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"... Properties of our physical world we will quite

be determined, if let's know a matter filling this

world and its movement with current time…"

/A.A.Fridman, 23,6/

All nature environmental us, we perceive as continuous movement of separate material bodies distinguished from environmental space, having in weight and cooperating with each other.

Objective reality are not only body, but also space, in which they move. But we can observe only bodies, and an ideal of a physical explanation operating concepts, comparable with supervision, is the picture of their movement. The movement is shown in change of distances between bodies. The complete display of a reality in physics is, that we trace movement of a body, its each point, in space, determining distance between bodies for each moment of time.

Whether rather movement? Whether it is possible to tell, what the speed of a body in relation to the Earth is its true, absolute speed?

Is not present, because there are also other, even more large-scale systems of readout. Earth goes about the axis and around of the Sun. The Sun - around of a Galaxy, which also is in movement. Nobody knows, as far as far this circuit actually can be continued movements. "Any mechanical movement especially relative, for about moving this or that body in space... It is possible to speak only in his relation to other body, which undertakes as motionless" /4,47/.

However, theoretically as though there are two ways to find out absolute movement. For this purpose it is possible to use properties of light or various phenomena of inertia arising at change by a driven body of a trajectory or speed. The last century of physics imagined space by the filled special motionless and invisible substance - ether. Him considered as the carrier of light waves. The ether filled in all world, has penetrated into all material bodies. Considered, of time light is a wave movement, hence there should be something, in what there are fluctuations. The ether is motionless, and all bodies move through him. And therefore it would be possible to measure absolute movement of a body on a difference of speeds of a light beam in opposite directions.

In 1887 the scientists Michelson and Morley have carried out experiences for a finding of absolute movement of the Earth, however, despite of high accuracy of measurements of any difference in movement of a light beam it was revealed not, that showed absence" of a ether wind". To this result were surprised of physics all over the world. The set of various explanations of this fact down to so strange as "transport of an ether by the Earth" has appeared.

Reasoning about a wave, it was difficult to not raise the question that changes. The scientists were sure that the ether and changes, that the behaviour of electromagnetic waves in an ether is described by the equations of Maxwell. But these equations in themselves, without any mechanical interpretation, contain everything, that in the classical electromagnetic theory matters for experiment. Therefore attempts of construction of mechanical models were stopped. The occurrence of the special theory of a relativity created by A.Einstein, has sped up death of the mechanical theory of an ether. However, if the special theory of a relativity has resulted A.Einstein in denying the concept of an ether, then he has restored it in the General theory of a relativity. He wrote: "To deny an ether is, at the end, means to accept, that the empty space has no any physical properties.... It is possible to tell, that the General theory of a relativity allocates space with physical properties; Thus, in this sense the ether exists.

According to the General theory of a relativity the space is impossible without an ether: really, in such space not only the distribution of light would be impossible, but there could not be scales and hours and there would be no spatial - temporary distances in physical sense of a word. However, this ether cannot be imagined consisting from parts, traced in time; precisely also to it it’s impossible to apply concept of movement" /2,232/.

The empty space, that is, space without a field does not exist. The space - time exists not in itself, but only as structural property of a field" /11,84/.

However, not clear there was nevertheless question that are material bodies, what their parity with a field and as they move in space. The occurrence of quantum physics with new force has excited interest of the scientists to properties of the microworld. In the same time there are theories of de Breauile and Shredinger, which have tried to connect concept of electromagnetic waves with elementary particles. Inspired by these ideas A.Einstein wrote: "it seems authentic, that in a basis of the consecutive theory of a field besides concept of a field there should not be no concept concerning particles. The theory should be based only on the equations in partial derivative and their decisions, free from infinities (singularities – aut.)" /24,126/. However, as has appeared, to get rid from singularities (potentials aspiring to infinity) was not so simply. And in a consequence to A.Einstein it was necessary to recognize:

"There are serious objections against opinion, that the atomistic character of a reality really can be satisfactorily described by the differential equations (by the theory of a field)... Actually till now we never managed theoretically to present particles with the help of fields..." /24,80/.

