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The Didactic Potential of AR in Teaching Physics

机译:AR在物理教学中的教学潜力

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Augmented Reality (AR) allows the user to overlay reality with additional information, unlike Virtual Reality which completely immerses the user in an artificial environment. The possibilities for educational value in these overlays are tremendous. Physics is an area with many complicated concepts which are hard for students to grasp. If AR applications could be developed to make Physics more engaging and relevant for students, it would go a long way toward improving exchanges in the classroom. This paper will give an overview of augmented reality, especially focusing on its potential in the classroom. A few applications of Physics AR currently in use will be briefly described. Lastly, we will discuss future directions of augmented reality oriented to the improvement of science education at the Facultad de Ingeniería – UBA (FIUBA)
机译:增强现实(AR)允许用户用其他信息覆盖现实,而虚拟现实则使用户完全沉浸在人工环境中。这些叠加层中具有教育价值的可能性是巨大的。物理是一个包含许多复杂概念的领域,学生很难理解。如果可以开发AR应用程序以使物理更加吸引学生并与学生相关,那么在改善课堂交流方面还有很长的路要走。本文将概述增强现实,尤其是在教室中增强现实的潜力。将简要描述当前正在使用的Physics AR的一些应用程序。最后,我们将在Ingeniería– UBA(FIUBA)学院讨论增强现实的未来方向,以改进科学教育为导向

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