N. LEVASHOV'S «SVETL BROOM» IN A. KHATYBOV'S «BATH SCHOOL» AND A LABOUR SPADE. BOOK 4. THE PHYSICS OF THE REALITIES

F. Shkrudnev N. Levashov's "SvetL Broom" in A. Khatybov's "Bath School" and A Labour Spade 255 2. No "object" can approach the electron star (the gravitation vector is from the center). 3. Electron stars warp space. 4. Neutrinos and neutrons do not change the intensity of the gravitational field (the gravitational vector is directed along the tangent, the motion – along the spiral). 5. The intensity of the gravitational field is changed by "electron" stars and Black holes. 6. The intensity of the gravitational field is a calculated position. 7. When an "electron" star is formed, the magnetic field is destroyed, that is, neither the "electron" star nor the Black hole have a magnetic field. 8. The formation and destruction of "electron" stars and Black holes is subject to a certain cycle. This cycle is approximately equal to 31000 years. 9. Free neutrinos and neutrons affect the mechanism of formation of atoms external bonds (beyond the neutrino membrane). 10. The formation (destruction) cycle duration of the "electron" star or the Black hole is about 5 years (the Earth time). 11. Taking into account the direction of the gravitational field, we can not see the "electron" star, at the same time we can observe the place of the Black Hole appearance, and its dimensions can be calculated only by indirect data. 12. The speed of neutrons after the destruction of the neutron surface by the "electron" surface is C 9. 13. The speed of neutrinos after the destruction of the neutrino surface by the "electron" surface is C 10. Note that these speeds are so high that they are impossible to be calculated from the point of view of material masses movement. These speeds can be understood only when calculating resonant peaks. As the electron star cools, the gravitational field decreases, and the star becomes visible. From the point of view of a "philistine" the most interesting are the so-called "proton" stars. First, these stars possess both positive and negative electric fields, magnetic and gravitational fields. The