A lot of time since then has passed, but also now scientists argue that such of a particle, field, that such vacuum. Some consider, that there are separately particles and fields, and separately vacuum:

E.Vikhman: "we speak about "vacuum", demonstrating thus absence of interest by environment, in which there is a distribution of waves" /8,383 /;

J.B.Zeldowich: "...As vacuum the space refers to as, in which there are no free particles and fields." /12,644 /;

V.A.Ugarov: "...The electromagnetic waves can be distributed in vacuum; ...For their distribution it is not required of any material environment." /22,33 /;

L.D.Landau: "...The same general laws are fair and for change of a direction of movement of particles moving at first rectilinear in emptiness, then taking place through any electromagnetic field and again leaving from this field in emptiness." /16,177 /;

Other scientists consider, that the vacuum has properties "to create" material particles:

V.L.Ginsburg: "From the quantum point of view exist zero fluctuations of all fields and, thus, concept about vacuum, about physical "empty space" becomes even more substantial." /11,95 /;

E.P.Levitan: "In vacuum there are no real particles; the particles, which have appeared in it (for example, electron and positron), have be immediately mutually annihilated, that is why speak not about real, and about virtual (able will appear) particles. "/17,130 /;

However, all these representations about substance, the field and vacuum lacks internal unity, philosophical judgement of a nature of material movement. And between that we find at Goegel: "The ether will not penetrate by itself everything, but it is all. "/10,109/.

The world, environmental us, is complete movements. Movement, as the form of life of a matter covers absolutely all changes and processes in installed, beginning from simple moving and finishing thinking. Speaking that the matter exists in space and time, we mean its spatial - temporary change, that is felt by us as movement.

The elementary kind of movement - moving can be divided into two classes depending on, whether there is an object near to some average site or such site is not present. In the first case the moving is considered oscillatory, in second - forward. Sometimes it is possible to consider the same moving either forward, or oscillatory depending on the point of view on the investigated phenomenon: so, the waves move on a surface of water, but particles of water make only fluctuations concerning some average point.

Physics of XIX century considered, that there is an absolute space, which does not depend on that, it is filled by a matter whether or not. That is, the material bodies were represented by something separate from space shipped in it. Naturally, what exactly therefore they tried to find out " a ether wind " similarly to an air wind.

The large merit of A.Einstein consists that he by development of the general theory of a relativity has united concepts of space and matter, has shown, that the space is completely formed by a material field. And from this with all necessity the conclusion about unity, indissolubility of a material field followed, and also that it is impossible to speak about substance and about a field as about different types of a matter. It - only different condition of a matters distinguished by a degree of heterogeneity and complexity of movement.

As all in the world is in constant movement, it should be in a condition of continuous formation and disappearance various heterogeneity of a material field. Hence, this of heterogeneity can somehow be systematized. The valid knowledge begins only then, when from apparent global chaos the natural phenomena are allocated.

Each heterogeneity in a material field can be presented as individual, elementary turbulence of uniformity of a field. This elementary turbulence are in constant interaction. The systems are formed of the interconnected group of such turbulences (elements). Complexity and character of this interaction determine internal structure of system, which these elements make. The structure of system can be homogeneous and heterogeneous. In non-uniform systems the groups of elements - subsystem with closer communication are formed, than communication between subsystems. As the distinction between structure of a subsystem and system quantitative, and between structure of an element and system - qualitative, is possible to define a subsystem as structural unit of system, and element - as unstructured unit.

In our world it is impossible to find systems, which would cover by herself of all turbulences of a field, for always there will be such supersystem, into which the system will be included as an element. It follows from indissolubility, infinity of a matter. Also it is impossible to find an element, which would not conclude in itself system, as the absence of structure is an absence of the form, while any element is by itself the well generated formation. However, this structurity of elements is relative, for, as was already spoken, in relation to system its elements behave as unstructured and indivisible. In it the dialectic unity of uninfinity and infinity of a matter, divisibility of a spatial - time interval is shown.

