Cosmic energies and mankind: graphs for reflection - стр. 18

Magnetic fields on Earth change in time, but retain their basic structure for decades. Therefore, they are predictable.

http://info.geomag.us/Mainfield/main_F_2006.jpg

According to these data, the change of the Earth's magnetic field is consistent with its rotational velocity day by day. The Earth's magnetic field and its velocity are interrelated quantities. This also applies to the Earth's rotational velocity and magnitude of the force of gravity. This was discovered by European scientists. The data are systemic, in-depth, evidence-based, experimental, expensive… But this relationship was once discovered and experimentally proven by the Russian scientist A.F. Chernyaev (1996, 2007). Alone, with scales in hands and limited financial opportunities. The content and even the title of his work is fascinating: Pulsation of the Earth, change in the weight of bodies and gravitational "constant". М.: 2007. – 101 p. The answer to the essence of the relationship between gravitational and magnetic fields lies in the title of the work itself.

Thus, having accurate data on the Earth's magnetic field, we can assume how gravitational field changes, how the Earth's rotational velocity changes and will change. Yes, the Earth's gravitational field is predictive for many indicators important to us. But it is hard to measure. Whereas the Earth's rotational velocity is much easier to measure. And it is related to the intensity of magnetic and gravitational fields. This applies to different cycles: both daily and millennial.

By knowing how the Earth's rotational velocity changes, we know how EEG changes among people, how the type of their personality changes. There is the statistics, there are the models, there are the forecasting methods. These models may be extrapolated both for understanding the future and for understanding the underlying psychological, psycho-physiological, biological prerequisites, causes of certain historical events. Provided that we know the intensity of magnetic, gravitational fields or the Earth's rotational velocity. This matter is not so simple. We know the approximate Earth's rotational velocity only since 1650, the accurate one – since 1962. In this regard, the physical indicators and phenomena that indirectly reflect and reflected in the past the Earth's rotational velocity become particularly relevant. These are the tree ring width, the content of isotopes in them, the average Earth's temperature, etc.

But before we begin analyzing this problem, let us note once more that magnetic fields on Earth are relatively stable. For their instability makes all the previous assumptions untrustworthy.