The discovery by Mendeleev of the law of the periodic system of chemical elements established the numerical order of the content of stable mass determinations in the composition of our planet. The sequence of causes and conditions for the formation of the content of mass numbers in the periodic table are determined by the serial number of the charge number of each element. For conditions of spatial values, outside of our planet, this order can be any. For example, the sequence of expanding the structure of the Hydrogen charge establishes its order of alternating chemical symbols according to the principle of charge-to-mass ratio. In this case, the notion of periodicity of the mass system is changing. Here, the numbers of the proton vary due to the conditions for the combination of functional fragments in a certain mathematical sequence with respect to the content of the mass number. In turn, the neutron numbers change in the opposite order, forming the general structure of the nucleon of the cyclic coupling of the variable functions in the structure of the mass number. The ratio of integer numbers of charges and integers of neutrons make up different groups of equal values ​​of the functions of protons and neutrons in different elements. This is mathematics!

Thus, the sorting of the sequence of all isotopes can be different with respect to any data of functional structures of chemical symbols. It remains only the reason that determines the principle of logical sequence for a certain order of the composition of functional fragments.

The author in the text: “Homochirality, the law of mass action and the reason for the connection of projections of functional structures of nuclide charges” described the principle of the state of chirality under conditions of instability of the functional structure of known volume formula:

(π / 6).

In this text, the author provides a logical continuation of the definition of the causes and conditions for the manifestation of the essence of genetic processes. If we proceed from the hypothesis of the concept of the world proposed by Alexander Rich, then the structure of the RNA should gird the whole Universe, or be the Universe itself. Then the DNA, in this case, is a certain substance, a certain combination of cyclic functional conditions in the composition of one period of the global polymer. In terms of the functional structure of the primary volume, the principle of chirality distributes the values ​​of bases and final volumes in the composition of interphase determinations. 

Unlike the "noisy" hypothesis of the "Big Bang", the functional structure of the primary volume retains its content between the three bases of the unit. In the static definition, the sums of the structural periods correspond to four values.

This is the structure of the unit: (the sum of the three bases), the structure of the number "six" (the sum of the first, third and fifth phases), the structure of the primary volume (π / 6), (the sum of the second, fourth and sixth phases) and the structure of the Hydrogen density (the sum of the first, second and third volume). In the functional definition of each period, there is a constant interaction of the corresponding contents. The entire system of the structure of the primary volume is in constant motion due to the variable values of the meaningful projections of each definition. These conditions belong to the structure (π).

Unlike the linear combination of paired projections, the tertiary value violates the order of the periodic sequence of the composition of the content of a specific structure. This mechanism constantly compares all possible projections due to various combinations of functional fragments. Here the logic of imaginary meaning is violated. Only the interaction of the values ​​of the composition of the functional structure of the primary volume allows us to analyze the fixed state of each combination of the composition of functional fragments. The discovery of the essence of the concept of radioactivity by Pierre and Marie Curie helps to explain the principle of instability of the composition of functional fragments in the structure of the primary volume.

Thus, the state of the system of factors, the three bases of unit volume, determine the number of cycles of the functional projections of the first, third and fifth phases. This is the result of variable cyclic relations of the three bases in the process of the formation of projections in the composition of a linear and cubic functional structure. Here, in a linear sequence of finite values, the periods of the functions of mass numbers corresponding to the value of physical and chemical properties are determined. These are later formations of cyclic functional complexes in the structure of a unit of volume. The functional mechanism of the ratio of periods in the structure of a unit of volume divides the value of even and odd natural numbers, according to the conditions of mathematical operations. In this case, the order of mathematical actions of natural numbers is ensured by the conditions of linear periods of pairwise numerical values. That is why the ratio of the numerical periods of the even and odd phases of a unit volume structure is the same. In the genetic sense, this definition corresponds to the appearance of homochirality, which contains internal distinctive functional structures. 

This is the state of the phase operators of functional definitions of three bases of one volume unit structure and the relation  of functional projections in three volumes of a unit structure, unlike the ratios of three bases of six-phase operators for functional definitions of the conditions of these ratios (Matrix of the structure of a unit of volume).

Here, the amount:

Basis (1+2+3) = 1

Phase (1+3+5) = 6

Phase (2+4+6) = (π/6) → "elastic" vacuum

Volume (1+2+3) = pH (0,087249194)

The analysis of stable and unstable combinations of functional fragments, in the structure of each nucleon, confirms the separate value of a particular combination of the composition of the primary volume. As already mentioned at the beginning of this text, a stable combination of functional projections has a relative definition. Therefore, for the physical and chemical properties of fixed values, it is sufficient to use the stable elements of the periodic table. This object is used as a substance of logical combinations between phase functional projections in a global space. These are the relative static conditions for maintaining equilibrium, different functional combinations of the total volume of the global space. Mössbauer's discovery of the effect of elastic resonance radiation, as a result of structural transitions, also confirms the superfine nuclear structure due to the magnetic dipole and electric quadrupole electron-nuclear interactions. 

