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 121 As can be seen from the table, transition states of sulfur have different constructive types of gratings, but in the information exchange the type of grating should be one. With the γ -radiation obtained, α - decay should have the same type of grating. This property is possessed by αP4 and γP4 (cubic grating). Sulfur isobars is phosphorus, it is part of the DNA structure . In addition, phosphorus isobars have a direct connection with all the energy structures that are created on the Earth, since all energy-information structures have a cubic grating. Thus, the property of sulfur to store hydrogen blocks has a direct relationship to phosphorus, too, so the S-H graph can be replaced by P-H . Moreover, hydrogen blocks already have cubic gratings, that is full compatibility is available. Four cubes, linked together, is an information block. Communication with the external environment is carried out through hydrogen blocks, which are the basis of both water and many other structures created on the Earth. Exactly such basic structure is the basis for DNA, too. Thus: - sulfur is the basic element on which all structures are built; - sulfur is one of the main element in chemistry, when processing sulfur is tended to be removed, so that the external conditions initiated by sulfur will not affect the products quality; - sulfur does not have a cubic grating necessary for the independent formation of the information node; - the closest sulfur isobar is phosphorus, which has a cubic grating in the information structures needed for information exchange; - Like sulfur, phosphorus has an ability to hold hydrogen, which is the controlling element of the information exchange; - hydrogen, held by phosphorus, has a cubic grating; - hydrogen in phosphorus and hydrogen in water have the same grating structures. Without information support from the former Control Complexes, most of the previously established functions of individuals of the Brain