The material world consists of an infinite number of systems which are taking place in mutual communication, and it their interaction is, actually, a movement.

Great philosopher of an antiquity, Aristotel, so defined moving: "From kinds of movement most ordinary and in the sense by movement is the movement in a place, which we define as moving. "/3,73/.

How it is possible to explain the phenomenon of moving of material bodies, proceeding from unity and indissolubility of a material field? On the one hand theory of a relativity proves, that the absolute movement in space cannot be found out, on the other hand, from a continuity of a matter follows, that separate "parts" of a matter can not come off the place and begin to move, breaking off a field. It is clear, that any material body can not become independent from other bodies, from interaction with a uniform field, which integral part this body is by. And nevertheless, we notice moving material bodies varying the spatial place concerning other bodies. Whether there is no here contradiction?

When we notice running on a surface of water a wave, we see, that water, as the system consisting of molecular elements, by virtue of the indissolubility, remains on a place, the molecules make fluctuations around of the points of balance, and the wave - "runs". That is, while we have not penetrated into essence of this movement, to us can seem, that on a surface the forward movement is really carried out. It is possible to approve, that forward movement of bodies in indissoluble environment, which part these bodies are - relative, apparent. It’s only system of running waves, displacement of phases of fluctuation of environment. That is, it - not movement of a matter, but only a trajectory of moving exited condition of a field, in which the separate elements make oscillatory wavy movements. The moving body in each point of space consists of a new matter. The material field before a body enters in the exited condition also becomes a part of a body, and behind of him it -calms down.

It is uneasy to understand, why Michelson and Morley could not find out "a ether wind". They considered a matter and ether as two different realities able to move one concerning another, while "the ether itself is all".

Now we shall consider - that there is an oscillatory movement of an element of a material field. As was already spoken, any element comprises system consisting of the elements. Hence, moving of an element as systems consists of cumulative moving of the sub-elements. It is possible easily to prove it. To find out movement, it is necessary it to measure on relative displacement of two or more elements. If the material field was absolutely uniform, as though we could tell, there is in it a movement whether or not? Even concept of uniformity assumes presence any of scale, measure, with which help it would be possible it to establish. There should be any is skilled determined units, which uniform or not uniform distribution would specify a degree of uniformity of a field. But such units should represent of local non-uniformity, elementary turbulences of a field. Hence, the absolute uniformity is impossible - it is not certain and has no the bases.

A condition of existence of movement in material system is the presence of displaced from each other elements representing of heterogeneity a fields. From here, the oscillatory movement of such system should consist of periodic rapproachement and unrapproachement of elements, making it, that results in a condensation, and then underpressure of a field within the limits of system. It is obvious, that such moving of elements should be reciprocating. However, as the forward movement, by virtue of indissolubility of a material field was already spoken,, is apparent, wavy. Such movement is formed of relative, oscillatory moving of sub-elements with displacement of a phase of fluctuation them rather each other. And such the movement, in turn, is formed of reciprocating moving of elements already of third order. And so - indefinitely both in the party of sub-elements, and in the party of supersystems. The material field is indefinite both outside and inside. It is possible to consider any system taking place on border between the microworld and the macroworld.

The oscillatory moving, aspiring to balance, derivates moving forward, which, in turn, can exist only at presence of the extremely nonequilibrium varying systems - elements. They, in turn, too aspire to balance, denying the forward moving, but derivating it, as system, in the sub-elements.

All material bodies moving both in space, and in time. To consider these two types of movement, it is necessary them to allocate in the pure state. Speaking in the previous chapter about moving elements, was shown, that such moving just and represents movement in space. Thus the element was examined, as having a wave nature which is carrying out forward movement with speed of distribution of one phase of fluctuation in the given area of a material field, that is, with speed of light. Hence, the moving element can be considered as a crest of a running wave keeping relative stability in time.

