Hello!
For a very long time, in the distance, I was waiting for this moment to present my accumulated extensive material in an accessible form. These are abstracts of various themes and data from years of research. There will be presented research and technological projects, philosophical treatises of theoretical and practical bases. The main theme of my research is the functional structure of nuclear symbols. This definition does not correspond to the traditional notion of the structure of the atomic nucleus. This definition supplements and develops a general idea of the nature of our consciousness. In this case, the method of determining the structure of the nucleus corresponds to the logical relationships of the numerical values of known mathematical and physical constants.
For this, the available logic is used, which determines the unity of the measured general perception of the material world. The theoretical basis for the results of my research is not the position of a "militant" refutation of official science. General science is a classical approach to the scientific worldview of a not claimed part of the consciousness of the existing concept of the origin of the nature of the being.
Then, long ago, in the late eighties, when the publications of the world's leading scientific publications tried to reunite in a single theory the data defining the general philosophical concept of the World, for me, this definition of the beginning became a blank sheet.
In this topic, I will be presented with logic based on the philosophy of mathematical inferences before physical and chemical processes. In this paper, there are no integral equations and trigonometric constructions of a dimensional space and time. There will not be quantum mechanics and nuclear models. The whole essence of my work is reduced to undeniable constants and functional structures of numerical and nuclear symbols.
The development of this logic allowed us to supplement and determine the real numbers and structures of nuclides of nuclear symbols. On the basis of these conclusions, I compiled a cyclic table of all isotopes. The general principle of the sequence of the distribution of nuclear symbols in this table corresponds to the ratio of the mass number to the charge. This definition made it possible to disclose the effect of Mӧssbauer nuclei and explain the mass defect.
These data make it possible to determine the construction of the process of resonance of mirror projections of genetic functions in structural nuclides. For genetic functional structures, the importance of symmetry is the basis for the connection of functional projections in a single volume. This circumstance makes it possible to design the value of different isotopes from the point of view of their distinctive genetic properties. Thus, the process of forming the phases of the volume structure contains a set of conditions for selecting the necessary functions for the content of the characteristic properties of the corresponding structure of the genetic symbol.
These studies support the hypothesis of the distribution and development of genetic functions relative to the structure of the primary volume (Pi / 6) for all isotopes. The code of the projections of the connection of the basic functions in the structure of the unit is replaced by the number of the nucleon of the nuclear symbol. This number is projected in a general volume structure with the subsequent development of nuclear functions. Thus, each value of a numerical structure contains information of various nuclear functions unknown to science. These data come from the known physical constants of the proton and neutron and the structure conditions (Pi). The basis of the neutron and proton ratio is the volume of the number of the neutron event in the transformed volume structure: (exp 2)^-1. This value does not correspond to the structure of an integer, due to the difference in volume (3^-1) in the changed structure of the unit.
In this case, the analysis of the change in the unit structure is presented as a change in the number of volumes (3^-1). The process of containing the base of the volume (3^-1) encodes the information of the proton function before the formation of a given volume.
Conditions: [Pi (n^3)] encode the proton position relative to the code: [1/4 (expPi)].
The process of substitution of the conditions of the function: [((mp + mn) / mp)^-1], determines the development of the connection of the basic functions and the formation of the number of the next nucleon.
There is an accent here. The volume function: [((mp + mn) / mp) ^ - 1], establishes a consecutive series of integers - the number of the degree of functional connection in the structure of events.
This sequence divides the functions of the proton and neutron into the structures of the square root and cubic root. The sequence of functional pairs corresponds to a changed degree with respect to the number of nucleons. Thus, there is a cardinal progression of the numerical values of the proton and neutron. Here, the number of degrees separates the proton functions from the neutron. The proton takes the degree of a square. The neutron is in the cubic degree of volume.
This mathematical model makes it possible to determine the intermediate relationships of functional properties in different isotope structures.
The information (m / z) of asymmetric nuclei establishes a definite character of the connection of the basic functions. For example, the quantitative value of protons and neutrons in heavy nuclei make up the distribution structure in its volume of more distant functional projections. In this case, at almost every energy level, new nuclear properties can be formed, followed by the formation of an appropriate structure. The distribution information of the basic functions is contained in the initial numbers of the ratio (m / z).
Here, the philosophical significance:
[(1 + 1) ≠ 2] acquires practical meaning. For the initial data of the connection of the basic functions, the actions are applied:
(1) (m / z)^3 and (2) [(m / z) / ((m / z) -1)]^3.
In the first case, the ratio of the volume of proton functions, in the second, the ratio of neutron functions. The ratio of these functions always corresponds to the value of the approximate number [4]. In this case, the ratio of the basic functions of the energy levels contains the code of the number of projections of previous or future nuclides.