Fluctuations of the planetary gravitational field and nonlinear interactions with matter as an element of artificial intelligence.

Abstract

For the first time, extensive research has been done on the harmonics of the planetary gravitational field [1]. Gravity is a force that acts both on large scales, the planetary system, and on small scales, on the micro scale of atoms. The kinematics of the planets correspond to oscillators that have been stable and have been able to exert their effects over billions of years of evolution. The gravitational forces are weak and sensually only in the coupling of sun and moon in the tides directly noticeable. As in nonlinear optics, the special effects of the fluctuating gravitational field become visible only in the harmonics. A correlation function constructed to indicate the change in probabilities for stable (harmonic) and unstable (disharmonic ) states is applied to a wide variety of situations and events. The found correlation function was used to study the structure formation of human intelligence, the stability of mental processes, human developmental psychology, social events and crises, and also the triggering of earthquakes [2].