3. Matrix Physics
The surface of the cell membrane, which has excellent dielectric properties, is called the glycocalyx.
Each cell of the body is a powerhouse of swirling electro-magnetic energy under the influence of electro-magnetic signals from the mind, brain and autonomic nervous system. Resonating chemical messengers mediate these electromagnetic signals, which are non-material or material information bearing radio wave like signals. The chemical messengers (hormones) are made up of chains of amino acids or their resonances that vibrate at coherent frequencies and carry poorly understood encoded information signals. These biological information signals traverse the matrix rapidly, much faster than nerve conduction, in the wave band frequency of light. A healthy matrix contains water, electrolytes and soluble fibrin, and has excellent electro-conductive and dielectric properties. It is therefore a good electrical conductor of bio-energy signals.
The signals work by stimulating receptors at end organ cell membranes and in cell nuclei into physiological activity. They may start with a thought (a coherently resonating information signal itself), or with an information signal from the body's own internal regulatory controls, (e.g. autonomic nervous system activity to do with appetite control or with temperature regulation). The signals trigger intracellular enzyme systems into various activities, such as making digestive enzymes, or mediating voluntary muscle movement. They may also cause an output of mind-influencing neurotransmitters such as ACTH and beta-endorphin from the anterior pituitary gland, or mood enhancing serotonin from the brain.