Can awareness remain when thoughts, perceptions and the usual contents of consciousness become unusually quiet? A study published in the October 2026 issue of the Journal of Cognitive Neuroscience offers one of the clearest attempts yet to investigate that question experimentally, using high-density EEG and detailed reports from experienced practitioners of Transcendental Meditation.
The researchers studied 33 experienced meditators and 33 age- and sex-matched controls. The meditators practiced Transcendental Meditation, while controls performed a mental counting task. Afterward, participants reconstructed how their experience changed over time using a method called Temporal Experience Tracing, allowing the researchers to compare subjective reports with changing patterns of brain activity.
The state of interest was what the authors call “pure awareness”: a wakeful condition in which awareness is present while internal thoughts, external perceptions, body sensations, time and spatial orientation become greatly reduced. In philosophy of mind, states of this kind are sometimes discussed as examples of minimal phenomenal experience — consciousness with very little content.
The meditators reported significantly greater intensity and greater moment-to-moment variability of pure awareness than the control group. Notably, those reports were not significantly related to the number of years participants had practiced meditation. The authors interpret that result cautiously, suggesting that the experience may depend less on progressively greater effort and more on the specific way the technique alters ongoing cognition.
The EEG findings were not reducible to one simple signature such as a single frequency band or one isolated brain region. Instead, the researchers found distributed multivariate patterns involving temporal entropy, aperiodic activity, complexity and functional connectivity.
When meditation was compared with the counting condition, temporal entropy and aperiodic dynamics were among the strongest features distinguishing the two states. But when meditation was compared with each practitioner’s own resting baseline, low-frequency functional connectivity became more important. The authors describe this as a double dissociation: different neural properties separated meditation from ordinary cognition than separated meditation from ordinary rest.
That distinction matters because it argues against an overly simple idea of “pure awareness” as a brain that has merely become quieter. The state appeared to involve both increased diversity in some neural dynamics and greater coordination in others. In other words, reduced mental content did not correspond to neural inactivity.
The study also found little evidence that the meditation state simply carried over into subsequent rest. By contrast, the counting task produced more residual change after the task ended. This supports the interpretation that the observed neural pattern was tied to the meditative condition itself rather than being only a broad after-effect.
The philosophical significance is substantial. Much of consciousness research studies what people are conscious of: images, sounds, decisions, memories or external stimuli. Pure-awareness reports raise a different question — whether consciousness can be meaningfully studied when its ordinary contents are minimized. The new work does not prove that a completely contentless consciousness exists, but it gives researchers a more rigorous way to investigate claims that contemplative traditions have made for centuries.
The authors frame the project as neurophenomenology: combining first-person descriptions with measurements of the nervous system rather than treating subjective reports as irrelevant noise. That approach is especially useful for unusual states of consciousness, where the internal structure of the experience is part of the phenomenon being studied.
Important limits remain. The sample was relatively small and involved practitioners of one standardized meditation technique. The control condition was mental counting, not another meditation practice. The study also identifies neural correlates rather than demonstrating that any particular EEG feature causes the experience of pure awareness.
There is also a funding consideration worth noting: the study received support from the David Lynch Foundation UK, an organization associated with Transcendental Meditation. The experimental protocol nevertheless underwent research ethics review, and the findings were published in a peer-reviewed neuroscience journal.
For readers interested in how contemplative practice is being approached scientifically, Templum Dianae has also examined advanced meditation and changing brain criticality as well as the broader spiritual traditions surrounding meditation in Hinduism.
References
https://pubmed.ncbi.nlm.nih.gov/42213535/