BOOK 2. THE BATH SCHOOL. N. LEVASHOV'S «SVETL BROOM» IN A. KHATYBOV'S «BATH SCHOOL» AND A LABOUR SPADE

Book 2. The Bath School. Chapter 2. Physics of the Bath Taking Process 116 The experiment caused panic in the scientific community, the results and the new problem were immediately reported to all the higher organizations (up to the United Nations). The lack of control funds due to the lack of funding prevented at the time of the experiment to make it clear when the testicles and breasts disappeared – at the time of soaping or after the mice were kept in the soap solution for more than an hour. If at the moment of soaping, then we have a direct confirmation of the process of annihilation, when only the cat can see new testicles and breasts in mice. Otherwise, we are dealing with the superposition, and such a mouse becomes "inedible". The uniqueness of the experiment is also in the fact that after wetting the mice with a towel there was no moisture left on it, that is, when annihilation due to a change in pH in conditions of the web grating presence, even water receives an octave of 45.5, and such water could not, of course, leave a trace even on a towel. The new ionic structures formed during annihilation have nothing in common with the original structure, with the exception for the program. The increase in the octave of metabolic processes alters all kinds of metabolic processes in the cell itself, and in the case of the octave exceeding the new ion structures above the Brain octave, the cell can assume some of the functions of the Brain. 2.7. Archimedes Spiral As already mentioned, Archimedes' Spiral is the main influence on the wave node phase. The formation of vortex flows, for example, air, as well as directed movement of any liquids and free-flowing bulk materials is subject to certain laws. The same laws also apply to the motion of non- inertial masses. Let’s consider Coulomb’s law: = $ ∗ ∗ ( ) ) The operator i determines the sign of the formula depending on the charge slip angle. The charge can only be negative, but when the specified angle is reached, it reverses the sign (not the charge itself becomes positive, but the angle sets its sign). This is especially important when calculating the directional motion of a non-inertial mass, and disregarding the charge-sign relationship does not allow creating even a model of a controlled process.