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 275 This accounts for the number of the "SvetL" Programs (no more than 75) that can be placed and applied in one Generator of the "SvetL" Complex and they can work autonomously and independently in the directions created for them or together, complementing each other. At present, according to the positions of recovery, there are 72 of them . In the first generation there were 36, but when creating a new Complex, taking into account the objectively required changes and "relying" on many by then known factors, including, the calculations of A. Khatybov, cited above, there were created 72 positions, which increased the number of the " SvetL " Programs in the assembly to the really possible. So, let’s consider the main groups of hydrogen atoms: - hydrogen, assembled of atoms at a "room" temperature (3.60K); - 2 types – positive and negative; - antihydrogen assembled of antiatoms at room temperature (3.60 K); - 2 types – positive and negative; - proton hydrogen – positive and negative; - proton antihydrogen – positive and negative; - electron hydrogen; - electron antihydrogen; - gravitational hydrogen; - gravitational antihydrogen. Only by the types of assembly we have 12 kinds of hydrogen. According to the location options in the cell: - hydrogen – 2 options; - proton hydrogen – 6 options; - electron hydrogen – 2 options; - gravitational hydrogen – 2 options. A total of 14 options of the hydrogen location (the same amount of antihydrogen). By the way, there are 14 space control laws. Conditions for assembling chemical elements THE MINIMAL STABLE GROUP OF ATOMS CONSISTS OF 4 ATOMS ; each group is presented by the polarity inside the cubic grating, framed with 3 neutrons and 3 neutrinos.