N. Levashov's «SvetL Broom» in A. Khatybov's «Bath School» Book 3. The Cell and Health

Book 3. The Cell and Health. Chapter 6. Beyond one’s comprehension… 388 distinguishable objects m of our contemplation or our thinking (which will be called "elements" of the M set)". Let us consider the notion set as applied to the observable Nature. For example, a lot (set) of trees in the forest. A set " forest " has borders that can be outlined by the trees that are in this set. When the trees come to an end, it is obvious that the set forest, too. Another example of such a set is a sheet of paper , on which a lot of letters (set) are printed. Can a set of letters be determined through the letters? No, it can not, the letter has its own system of description (coordinates), in which it is impossible to describe letters with other outlines. To display the mutual arrangement of letters, there should be an external system of (coordinate) description. The dimensionality of the external coordinate system must be more by the coefficient that determines the solution of the problem. Obviously, the coefficient can be represented by the matrix D both from rational and irrational numbers (frequency functions). It is necessary to consider the minimum and the maximum number of such coefficients required to describe the set. The set is the domain (medium) of existence of ℝ 0 some whole subset ℕ 023 , a well-defined set of objects of our contemplation or our thinking, which will be called "elements" of the subset. ℕ 423 . An empty set consists of domains having the same dimensionality: ℝ = 6 ; where L = N = T = M. That is, they are interchangeable. Definition Æ is an empty set. Zero structure – the Æ structure is a structure that contains within itself all the information necessary for the life cycle that you want to realize into a real action with respect to the Programs or the Brain (directly), which is also possible, but extremely dangerous and difficult if there is no understanding of the following calculations, both in physical representation and in non-physical (non-material). We transform the linear mapping of the Æ – structure into a two- dimensional (linear-frequency), that is, through the complex expression: a+b i , that is, we perform the inverse operation, where the points are (linear) points of the input-output information (frequency) flows from and into a certain Mobius sphere uniformly distributed in the "space" of a two-dimensional Æ – structure (mapped by a primitive of a