Embodied Language Learning

How does our body help us learn a new language? A growing body of research on embodied learning suggests that language learning is not solely a mental or symbolic process but is deeply grounded in bodily action and perception. Learning through movement, such as producing gestures, engaging in enactment, or physically interacting with objects, has been shown to significantly enhance language acquisition across age groups (see Figure 1). For example, when children act out a verb like jump or when adults use hand gestures while learning new vocabulary, bodily movements activate the brain’s sensory and motor systems, leading to richer semantic representations. These embodied experiences support deeper understanding, improve memory encoding, and promote more durable long-term retention.

Embodied processes operate across a wide range of language learning activities and learner populations. Research demonstrates that learners who produce gestures while learning new words show improved recall. Similarly, enactment through whole-body movements or object manipulation has been shown to enhance learning of action-based vocabulary, with positive effects observed among both children and adult learners. These embodied activities engage multiple modalities simultaneously, allowing learners to coordinate speech, movement, and perception in ways that enrich meaning construction. Learning therefore emerges from the dynamic coupling of cognitive, bodily, and environmental processes.

Embodied language learning also takes place in social and interactive settings. In collaborative learning environments, learners use gestures and shared bodily actions to coordinate attention, communicate understanding, and construct meaning together. Embodied interactions become resources for collaboration, enabling learners to negotiate meaning, align perspectives, and support each other’s learning through action as well as speech. These processes highlight the inherently social nature of embodied cognition in language learning.

Advances in educational technology have expanded the possibilities for embodied learning by introducing interactive and immersive environments such as mixed reality. In these contexts, learners can manipulate virtual or physical objects, engage in embodied simulations, and synchronize movement with language use. At the same time, multimodal analytics enables fine-grained analysis of learners’ gestures, movements, and verbal interactions, providing new perspectives on how embodied behaviors relate to learning processes and outcomes.

Research Questions

1. How do different forms of embodiment contribute to language learning?
2. How do these effects depend on embodiment design and learner characteristics
3. How do embodied interactions support meaning-making in collaborative contexts?

Team

Xiaoxuan Li, Julia Chatain, Fan Wang, Rudolf Varga, Manu Kapur

State of the project & Publications

Our manuscript is currently under review, and the experiment is currently under development.