To study movement of elements as systems, it is necessary to consider its internal structure, moving of sub-elements, making it, and it is already local oscillatory process.

Thus the system, remaining spatially on a place, changes in time, passing serially all stages of fluctuation. One period of such fluctuation could be presented as movement on the closed circle (cycle) with constant return of system to an initial condition. However, such system simultaneously is an element of supersystem, which also changes in time. Hence, for that time, that the system will make one fluctuation, the supersystem will have time to change the condition to the certain size, therefore system can not return to an initial condition any more. The cycle appears open-ended and passes in a spiral. It is possible to make a conclusion, that in an absolutely pure kind to allocate movement in space or in time it is impossible, but with a sufficient degree of accuracy it is possible to examine elements as driven in space, but keeping the form in time, and system – as motionless in space, but constantly varying the form, that is, driven as much as possible in time. Thus the change of system in time is carried out at the expense of spatial moving of elements, making it. The internal change of an element as systems, results in spatial moving of its form.

It is possible to tell, that the motionless system lives maximum in time, and - moving with speed of light, keeps the form and is motionless in time. It will quite be coordinated to conclusions of the special theory of a relativity about delay of a course of time with increase of speed of spatial moving. Thus there is a transition from one form of movement to another: from movement in time to movement in space.

Thus, however, it is not necessary to forget, that the system driven in space is a system connected to a wave of indignation of a material field, with a maximum or minimum of amplitude of fluctuation, when it (system) constantly is by the most complete image the generated formation - element. The system driven in time is a system connected to local area of a field, through which there passes a wave of indignation. Between these extreme forms exist intermediate, driven both in time, and in space. Thus the change of phases in these systems will occur by that more slowly, than faster they will move in space. In whole such division turbulences of a field on elements and systems rather also depends on a choice of system of coordinates, in which we consider the given indignation.

The moving of systems can be both uniform, and accelerated. The oscillatory moving, by virtue of reciprocating character, always occurs either to acceleration, or with delay.

Forward in classical physics divide on uniform and non-uniform. However, such division not absolutely exact. Uniform moving a body is considered, on which the external forces do not work. In view of unity of a material field such condition practically is impracticable. Hence, a general case of moving is the moving non-uniform, with acceleration positive or negative.

Let's consider the accelerated moving of a separate body under action of external revolting force. When the laws of classical physics are applied to macroscopic bodies, thus such properties of bodies are described only which characterize them as something whole, uniform. For example, the movement "of a firm body" as absolutely rigid design or material point is described. "Absolutely firm name a body, distance between which any points is constant, what there were forces, working on it. Or else, form and the sizes of such body remain constant."/25,23/. The similar definition ascends to times of the ancient Greeks and, in particular, to Zenon, described famous paradoxes of movement. At such point of view we are perfectly distracted from movement of elements making this body. The characteristics of the classical theories is those: at application them to macroscopic systems the thin details of behaviour last, their elementary level are ignored. From here it is possible to conclude, that the laws classical physics have approached, the idealized character and for an explanation of essence of movement they are inapplicable.

We admit, any body by external influence is actuated. If the body was absolutely firm, its points should reach in movement simultaneously with what has undergone to influence, differently body would be deformed. However, according to the theory of a relativity, it is impossible. The influence from the given point is transferred to rests with final speed, and therefore all points of a body can not simultaneously begin to move. And it is valid, each material body consists of fineer parts, subsystems, elements. They are located in the certain order and render against each other mutual influence. At action on a body of external force its superficial elements are displaced from initial situations of balance. This moving of elements is counteracted by forces of interaction between them. If the shift of elements was not too large, after cancellation of external force the elements by forces of interaction come back in an initial situation. This phenomenon refers to as elastic by deformation. If the external force is great and moves elements so, that the forces of their interaction can not return particles in an initial situation any more, the deformation refers to as plastic.

