EEG-interactive VR meditation improves concentration, relaxation, and emotional regulation in students

Mental health challenges among college students are becoming increasingly prevalent worldwide, with many existing interventions struggling to maintain engagement and provide effective environmental support. A new study published in the KeAi journal Landscape Architecture and Sustainability demonstrates that virtual reality (VR)-based mindfulness meditation, particularly when combined with electroencephalogram (EEG) biofeedback, can significantly enhance concentration, relaxation, and emotional well-being among university students.

Although mindfulness meditation has long been recognized as an effective approach for reducing stress and improving emotional regulation, traditional practices often rely heavily on verbal guidance and sustained internal attention. However, for many college students living in distraction-rich environments, maintaining focus during meditation can be difficult. To address this challenge, researchers from Harbin Institute of Technology and The Hong Kong Polytechnic University integrated embodied cognition theory with immersive VR technology to create a novel mindfulness intervention framework.

The research team designed four meditation environments with different levels of embodiment, ranging from traditional audio-guided meditation to a highly interactive VR system that combined audiovisual immersion with real-time EEG feedback. In an experiment involving 52 university students, the researchers assessed emotional state, mindfulness awareness, concentration, and relaxation using psychological scales and physiological measurements.

The results revealed that the VR audiovisual-EEG interactive meditation environment produced the strongest therapeutic benefits. "Participants showed greater improvements in positive emotions, reductions in negative emotions, higher mindfulness levels, and significantly enhanced concentration and relaxation compared with both traditional meditation and lower-embodiment VR interventions," shares lead author Tongyu Li.

Interestingly, the researchers also found that adding olfactory stimulation did not improve concentration and, in some cases, appeared to distract participants, highlighting the importance of carefully balancing multisensory inputs in therapeutic design.

"Our findings suggest that bodily perception and environmental interaction can help users enter deeper meditative states and strengthen their sense of immersion," explains Li. "By combining VR technology with real-time physiological feedback, we can transform mindfulness from a passive listening process into an active mind-body interaction experience."

Building on these findings, the team developed a VR therapeutic platform called "Lotus Realm," which dynamically adapts virtual environments according to users' brainwave activity. The researchers believe that this approach provides a new pathway for digital mental health interventions and may support future applications in higher education, public health, and personalized psychological care.

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Contact the author: Tongyu Li, School of Architecture and Design, Harbin Institute of Technology, Harbin, China; Key Laboratory of Cold Region Urban and Rural Human Settlement Environment Science and Technology, Ministry of Industry and Information Technology, China, litongyu@hit.edu.cn

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