June 2026 · Working paper
DOS Institute Research Team
Neurobiology, Meditation, EEG, fMRI
Introduction
Mandala meditation represents an ancient practice of contemplating geometric patterns that has attracted the attention of neurobiologists in recent decades. Modern neuroimaging methods allow us to study the mechanisms of visual pattern influence on brain activity.
Research Methodology
Status: protocol in development. The planned study will involve volunteers aged 18 to 65. Planned methods:
- EEG — for recording brain electrical activity (protocol pending)
- fMRI - for visualizing blood flow changes in various brain regions
- Psychometric tests - for assessing cognitive functions
- Subjective reports - for analyzing participants' experiences
Literature Review and Working Hypotheses
DOS Institute working paper. Below is a synthesis of open research and hypotheses for a planned pilot—not results of a completed clinical trial.
What science suggests
Meditation and visual attention studies suggest focused contemplation may relate to EEG rhythm changes (alpha, theta) and engagement of visual and prefrontal networks. Symmetric geometric patterns are used in art therapy and mindfulness; mechanisms remain an active research area.
Hypotheses for the DOS Institute pilot
- Contemplating symmetric patterns may support relaxation-related markers at rest.
- Visual complexity may correlate with depth of attentional engagement.
- Combined visual focus and sound support may improve subjective stress reduction.
Testing is planned after protocol finalization and ethics approval.
Creating Your Own Mandalas
Creating mandalas can be as therapeutic as contemplating them. DOS Institute has developed scientifically based methods for creating personalized mandalas:
Traditional Methods
- Start with simple geometric shapes
- Use symmetrical patterns
- Experiment with colors
- Don't strive for perfection
- Enjoy the creative process
DOS Institute Scientific Technologies
Our institute has developed advanced algorithms for creating personalized mandalas based on:
- Biometric data analysis: Accounting for individual brain activity characteristics
- Machine learning: Algorithms that adapt to psycho-emotional state
- Neurophysiological parameters: Creating mandalas optimized for specific brain rhythms
- Goal-based personalization: Mandalas for relaxation, concentration, creativity, or meditation
- Adaptive generation: Dynamic pattern changes depending on practice progress
DOS Institute Technologies
Our algorithms use multiple personalization parameters (breathing, color, geometry) to adapt visual sessions; effectiveness is evaluated in pilot programs.
Conclusion
Mandala meditation has a promising neurobiological basis; DOS Institute develops evidence-informed approaches and pilot protocols for personalized visual-sound wellbeing programs.
References
- Lutz, A., et al. (2004). Long-term meditators self-induce high-amplitude gamma synchrony during mental practice. Proceedings of the National Academy of Sciences, 101(46), 16369-16373.
- Tang, Y. Y., et al. (2007). Short-term meditation training improves attention and self-regulation. Proceedings of the National Academy of Sciences, 104(43), 17152-17156.
- Jung, C. G. (1969). Mandala symbolism. Princeton University Press.
- Khanna, S., & Greeson, J. M. (2013). A narrative review of yoga and mindfulness as complementary therapies for addiction. Complementary therapies in medicine, 21(3), 244-252.
About DOS Institute
DOS Institute is a leading research center specializing in the study of consciousness, self-regulation technologies, and integration of ancient practices with modern science. Our research is aimed at creating scientifically based methods for improving quality of life and cognitive development.