Authors: Nader Butto
As organisms, human beings are integrations of matter, energy, and information. The present article offers a new vision regarding the nature of emotions and their influence on the physical body.
Knowledge from ancient cultures such as the Ayurveda and traditional Chinese medicine is integrated with quantum physics to present the anatomy of the soul using scientific language. The essence and nature of the psyche are described as the results of interactions between the soul and brain, whereas the soul is defined as being equivalent to a biofield that integrates energy and information. Mental activities, such as sensations, perceptions, feelings, and
emotions, are expressions of the movement of energy within various layers of the organism. These energy dynamics in the soul are guided by the wave interference principle. Resonance between the biofield and physical body creates a sense of well-being.
Psychological conflicts disturb energy flow due to destructive wave interferences that create discord between the biofield and physical body. These energy blockages interfere with physiological processes, leading to functional dysfunction and, if the conflict remains unresolved, physical disease.
Correlation between topographical changes and mental activity is explained using the Ayurveda chakras model and Chinese meridians system. The seven chakras energy network is associated with seven endocrine glands; this system connects emotions with seven aspects of life. The 12 meridians are associated with 12 organ systems, each being associated with a different mental and emotional activity. The correlations between psychological function
and chakras and meridians are presented. Positive emotions activate the corresponding chakras and nourish them, while psychological conflict blocks the energy flow of the corresponding gland. Chronic stress or unfavorable environmental conditions can accelerate, aggravate, or trigger disease manifestation.
This new approach affords a novel interpretation of mind–body relations and offers the potential for novel therapeutic interventions and disease prevention.
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