境的例子,这些环境应用于在教育环境中教授纳米概念。其次,我们描述了一项关于学生与基于手势的沉浸式虚拟纳米世界互动的教育研究的发现。第三,我们为读者提供了一个基于个人计算机的虚拟纳米世界版本,并提供了如何将交互式模拟的内容和特征用作课堂纳米教育工具的示例。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Virtual Nanoworlds for Learning
The rapid development of 21st century nanoscience calls for the urgent promotion of both nano-skilled scientists and a nano-literate citizenry. However, the conceptual and cognitive challenges of accessing the counterintuitive and imperceptibly small nanoscale remain a significant barrier for learning and understanding. In response to these challenges, emerging nano education research in the last 10-15 years has seen the development and application of interactive visualization as a means for learners to explore nanoscientific principles. In this chapter, we first present selected examples of interactive visualization environments applied to teach nano-concepts in educational contexts. Secondly, we describe our findings from an educational study on students' interactions with a gesture-based immersive virtual nanoworld. Thirdly, we provide readers with access to a personal computer-based version of the studied virtual nanoworld and offer examples for how the content and features of the interactive simulation can be used as a nano education tool in the classroom.
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