Some researchers have proposed that the protein
fabric of the body acts as a fiber-optic system. S. Pankratov, a Russian
researcher, projected light on acupuncture points and measured light output
from other points along the same meridian, and found that this caused these
other points to emit light. He concludes that the meridians are preferential
pathways for the transmission of light in the body.
Other researchers have determined that protein
molecules also transmit subtle electrical signals throughout the body, an
activity called semiconduction. The eastern European researcher, Albert
Szent-Gyorgyi, was the first to point out that the molecular structures of the
human body are organized enough to support semiconduction through passing
information along chains of protein molecules.
Robert Becker constructed many experiments to
test this principle, and concluded that energy transmission and communication
of the meridian system is based on such electrical semiconduction. He
postulated that these direct currents represent a fundamental aspect of our
electro-physiology that supports healing and regeneration, and acupuncture
points were, in effect, way stations that boosted the charge along the
pathways.
Therefore, both light and energy and subtle
electrical energy are transported throughout the body via chains of protein
molecules. Further research has shown that these two forms of energy
stimulation may be administered together, and can enhance each other's
effects. The ECT system of colorpuncture fully utilizes these principles and
findings of biophysics to slow the aging process.
