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

Book 4. The Physics of the Realities. Chapter 5. Atoms do not live alone 266 In the Cosmos there is an equal number of connected neutrinos and antineutrinos: in one bundle there are 4 neutrons, 2 neutrinos and 2 antineutrinos. In the formed space, an area (inside the space) is separated, which is the zone of the 0-passage, along which the motion of neutrons, neutrinos and antineutrinos takes place. This zone is a gravitational amplifier – similar to magnetic amplifiers in synchrophasotrons. The space is quantized , and the mass (frequency) can not move in a different way than it is determined. Since when detaching from the surface the magnetic field is lost, the moving particles (waves) do not rotate, so we can consider a quantized cellular field with intersecting planes of the O-passage . We note the features of mass motion in the O-passage zone. All masses, including a quantum of light, move in the O-passage zone. The O-passage zone is a C30 - wide band. The closer to the center of the band, the greater the mass (frequency) speed. Any mass moves without resistance along the band, but masses that do not coincide with C30 in frequency, pass any distance without increase in speed. So, the speed of a quantum of light is constant. Acceleration of masses refers to neutrinos and antineutrinos, they move through space with unlimited speed. The "speed up" takes place slowly, which is influenced by gravitational masses. When approaching the gravitational mass, deceleration occurs, and the speed of the "particle" becomes commensurable with the laws in force for the particular mass. Let’s consider the spatial arrangement of the O-passage zones. It is such that it clearly shows the "puff pie" consisting of: - Neutral blocks (4 neutrons, 2 neutrinos, 2 antineutrinos); - Neutrino block (4 neutrons, 4 neutrinos); - Antineutrino block (4 neutrons, 4 antineutrinos). A separate chapter is devoted to the investigation of this "pie".