Swiss and Indian Researchers Use EEG Technology to Measure Brain Activity During Meditation

A Geneva-based R&D group and an Indian university demonstrated live brain monitoring of meditating participants using EEG and brain-computer interface technology in Bengaluru.

In Bengaluru on October 1, researchers strapped EEG headsets onto meditating participants and projected their brain activity in real time — a public demonstration of what organizers are calling 'Quantified Meditation.' The event was led by All Here, a Geneva-based research and development organization, working alongside the World Meditation League (WML) and S-VYASA Deemed to be University, an Indian institution with a focus on yoga and integrative health sciences. The technology used — electroencephalography (EEG) and brain-computer interface (BCI) systems — captures electrical signals produced by the brain and translates them into visual patterns that can be observed as they occur. Applying this instrumentation to meditation practice allowed researchers and attendees to see measurable changes in brain states during the session itself, rather than relying solely on post-session analysis. The collaboration brings together European and South Asian scientific institutions around a shared interest in making meditation scientifically measurable and verifiable. S-VYASA, based in Bengaluru, has an established research track record in yoga and mind-body medicine, while All Here is focused on applied neurotechnology development out of Switzerland. The sources available — all three carrying identical wire-service copy from VMPL — provide limited detail beyond the event's basic description, leaving open questions about the number of participants, specific findings, and how the data will be used going forward.

Why it matters

Applying real-time EEG and BCI monitoring to meditation in a live, public setting represents an effort to bring empirical measurement to a practice that has historically been difficult to quantify scientifically. If scalable, such methods could advance clinical and academic research into how meditation affects the brain.

Key facts

Bias & framing notes

All three sources publish word-for-word identical text drawn from a VMPL wire release — a paid press release distribution service — meaning there is effectively only one source, and it originates from the event's own organizers. No independent journalistic reporting, external expert comment, or third-party verification is present. The framing is entirely promotional, with no critical or skeptical perspective offered.

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