The most unique structure from all chemical symbols. Oxygen - the unique element which reorients functions of a proton and a neutron directly in the structure without environment influence. Reorientation of the main functions creates the pulsing moment in Oxygen structure. It means that Oxygen is in a condition of own life. If the mechanism of Myossbauerovsky kernels is defined by conditions of elastic radiation or absorption γ– quantum, then, the structure of Oxygen is the mechanism of a net energy without absorption and radiation. Definition of a net energy consists in equality of scales between two numerical functions of a proton and a neutron. Shift – violation of functional equality allocates the thermal energy corresponding to value of shift. In the text "Life", the author used the general description of a principle of emergence of life. In the present text, the structure of Oxygen allows to open in more detail idea of an essence of this phenomenon.
Genetic feature of oxygen communication is characterized by unique ability of Oxygen to allocate structure of a necessary symbol. This reflection forms features of the subsequent genetic linkage, at the expense of a projection of structure of future symbol in Oxygen structure. The symbol which is projected by Oxygen, is simulated in its structure. For this purpose, the structure forms a contour of numerical features of a new symbol in the form of the corresponding ions. The projection of imitation of a necessary symbol leaves a place of razryazhyonny space in Oxygen structure with possibility of participation of an anti-projection of a suitable symbol. Thus, Oxygen fixes consecutive multistructural communication. Subsequently, the projected ion becomes usual atom of a chemical element. It is cold nuclear synthesis. Process in which the cycle of generation of ions in matrix structure is carried out. (Separate subject, «Mechanism of Hydrogen communication»)
Numerical structure of Oxygen – a series phase: ((A + B) / A) ^-1, transfers the pulsing moment to all communication system. Frequency of a pulsation is defined by feature of reflection of educated structure. This relation breaks a principle of a net energy and creates logic shift in Oxygen structure. Then, this communication receives or allocates energy. Certainly that the maintenance of a projection demands power expenses.
Characteristic of allocation or absorption of energy of oxygen communication is functional distribution on a structure core. The projection of a kernel of communication, is carried out by coordination refraction – focus of power distribution (a principle of a volume membrane). Polarity of spheres of refraction defines feature of an exchange of a pulsation. In this case, the impulse is filtered by focus in a bilateral order between the spent and made energy. The power difference is caused by conditions of the nature of emergence of energy. Features of conditions, energy emergence, are distributed in various pulsing scales of cyclic numerical structures. Then, the vector of an energy output doesn't correspond to a vector of an entrance of energy. It is natural, as breath. The requirement of breath provides space between cycles and space filling with the next cycle. Energy accumulation between an entrance and an exit - communications of scales, forms the general environment of an exchange between spheres of structures (power levels). The increase in a difference of impulses between exchange scales, enriches the maintenance of the environment of an exchange. (All paradox of our time between production and energy consumption)
The numerical structure of any symbol is in various phase conditions. For example, condition of a phase of a series: [((A + B) / A) ^-1], all nuclear symbols, except Oxygen, leads to leveling of functions of a proton and a neutron for a certain period of the contents without numerical polarization. Here, the pulsing sequence is shared into leveling stages – circles of functions of a proton and a neutron. As a result, change of a pulsation of functions of a proton and a neutron occurs perpendicular to circles. Process of leveling is connected with a numerical set – accumulation of the numerical maintenance of structure (a structure brain). The parent structure is capable to define own condition and to establish necessary shift. In circles of structure the gradation of mass numbers and the relation of mass number to a charge is formed: [m/z] = t-otn.
In late nuclear structures, the numerical set is allocated in the form of a radioactive background. In genetic structures accumulation of numerical sets leads to formation of rather stable symbols. Numerical sets of processes of leveling have important definition in stabilization of an expression of structure. The numerical set is very sensitive to external radiation. If in a repressive part of developing structure there is no influence of a local pulsation, the numerical set becomes vulnerable for external radiation. The structure is in a leveling condition at a stage of division and distribution of the main functions. This condition of the smallest pulsation between proton and neutron functions. These functions are almost equal. During this moment, a numerical set is in the maximum numerical contents. A numerical set - a material for formation of the following structure. If the cycle of parent structure has insignificant shift of the main functions, the new structure simulates a parent pulsation and begins the development. In a case, when the parent structure is in considerable functional shift (a delay, backlog or an advancing), then, the new structure mutates under the influence of radiation conditions. The parent structure is in a retseptorny condition of own radiation – in the main condition of a code of memory. The mutation of new structure occurs from radiation of a part of a code of memory of parent structure. Differently, the part of a cycle of a pulsation of parent structure is transferred, in the form of a background (the exchange environment) own radiation for new structure. The mutation of structures is necessary for development of different types of genetic codes. As, the range of a genetic pulsation depends on a set of the main biological structure of genetic symbols, then it is necessary to draw a conclusion on a progression of combinations of functional projections.
Series phase: [((A + B) / B) ^-1], distributes pulsing sequence of functions of a proton and a neutron not only in yarusny contents, but also on a leveling vector. The combination of these two main phases defines all mechanics of development of genetic mass numbers. Unlike all existing nuclear symbols, all isotopes of Oxygen possess high-quality combinational communication of these phases.
Navigation of early structure of a phase of a series: [((A + B) / A) ^-1], on late structure of a phase of a series: [((A + B) / B) ^-1], leads to growth of genetic mass number directly in structure of any symbol. Combinational projections of phase series depend on a condition of a symbol of an isotope. If, the isotope has shift towards quantity of neutrons, growth of mass number will occur in a neutron part of structure. If, at an isotope the number of protons dominates, accumulation of mass number will occur in proton structure. The nature of these processes is very important, as, the structure continues to keep own constant external mass number. Changes of conditions, at the expense of navigatsiya, occurs in structure. Outwardly the structure remains to a constant (effect of a cocoon). The general imitation of a look is that external and internal mass number has the same relation to a charge. The main difference between cardinal shifts is distribution of mass mutations in structure. The option of shift of protons divides a charge and mutational mass of protons. The option of shift of neutrons doubles bulk of structure and forms mutational mass of neutrons (these are known double molecules). Own phase combination of structure of Oxygen allows to make a threefold molecule (ozone). This feature is necessary for Oxygen for creation of molecular structures. For example, the structure of an isotope of Oxygen-14 and structure of an isotope of Oxygen-20 simulate a stable isotope of Oxygen-16. The principle of imitation consists in change of functions of six neutrons of Oxygen-14 on function of protons for communication with twelve neutrons of Oxygen-20 of early structure of a phase of a series: [((A + B) / B) ^-1]. Navigation of an early phase of a series: [((A + B) / A) ^-1] this structure forms two positive weights (15,9994) and one negative (-15,9994).
Feature of this structure forms freedom degree at the expense of big shift between functions of six protons and twelve neutrons. In this case, the number of degree of freedom (SV) establishes balance of equality with number of process of a charge. Thus, in structure, there is a double relation between number of process of neutrons with numbers of degree of freedom and charge process: [Pr2 ↔ (Pr1 = SV)], where: SV = [(nykl O – Pr1) = Pr2]
(nykl O – the Oxygen nucleon).
(According to documents: No. 3-13330 from 31.10.1990?. No. 4-1032 from 05.02.1992?.)