It was considered single action of force on a body. Now we shall present constant force working on a body, as other body moving concerning first. At first will begin to be displaced superficial elements of a body, making a start from force, working on them. They will begin to come nearer to the next elements deep into bodies, that will cause forces of pushing away from their party. Eventually, these forces will exceed first, and the superficial elements will be braked, and then will begin to move back. That is, the returning force of elasticity tries to return the displaced elements in a point of balance, thus causing moving with some speed; the inertia, in turn, keeps speed, that is the reason of a slip through a point of balance.

The elements begin to make fluctuations. But during one fluctuation of an element the body rendering moving together force, already has time to advance forward on certain distance. Therefore varying elements can not now come back to an initial place and begin to make the following fluctuation from other point of space. It also will be individual displacement. As in oscillatory movement as on a chain will begin to be involved all elements from a surface deep into bodies, that is, on a body will begin to run a wave of plastic deformation, wave of displacement. An evident illustration of this moving is the movement of caterpillar or wave of displacement running along structure beginning to move from a place a trains.

The frequency of a wave of displacement is proportional to size of inertia of elements, forces of their interaction. And, all this is fair both for a movable body, and for displacing, for last also has the elementary structure and at this level the cooperating bodies can be presented as something whole, incorporated.

The given process was considered is simplified, from the point of view of moving one element. But in each body there is a huge number of elements, which will make fluctuations statistically fifty-fifty both in one, and in other party. Therefore each moment of time on the average half of elements of a body will move forward, and floors on - back, rendering answer-back action on a displacing body. It corresponds{*meets*} to the third law of Newton on equality of action and counteraction. Thus, we see, that the accelerated moving is a product of interaction of moving from each other bodies.

Such moving will not be continuous, uniform, and wavy, pulsing. And as was earlier established, that a general case of moving is the moving accelerated, again we come to a conclusion, that in a material field the oscillatory processes are carried out only. And as the bodies move by wavy jumps, the energy of movement from one body to another can be transferred only by separate portions, is proportional to frequency of fluctuations of elements of cooperating bodies. Energy of interaction, by virtue of presence of structure at systems, is divided into a portion, is quantized.

If now to proceed from consideration of interaction of two bodies to interaction of individual system (as element of any supersystem) with itself similar, it is obvious, that it will be under influence of huge number separate variousdirected forces of pushing away, giving to system the same number separate acceleration. Under their action the system will test constant uniform on a surface plastic deformation, that is, will pulse with frequency proportional it inertia. By virtue of indissolubility of a material field these pulsations will not remain within the limits of considered individual system, and begin to be distributed by a field as waves, waves of de Breaule. These waves, in turn, will render answer-back action on other elementary systems and to give to them of acceleration. That is, interrelation of all kinds of movement in a material field here is obviously traced. The moving of elements causes their interaction as mutual general pushing away, which, in turn, causes moving elements. That is, movement and interaction - are indissoluble.

As the sum of all actions of pushing away on an element is statistically equal to zero, the element practically should remain on a place, making fluctuations near the certain point of balance. An element as though is exposed to compression by pushing away of other elements in regular intervals from different directions. It corresponds to presence in system of the certain internal pressure "of elementary gas", which is caused by mutual pushing away.

It is not necessary, however, to understand process of pushing away in the sense that each element is only repellent, and other elements - pushed away. On the contrary, the given process consists just that the system under action of forces of internal pressure (pushing away) consists of set of separate elements, but each of these elements itself concludes inside itself system, and as each such system thus does not collapse by internal pushing away, and there is as actually system and as an indivisible element of supersystem, it is possible to approve, that instead of unilateral general pushing away it is necessary to speak about unity, balance of forces of pushing away and attraction. Each elementary system is in balance, on the one hand, of forces of internal pushing away of its elements, and on the other hand, external pushing away (compression) of other systems. If the forces of internal pushing away aspire to increase the sizes elementary systems, the forces of external pushing away - on the contrary, aspire to compress system, to pull together elements, making it, that is externally represented as their attraction. Due to balance of these forces the system also keeps the form. Also it is necessary to note, that for forces of external pushing away is indifferent – what to compress: elements inside one of systems or two systems which have been casually pulled together on distance, smaller average for the in regular intervals allocated systems. And result of such compression will be perceived externally as an attraction of systems under action certain "forces of gravitation". Their rapprochement will occur so long as the forces of internal pushing away of two systems will not exceed forces of external squeezing. After that the given systems will begin to change around of a point of balance of external and internal forces.

