ARphymedesPlus StudentBook vs ChemARise

Do you want to learn Physics in your own device? Well, now you can, with ARPhymedes Plus! You can have your own experiment station and start learning about various Physics' principles: - Scan the ARPhymedes Plus handbook and watch the experiments. - Learn new things about Physics from various chapters. - Most importantly have fun! ARphymedes Plus project aims to make available the full potential of the ARphymedes project's intellectual results to Special Educational Needs students and thus make education a more inclusive space. The ARphymedes Plus project will integrate new technologies such as AR, text to speech, user environment adjustment and others, to the toolkits of the education of Physics towards SEN students at secondary school. The ARphymedes Plus project is not only about the application of ICTs, but also on the attractiveness of the content. It is expressed on a multimodal approach in education using Science, Technology and History as access points for guiding student inquiry, dialogue, and critical thinking, all applied in the ARphymedes Plus project. It incorporates technology and cross-sectional knowledge to foster the creativity, imagination and interest in Physics and STEM, by removing environmental and individual barriers leading to social exclusion. The ARphymedes Plus consortium is comprised of 6 partners from 4 European countries, forming an international partnership with a strong geographic representation of the Erasmus+ area. A short description of each, their expertise and role within ARphymedes Plus is presented in https://arphymedes-plus.eu/about-us/. Cofunded by the Erasmus+ Programme of the European Union.

ChemARise contains a library of chemical structures that can be visualized in 3D and interacted with to apply rotation, translation and scaling. The app also proposes an augmented reality mode (AR) to detect some chemical structures from university courses or scientific publications via the camera and display them in 3D. This app is designed to help students and researchers visualize the spatial arrangement of atoms in molecules to better understand concepts such as chirality, steric hindrance, or symmetry.