Archive · 23 May 2025
Sadhguru's Samyama Sadhana Meditation May Slow Brain Aging
Harvard-affiliated researchers studied the effects of Samyama Sadhana meditation on brain age.
This meditation, developed by Sadhguru, involves intensive practices during an eight-day retreat.
Scientists found that people who practiced Samyama Sadhana had brains that looked about 5.9 years younger on average.
Brain scans during non-REM sleep were used to compare meditators with others.
The research adds to evidence of meditation's positive impact on brain health, and potentially reversing age-related decline.
Researchers also noted enhanced brain connectivity.
Harvard-affiliated researchers studied Samyama Sadhana meditation's effects on brain age.
The study involved participants in an intensive 8-day retreat designed by Sadhguru.
Meditators showed an average brain age nearly 5.9 years younger than their actual age.
The study compared brain scans during non-REM sleep of meditators with others.
Researchers suggest these practices can rejuvenate the brain and reverse age-related decline.
- Who
- The study was conducted by experts from Massachusetts General Hospital and Beth Israel Deaconess Medical Center, focusing on individuals practicing Samyama Sadhana meditation.
- What
- The study found that Samyama Sadhana meditation may slow down brain aging, with meditators showing a brain age nearly 5.9 years younger.
- When
- The study was recently conducted, with findings suggesting positive impacts.
- Where
- The study was conducted by researchers from Massachusetts General Hospital and Beth Israel Deaconess Medical Center.
- Why
- The study aims to understand the impact of Samyama Sadhana meditation on brain aging and its effects.
- Meditation Technique
- Samyama Sadhana
- Research Institutions
- Massachusetts General Hospital, Beth Israel Deaconess Medical Center (Harvard)
- Study Focus
- Brain Age
- Lead Researcher
- Dr. Bala Subramaniam
- Brain Age Difference
- 5.9 years younger (average)
- Key Finding
- Enhanced connectivity between the salience network (SN) and the default mode network (DMN)