In daily life we should collide with display of forces of gravitation more often. But it is impossible to identify apparent to us in the phenomena with internal essence of the validity, environmental us, with the laws of movement. The force of a science consists just that it for external, seen opens essence, laws of a nature, which are inaccessible to simple supervision. "Is usually accepted, - wrote F.Engels, - that the weight is the most general definition of materiality, that is, that the attraction, instead of pushing away is necessary property. But attraction and pushing away are so inseparable from each other, as positive and negative, and consequently already on the dialectic basis it is possible to predict, that the true theory of a matter should allocate to pushing away the same important place, as well as attraction, and that the theory of a matter based only on an attraction, is false, is unsufficient, is vague."/18,558/.

Rather deeply and versatilly has considered a co-ratio, unity of these forces H.W.F.Hoegel. He for the first time has managed to show all importance of forces of pushing away, them forming character. However, in many respects his arguments carry the abstract character, that has not allowed him to distribute the conclusions for disclosing a nature of forces in the environmental real world. F.Engels so estimated development by Hoegel of this problem:

"Hoegel is ingenious even that he deduces an attraction as the secondary moment from pushing away as primary..."/18,559/. The natural sciences have not considered with due attention to the dialectic engineering of Hoegel. The scientists XIX-XX cc. tried and try to explain display of interaction between material bodies proceeding only from forces of gravitation. As a result of the such fetishisation of a unilateral attraction scientists constantly collide from a various sort by paradoxes, vainly trying with the help of mathematical "acrobatics" to cope with them.

This problem, closest to the scientific decision, there was a hypothesis of Lesage, around of which many disputes were conducted especially. According to this hypothesis the space is filled with huge number of small particles quickly driven in all directions. The individual material particle tests from different directions impacts, which average effect is equal to zero. Two close located particles shield each other from these impacts, thus the balance of forces is broken and the resulting effect of their approach is inversely proportional to a square of distance. This hypothesis eventually was rejected, as from it follows, that any driven body should in due course be braked by flying particles, that is not observed. However, thus that rational beginning was rejected also which this hypothesis contained in the basis. You see, if flying particles to replace by waves of pushing away, and instead of two separate realities - matter and ether to represent a uniform material field, all at once becomes on the places. It is clear, that the balance of external forces of pushing away, compressing elementary system from different directions, will be broken taking place near to other elementary system, being in this case by screen (second system the waves of pushing away will penetrate all the same, but they will be by this system in the certain degree to be weakened). From the mechanics it is known, that "...group of material points, the forces of interaction between which submit to the law of return squares, can not be in steady static balance. Trial weight placed at the centre of the circuit, becomes necessary to move in the direction of this or that of motionless material points"/13,296/. That is, elements, between which exist forces of pushing away, create internal pressure in system. Each element presses on other elements, and those, in turn, squeeze a separate element from different directions. If all elements are in regular intervals allocated, these forces are mutually counterbalanced, however, this balance strongly unstably.

Evidently this picture is shown at isothermal compression of gas. Thus pressure (the forces of pushing away between molecules of gas) grow until their condensation, association in subsystems will begin. And, though the approach of two separate molecules is, as a whole casual, but at their huge number in gas the individual casual rapproachements pass in general law.

