Themathematicalstructureofanelectronopensthemechanismofemergence of a charge. This mechanism is in a three-dimensional spiral projection of the main nuclear functions.

Really, if to consider mass of an electron: m_e= 0,5110034 MeV.

From the point of view of volume, the structure of number of energy of an electron will make:

                            (a)    3√[(0,5110034 * 6) / 3] = mp (1,007282437)

                            (b)    [3√(0,5110034 / π)]^-1 = mn (1,008149512)

It corresponds to nuclear units of mass of an electron:

                            (c)  {2[Ln m_e(9,109534 * 10^-31)^-1]} + 1 → (a)

                            (d)   (mp / m_e)^-1 → m_e

Conditions (a) are intermediate option. Conditions (b) ? initial and final option. It is necessary to notice that in a condition (b) degree [n^-1] is used. This field of number of a neutron.

In this case, the projection of communication is in the disk horizon. But the proton has own field [mp^-1], and at a neutron own number [mn]. In the conditions of volume, variable expression

[n ↔ n^-1] looks like a spiral. But how it occurs?

Genetic feature of three-dimensional structures comprises the difficult maintenance of power projections. For example, the group of chemical symbols of Oxygen, Nitrogen, Helium and Carbon have the general proton, but different numbers of neutrons. Therefore, the general proton can contain structure of several various neutrons. Thus the external condition of power volume of a proton is in a static condition. But, the internal maintenance of volume, corresponds to the relation of each neutron. Here the special structure of Oxygen is necessary. The relation of a field of a proton of Oxygen to number of its neutron are almost ideal. Such ratio of the main functions confirms ability of Oxygen for free reorientation in own structure. This structure contains extent of transition from a proton to a neutron in value of energy of an electron [me]. The number of the general proton of genetic symbols corresponds to the minimum shift of the main functions relatively to the general symmetry of energy of an electron:

                               (e)     Ln [(mp’^-1)^16] + 0,5 = 0,5110034

It is characteristic for structure of degree of neutrons in a three-dimensional projection:

                               (f)     ³√[√(mnO * mnN * mnHe)] = [(mp^0,5110034)^-1]^2 →  mp

The sum of the relations of the maintenance of structure of a proton forms the general field:

                               (g)    ³√{[((mp / mnO) + (mp / mnN) + (mp / mnHe)) /3]^-1} → mp

Thus, the offered model contains not only power levels, but also divides temperature borders of numerical structure in total amount. Division of temperature borders forms the new relations between various numbers of neutrons. For example, field of number of a neutron of O¹⁶, phase: [(A + B) / A], becomes a proton of an isotope of N¹²of the same phase. In turn, the number of a neutron of an isotope of N¹²corresponds to number of a neutron of He⁴of the general phase. Growth of mass number or a genetic projection of communication is formed in structural conditions of own kernels. It is possible to apply external expression of chemical symbols to convenience. For example, the initial sequence of numbers of neutrons of the general structural phases He⁴and N¹²completely corresponds. Whereas, their protons are in various orientations. The first proton of N¹²corresponds to a field of number of a proton of O¹⁶, the second corresponds to a square root of a field of number of a proton of own isotope of N¹⁴. If the phase sequence of numerical structure of a kernel of a symbol is known, it is possible to define a power condition of each proton and a neutron for external communication. In this case, the numerical structure of a symbol represents a functional matrix of active numbers of protons and neutrons of the main phases in the course of leveling of their bases. These are polymeric communications of the counter and parallel directions of proton and neutron functions. For division of thermal fields in geothermal conditions it is necessary to use final polarity of polymeric structures. This technology essentially expands possibilities of Effect of Zeebek. There are no cold and hot ends. Here the contour of borders of polarization of the category and a charge is between counter functions. The central thermal background is distributed in spectral volume concerning the charge. Polarization of a separate thermal contour by a counter charge reduces spectral structure of structure and raises a potential difference between other charges of a thermal contour. It is possible, if the structure of a source of the central thermal background is known. In this case reorientation of electrons occurs by a superconductivity principle without participation of magnetic fields.

Really, as show calculations:

                                 (h)    ³√(Vmp’ / m_e)  =  ³√ {[(1 – m_e) / 6]^-1} / 12 → mp (1,007445)

Here: mp’ → general proton of genetic functional structures.

1. ¹⁶√[m_e–  (1 – m_e)] = mn/ mp

Here: mn, mp → static (1,008665012 and 1,00727647)

In this case, a field of number of a neutron is formed of conditions:

                                    (k)    ³√{3[(exp(1 – me) / 72)^3] / π}  → mn^-1

Characteristic of this technology is allocation of a disk of a thermal background for generation of electric energy. In turn, the central part remains in spherical volume. In this case, the volume, is necessary for generation of the central charge. This information is supervised well by the cord of the laser passing through the central charge between two polar laser installations.

Coordinates of nuclear functions in volume structure, the author provided in the theory of scale of spheres. Laser simulators of easy genetic kernels form the general structure of migratory weight as a part of nuclear fuel. Thus, control of cyclic sequence of nuclear synthesis of counter orientations is established. The superfluous thermal background is distributed on the periphery in the form of a disk of a gradient of temperatures, as the generator of electric energy.

The main generation occurs at the expense of electric discharges of counter protons. Unlike existing electromagnetic generators, thermal generation differs formation of a neutron field. It is necessary to consider that in the conditions of the magnetic conductor, arises certain constant or variable magnetic fields. In the conditions of generation of electric discharges there is a field with various neutrons. The polar laser distributes various neutrons for new electric discharges for generation of electric energy.

The power stream doesn't correspond to constant electric field. The filtration of these processes occurs in the special electric condensers creating adequate electric discharges of intermediate charges. The ratio of number of a charge to own field has progressive value. It follows from this that the mass of rest of the proton, passing to a dynamic field of the general genetic proton considerably loses the number. If the static field of a proton is considered as: [mp^-1], a functional field is in degree of value of volume [e]: V(e) = 10,51676254.

                                                      (l)    (^V(e)√mp)^-1  = mp’

In these conditions accept participations quantitative a proton and a neutron. A ratio of these sizes are in limits of shift of value: [1/2(expπ)].

                                                       (m)   [2 – (expπ)^-1]^-1 → m_e

The relation of a charge of an electron to its weight corresponds to dynamic characteristics of migratory mass numbers of all chemical elements. This circumstance allows to supervise energy of electric discharges in the course of nuclear synthesis. Really, leveling of structure of Oxygen corresponds to a square of the basis of number of an event of the general proton to nuclear unit of mass of a neutron and a proton. In turn, the number of an event of Hydrogen is formed in the same conditions of transition [by mp → mp’] where the field of number of the general proton becomes the volume basis. Here, processes of genetic symbols simulate "cold" nuclear synthesis in the conditions of generation of electric energy.