An analysis of the Mössbauer nuclei showed that such transitions correspond to the variable values ​​of the main functions in the parent and daughter nuclear structures. In particular, the physical definition of magnetic and electrical interactions, in terms of fragments of the functional composition of the nucleus, corresponds to a static voltage - the conditions for the composition of combinations of the proton and neutron functions in the interaction structure. For genetic values, these are later functional complexes. In the initial definition, under the distribution of phase values, the fixed state of functional projections can be represented with respect to known nuclear physics data. Thus, the decay product and the time of content of the projections in the corresponding functional combination are determined. In this case, it is an object of nuclear energy.

The number of events is the basis of the structural connection of the fragments of the main functions of the volume. It is this number that establishes the periods of reorientation of the main functions and polarizes the number of the nucleon in the composition of the main functions. From the point of view of the structure of complex compounds on the basis of the coordination theory proposed by Alfred Werner, the principle of functional connection determines the ratio of the quantitative content and distribution of the compositions of the fragments of the projections of the main functions. In this case, as mentioned above, for example, a proton and a nucleon can belong to the function of a neutron and vice versa.       

For physical definitions characterized by a complex relationship of mirror nuclear symbols.

These elements are linked by a common proton: (mp’ = 0,999311456).

In a functional definition, each number of charge of mirror nuclei corresponds to a fragment in the general structure of this proton (mp’ / z). In periods of reorientation (+/-), the sign of the difference, for any value of charge, will correspond to the value of the base of the proton. The sum sign defines a fragment of the neutron function. In this case, in the period of reorientation of one symbol, a quantitative superposition of opposing functional projections in the charge structure occurs. Then the projections of neutrons are functional density, depending on the first fragment in this composition.

In other words, if in the composition of functional fragments the selected first fragment does not change its position, then a change in the order of composition of the remaining functional fragments does not affect the functional density of the projections. In the case when the first fragment becomes any other fragment from the given composition, the functional density becomes another.

 The principle of the proposed sequences of the general functional density of the bases of numerical events:

(mn ₈O¹⁶ / mn ₇N¹⁴ / mn ₂He⁴ / mn ₆C¹² / mn ₁₆S³² / mn ₂₀Ca⁴⁰ / mn ₁₉K³⁸) = pf.

Table 1-2 shows the state of the variable composition of neutron projection bases in a paired version for comparing values ​​relative to a common base.

At the base of these combinations is the number of events of the Oxygen neutron (₈O¹⁶). (Calcium and Sulfur correspond to the total number of neutrons, their nucleons are also equal). In the altered order after the neutron fragment of the Oxygen, the value of the number of functional projections does not change.

Tables 3 and 4, 5 and 6 present the variable values of the first bases with the results of the ratios of neutron projections of a periodic composition.

These data relate to cold nuclear fusion. In turn, in genetics – to the content of the functional structure of the protein, in which each number of events is a unit of the genome. In the variable value of functional projections, under conditions of structural reorientations, phase overlaps form a gradation of temperature layers, due to opposing values ​​on the contour of the "elastic" vacuum. In this case, the change of events in the period of reorientation determines the frequency of pulsation of fragments of functional projections. The proposed composition of neutron projections assumes a resonance in focus between the fragments of the neutrons of Sulfur and Calcium. 

In this version, the greatest number of functional projections is in the composition of the base of a fragment of a neutron of potassium. The conditions of the neutron bases of Sulfur and Calcium correspond: (3,32209E+13),  to the number of functional projections. If the base of potassium in this composition is stable, then the sequence of alternation of neutron fragments of Sulfur and Calcium will be compensated by the number of fragments of this base. In the case when the base of the composition belongs to Sulfur or Calcium, the value of the number of functional projections in these periods is doubled:

(3,32209E+13 x 2) = 6,64417E+13

The projection degree (^-1), in this case, reduces the contour of the functional vacuum, and the overall structure of the neutron projections increases the functional volume. In the case when the base becomes a fragment of the neutron Nitrogen, which has the smallest number of functional projections, the contour of the functional vacuum will increase, and the overall structure will reduce its functional volume. The projection degree - the space of numerical events, determines the value of the functional projections relative to the natural numbers in the composition of the nuclear symbols. This system of projection degrees is a tool for communication between the functional structure and mathematical physics.

For example: [1,76097E-12 ≈ 91^-6], is considered as the value of the composition of the projections of a certain functional structure in mass number or charge.

In particular, the base of the carbon neutron fragment in the proposed system of functional projections contains the connection of these definitions with the base of the oxygen neutron fragment in this version. The principle of the projection reaction of communication determines the functional structure of the charge of the polar composition (+/-). In the case of a modified composition of the structure of neutron fragments, this principle forms a cyclic connection between the bases of Carbon and Oxygen.

The logical definition of the relationship of physical and mathematical constants, confirming the periodic functional value for compositional expressions, forming all possible structures of the volume of space as a concentration and distribution of functional fragments containing causes and conditions as a manifestation of the state of matter. For this concept, the presented formulating consists in one common content of variable values of conditions and causes that are in the same state with respect to these definitions.

Mathematical analysis showed a discrepancy between the static values of the composition of the volume formula containing the functional structure of its own bases. These data correspond to the unstable state of the content of the volume formula. The determination of the phase values in the composition of the functional structure separating the internal and external contents of the absolute space in the process of forming spherical formations of periodic fragments of complex expressions made it possible to reveal the polar content of the charge.

The diversity of hydrogen values, in the form of various nucleons of nuclear symbols, allows us to divide into genetic, chemical and physical definitions in the functional structure of the content of general matter.

To be continued….