Breathwork, Music and the Ecstatic Brain: What Neuroscience Now Confirms

Every culture that has ever sought ecstasy reached for the same two tools first: breath and sound. Sufi dhikr, Pentecostal song, the Shipibo icaro, the drum of the Siberian shaman, the kirtan halls of Bengal, the pranayama of Kundalini yoga. Long before anyone had a word for neurotransmitters, people knew that changing how you breathe and what you hear changes who you are for a while.

Neuroscience has spent the last two decades catching up. The picture that emerges is far from mystical, and it is still remarkable.

Breath is the remote control you were born holding

Breathing is the one autonomic function you can also run consciously. That makes it a bridge between the parts of the nervous system you control and the parts you do not.

A 2018 systematic review by Andrea Zaccaro and colleagues in Frontiers in Human Neuroscience examined slow breathing, roughly six breaths per minute or fewer. Across the studies they reviewed, slow breathing was linked to increased heart rate variability, a marker of flexible, well-regulated physiology, along with shifts in brain rhythms and reports of greater calm and alertness.

Guy Fincham and colleagues at the University of Sussex went further in 2023, publishing a meta-analysis of randomised controlled trials in Scientific Reports. Pooling 785 adults across 12 trials on stress, they found small to medium benefits for stress, anxiety and depression compared with controls. They were careful to warn that trials were small and the risk of bias moderate, and that breathwork may help some people more than others (PsyPost summary).

Slow breathing calms. Fast, intense breathing does something different. Holotropic and Kundalini-style breathing push carbon dioxide down, alter blood chemistry and often produce tingling, emotion, imagery and a sense of energy moving through the body. These states are powerful and deserve a skilled container, especially for anyone with cardiovascular, respiratory or psychiatric conditions.

Music and the anatomy of a chill

In 2011, Valorie Salimpoor and colleagues at McGill published a landmark study in Nature Neuroscience. Using PET imaging, they showed that peak emotional moments in music, the shiver down the spine, coincide with dopamine release in the reward system. Dopamine rose in one region, the caudate, during the anticipation of the peak, and in another, the nucleus accumbens, at the moment the chill arrived.

Music, in other words, plays the same reward circuitry that food, sex and other primal pleasures use. It does so through pure pattern and expectation: tension building, a resolution delayed, then delivered. Composers have always been working the brain's prediction machinery.

Why the combination is so potent

Put breath and music together and you get a system that regulates physiology from the bottom up while recruiting reward and expectation from the top down. Rhythm entrains movement and breath. Breath shifts autonomic state. Melody builds and releases anticipation. Add a group moving and breathing together, and the effect compounds through social synchrony.

That is the architecture of nearly every ecstatic ritual on Earth. It is also the architecture of a good hypnotic session. The voice provides rhythm. Breath slows to follow it. Suggestion shapes anticipation and release. Hypnosis adds language, which lets the experience be directed toward a specific intention: release, healing, pleasure, insight.

A word on kundalini

Classical Tantric texts describe kundalini as a dormant energy at the base of the spine that rises through breath, sound and attention. Whatever one makes of that metaphysics, many people practising intensive breathwork report strikingly similar sensations: heat or current moving upward, spontaneous movement, waves of emotion. Neuroscience has not mapped kundalini, and I hold the claims lightly. The phenomenology is consistent enough across cultures that it deserves curiosity.

A practice

Choose a single piece of music that moves you, ideally one with a slow build. Lie down. For the first two minutes, breathe in for five and out for five. As the music builds, let the breath deepen without forcing it. At the peak, release a long exhale through the mouth. Notice what arrives in the body afterward, and how long it stays.

Breath, sound and trance are woven through the Ecstatic Hypnosis Retreat in Portugal, April 24 to 30, 2027.

Related reading

• Awakening Kundalini Through Erotic Trance
• The Neuroscience Behind Ecstasy and Suggestibility
• Pleasure Rituals Across Cultures

Sources

• Zaccaro, A., et al. (2018). How breath-control can change your life: a systematic review on psycho-physiological correlates of slow breathing. Frontiers in Human Neuroscience, 12.
• Fincham, G. W., Strauss, C., Montero-Marin, J., & Cavanagh, K. (2023). Effect of breathwork on stress and mental health: a meta-analysis of randomised-controlled trials. Scientific Reports, 13. Summary
• Salimpoor, V. N., Benovoy, M., Larcher, K., Dagher, A., & Zatorre, R. J. (2011). Anatomically distinct dopamine release during anticipation and experience of peak emotion to music. Nature Neuroscience, 14(2).