Multilingual language learning in a multimodal metaverse

A multidimensional study of communicative, affective, and cognitive development

Bibliographic Data

ID22428239
AuthorsManuel B Garcia (0000-0003-2615-422X, University of the Philippines Diliman), M Asunción Riaza García (University of the Philippines Diliman, corresponding author)
Year2026
Pages1-27
Publication date2026-01-28
Peer ReviewedYes
Open AccessNo
TypeARTICLE
VenueInnovation in Language Learning and Teaching (JOURNAL)
Journal identifiersISSN: 1750-1229 • E-ISSN: 1750-1237
PublisherInforma UK Limited (PUBLISHER • GB)
DOI10.1080/17501229.2026.2621262
OpenAlexW7125958316
LanguageEN
Citations received1
References cited54

Introduction: As digital platforms increasingly mediate language learning, the challenge is no longer simply how to deliver content online but how to design environments that cultivate authentic multilingual practice. While multilingualism has long been linked to enhanced metalinguistic awareness and domain-general cognitive flexibility, the role of multimodal digital environments in fostering these outcomes remains underexplored.Purpose: Grounded in sociocognitive and multimodal interactionist perspectives, this study examines how a cross-device metaverse platform can support multilingual development through spatially organized, task-based, and avatar-mediated interaction. Specifically, it investigates whether multilingual engagement in language-zoned virtual spaces improves learners' communicative performance, affective engagement, and cognitive control compared to conventional instruction.Methodology: Using a quasi-experimental cluster-assigned pretest-posttest control group design, learners engaged in communicative scenarios across English, Filipino, and Mandarin within language-zoned virtual spaces that cued role-appropriate language use. Data were collected using performance-based role-play assessments (code-switching accuracy, communicative competence), oral fluency measures (WPM), motivation and anxiety questionnaires, and a Stroop interference task to assess cognitive flexibility.Findings: Compared to peers in a control condition, learners in the metaverse environment demonstrated significantly greater gains in code-switching accuracy, spoken fluency, motivational engagement, and cognitive control. Specifically, experimental participants showed improved context-appropriate language selection and reduced cross-language interference when shifting between English, Filipino, and Mandarin during task-based role-play scenarios. They also produced more fluent spoken output and demonstrated stronger communicative competence ratings in completing real-world interaction tasks. In addition, learners reported higher motivational engagement and cognitive results, further revealing improvements in inhibitory control and attentional regulation. Collectively, these outcomes suggest that spatially cued multilingual interaction in the metaverse supports integrated gains in linguistic performance and executive functioning.Originality/Value: This study provides empirical evidence that multilingual development is shaped not only by linguistic input but by how digital learning ecologies choreograph spatial, social, and multimodal cues into context-responsive language use. By operationalizing multilingual interaction through spatial language zoning, avatar-mediated tasks, and AI-supported multilingual dialogue, the study positions the metaverse as a semiotically rich pedagogical ecology that can simultaneously foster code-switching competence, oral fluency, motivational engagement, and domain-general executive control. The findings advance multimodal multilingual education theory by demonstrating how context-sensitive interaction design can generate co-emergent communicative, affective, and cognitive benefits in multilingual learners.

Cognition · Comprehension approach · Developmental linguistics · Experiential learning · Language acquisition · Language development · Language proficiency · Multilingualism · Action Observation and Synchronization · EFL/ESL Teaching and Learning · Hearing Impairment and Communication

Tools

Open DOI