Text: Short for Electrogravitobiology. The closet thing to gravitobiology is the present photobiology, which deals with the biological effects of ordinary photons and electromagnetic waves. Photobiology is a small subset of gravitobiology. Gravitobiology also includes the bilogical effects of hidden coupled-photons and hidden bidirectional EM scalar waves inside scalar potentials - infolded spacetime itself. Since these hidden EM channels are utilized by the living biological system in all its primary control systems - including for cellular control and mind control - then gravitobiology drastically extends photobiology. Gravitobiology is the as-yet-embryonic science that deals with biological effects/uses of the unified electrogravitational field. It is understood that the unification of electromagnetics and gravitation is accomplished at the most fundamental level, that of the quantum particles of the fields. The graviton is considered to be composed of photons, but variable in size, dependent upon the number of photons comprising the graviton on the average. Thus the graviton is dynamic in structure and magnitude, contrary to present treatment in physics. To speak of a discrete graviton, then, having a stable average spin is to speak of a time-averaged entity that is a stable equilibrium state/structure in the violent virtual particle flux of vacuum. Present quantum field theory utilizes the photon as the quantum particle of the electromagnetic field, and the graviton as the quantum particle of the gravitational field. Each quantum particle is treated as quantized in spin, so that its spin never varies. However, in gravitobiology the graviton (and indeed, the photon as well!) is considered to be dynamically varying at each instant, at an incredible rate. When time-averaging yields discrete stable spin values, these are regarded as gravitons. Thus the individual, momentary graviton may have spin of two, more than two, or less than two, in contradistinction to present quantum theory. In gravitobilogy the graviton is statistically discretized but not actually individually quantized.

See Also: ATOMOLE; ATOMOLINI; GRAVITY; ELECTROMAGNETIC; GRAVISM; SPIN; PHOTON; LAW OF OSCILLATING ATOMOLES; LAW OF VIBRATING ATOMOLIC SUBSTANCES; QUATERNION; LEVITATION, VACUUM

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