Augmented Reality mobile application for chemistry learning: the case of ARElements
In recent years, augmented reality (AR) has emerged as a promising technology with significant potential
in the field of education. This paper presents a mobile application that utilized AR technology to
revolutionize chemistry education. The application combines 3D models with the real world, enabling
users to explore the periodic table, its elements, and basic molecules in an immersive augmented reality
environment. Users can access comprehensive information through written and audio formats and assess
their knowledge with interactive quizzes. Additionally, the application introduces a unique feature that
allows users to create molecules by aligning atoms. An initial experiment on the use of the proposed
application was conducted in a Greek high school and shedding light on the application's effectiveness
and the broader implications of augmented reality technology in chemistry education.
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