Virtual and augmented reality text environments support self-directed multimodal reading
Year: 2025
Type: article
Abstract: Virtual (VR) and augmented reality (AR) technologies are two of the fastest-growing technologies anticipated to peak this decade, with a gap in research to understand the new multimodal affordances for teachers to support students’ self-directed interactive reading. This research aimed to understand early adolescents’ experiences of reading multimodal texts containing written and spoken language and 3D imagery in VR and AR text environments. The study applied thematic coding and multimodal interaction analysis to understand how students engaged with reading 3D, multimodal, non-fiction VR and AR texts in educational games. The findings attend to the following reading practices exhibited by learners: (i) connecting new knowledge to the known, (ii) recalling information; (iii) resolving cognitive disequilibrium, (iv) using haptic interactivity to navigate text pathways, and (v) using selective attention to filter information. The students followed varied text pathways while demonstrating cognitive disequilibrium and resolution when responding to multilayered attentional cues and text pathways, with students encountering multiple cuing systems with VR and AR texts that use different navigation aids than those offered in books. Reading multimodal texts across modes involved attending to several modes, while backgrounding others, with opportunities for extensive haptic interactivity, and requiring selective attention in extended reality environments.
Authors: Kathy A. Mills, Alinta Brown, C. Moro
Institutions: Australian Catholic University, Bond University
Language: English
Subfield: Computer Vision and Pattern Recognition
Field: Computer Science
Domain: Physical Sciences
SDG: Quality education
Open Access status: hybrid
Funder: Australian Research Council
OpenAlex ID: W4408893858