At the growing intensity of the solar northern magnetic pole EEG frequency among subjects increases, ECG frequency decreases. EEG frequency also increases at the slowdown of the Earth's rotational velocity. Coincidence of these two factors leads us into a special mental state, in which we are capable of breakthrough in development. These results were obtained on the sample of Russians aged 20 to 55 years that includes more than 1700 people.

According to these results, at the slowdown of the Earth's rotational velocity EEG frequency among subjects started to grow. We have been observing this since the beginning of the 2000s. At the increase in EEG frequency and at the transition of brain activity to the right half the creativity among people begins to grow.

At the decreasing EEG frequency creativity among Russians and people that live on the Russian territory also decreases. At its growth – creativity grows, and so does the spirit of collectivism, it becomes possible to unite people based of the idea of achieving a socially significant goal.

Conclusion on Chapter 2

All living things on Earth develop under the influence of cosmic energies. Presently, it can be stated that these energies have electromagnetic and gravity-spin components. The most systematic views on the essence of these cosmic energies, as well as their description are proided in the studies by V.L. Dyatlov. His thoughts and calculations in this field have important applied and methodological significance. Whereas the "gravity-spin energies" term is a compromise between the supporters of classical and new Physics.

Chapter 3. From width of annual tree-rings to analysis of cosmic energies’ dynamics and development of a society

What is important for the common sense is the relation between tangible and measurable things and the ongoing global processes. To predict the development of the mankind, depending on cosmic energies, such indicators as the increase in number of annual tree rings, the Earth’s rotational velocity, global temperatures, concentration of the isotopes contained in ice cores and in tree rings and others are crucial to consider not only for the common sense, but for the scientific predictions.

3.1 Relation between width of annual tree-rings and the Earth’s rotational velocity in the past

The relation between the width of annual tree-rings, their thickness and the saturation with radioactive isotopes is extremely complicated. But fortunately, there are scientific institutions that have already studied this relation systematically (see.

Change in width of annual tree rings is shown in the model below created by the scientists.

Rт = е (Gt, Ct, D1t, D2T, Et)

Gt = change in width of annual tree-rings along with the change of the tree age

Ct = climate that influences the growth: precipitation, temperature, atmospheric pressure, forest fires, El Ni~no and others.

D1t = growth impediments on the local level: influence of insects, air pollution and others.

D2t = growth impediments on the regional level: fires, floods, earthquakes, volcanism, erosion and others.

Et = “errors”, variability because of other factors different from Gt, Ct, D1t, D2T ones.

And how will the tree rings will be increasing in their number, if we consider the factors listed above, standardize them and bring their impact to an average one? It can be found out by means of generalization of the biggest number of cases of measuring the widths of annual tree rings in different regions, in other words, by enhancing the number of samples, when the factors listed in the formula begin to do leveling of each other. This is the classical way of reducing the statistical sampling error.

This can be also reached by referring to growth of tree rings’ measurements in unique regions where the above mentioned factors have minimal effect. There is such place and it is located in the USA near the Colorado River.

This is the unique place where the deviations from the average values in the width of tree-rings correlate very well with the Earth’s rotational velocity.

It can be seen from the graph that, when the Earth’s rotational velocity reduced rapidly in the second half of the 19th century, the width of annual tree-rings increased dramatically.