Fluctuations of the planetary gravitational field and nonlinear interactions with matter
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For the first time, extensive investigations have been carried out into the harmonics of the planetary gravitational field. 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 were stable over billions of years in evolution and were able to unfold their effect. The gravitational forces are weak and only directly perceptible to the senses in the coupling of the sun and moon in the tides. As in non-linear optics, the special effects of the fluctuating gravitational ...
For the first time, extensive investigations have been carried out into the harmonics of the planetary gravitational field. 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 were stable over billions of years in evolution and were able to unfold their effect. The gravitational forces are weak and only directly perceptible to the senses in the coupling of the sun and moon in the tides. As in non-linear optics, the special effects of the fluctuating gravitational field only become visible in the harmonics. A correlation function constructed to show the change in probabilities for stable (harmonic) and unstable (disharmonic ) states is applied to a wide variety of situations and events. The correlation function found has been used to study the structure formation of human intelligence, the stability of mental processes, the developmental psychology of humans, social events and crises, but also the triggering of earthquakes 2. The fluctuating planetary gravitational field forms frequency patterns that can be used for predictions in an artificial intelligence.
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