As was already spoken, elastic enough coming nearer systems eventually begin to change near a point of balance, alternately that being drawn, making a start. In a nature, environmental us, such elastic systems are, for example, the atoms and molecules. Those interatomic and intermolecular distances, on which they are in firm bodies, liquids and gases, and are equilibrium between forces of internal and external pushing away. As an example of quasielastic system the steel ball falling on a massive steel plate is possible to name. It also will be long enough to jump up, changing around of a point of balance of forces. However, more often we should observe in the life rapproachement of unelastic bodies. They already, actually speaking, are not elementary complete systems. Therefore it is impossible to consider rapproachement of these bodies as any uniform, complete objects. Not they approach, and atoms (molecule) their components. And their rapproachement will come to an end after achievement of interatomic (intermolecular) distances, that is, when distance between bodies becomes equal to distance between atoms inside these bodies and there would will come balance of interatomic forces of interaction (what character they did not carry - electrostatic or electromagnetic). For the external observer such rapproachement will be represented as a unilateral attraction of these two bodies not showing seen attributes of mutual pushing away. From here, apparently, also there was an illusion about world gravitation of material bodies, about any forces of gravitation ostensibly outgoing from each body.

Where: r - density of substance in the Universe;

Resulting to expansion of the Universe, the pressure in the same measure reactively influences and each body, each particle, which, in turn, render answer-back pressure. It is natural, that in such system of movement of bodies will be carried out so that the general pressure inside it was reduced (in view of a delay caused speed of light).

Fig. 1. Interaction of two bodies under influence of wave pressure of the Universe

Having made necessary substitutions, we receive:

After reductions and rearrangements, is finally received:

The equation 4 can be transformed further. It is known, that /12/:

Also /12/:

We accept, that:

Substituting meanings constant according to the equations 6, 7, 8 in the equation 4 and having made necessary transformations, we receive:

Proceeding from the equation 5 is received:

Let's rearrange co-multipliers:

In light of the given conclusion it is possible to speak about gravitational weight only conditionally, as the body has no any internal "by a gravitational charge". Weight of a body in any case is a measure of "resistance" of a body to action of external forces, irrespective of, whether carries interaction of a body with external forces electrostatic or electromagnetic character. A conclusion from here follows, that in a uniform material field the force of gravitation between bodies occurs not as internal, outgoing from the centers of their weights, and as jet, arising at a difference of forces of external and internal pressure in system of considered bodies.

Summing up it is possible to assert, that, despite of external distinction between pushing away and attraction, does not represent difficulty to express one through another and, that only considering them in unity and interrelation it is possible to explain an infinite variety of the environmental world, not pulled together by one-side gravitation in one point.

Let's consider movement of material systems in time, their development. In developing system all is indissolubly connected by process constant general mutual transformation, change both separate elements, and all system as a whole. The following stages are characteristic for development of all systems: occurrence, organization, period of the maximal organization, transformation and destruction. Thus the concepts should not be understood "occurrence" and "destruction" literally, and as the moments of transition through a condition of balance in the given area of a material field. The elements making system, at the given transition remain, but the character of their interaction, movements and their own properties varies.

The occurrence of system is an occurrence of ordering, grouping in movement of elements, occurrence of non-uniformity in their distribution. In process of the further perfection of system in the party greater ordering of its elements it passes a stage of organization yet will not reach the period of the maximal organization, integrity. Thus the concept whole almost completely excludes casual character of interaction, that is, it is the period of unity of system. In the same time it is the period of a maximum nonequilibrium condition of system, given area of a field, that conducts to transformation, disintegration and destruction of system, transition in an equilibrium condition. The aspiration of system results in achievement of balance that at the moment of approach of balance the elements get the maximal speed of moving. A consequence it is instant jumping by system through a condition of balance and occurrence of new nonequilibrium, opposite by what existed in system. That is, there is an antisystem, which in the development passes the same stages, as system. Thus the antisystem by nothing differs from system besides that in the development passes through an opposite pole of nonequilibrium, density of a field. It is the same distinction as between a maximum and minimum of amplitude of sine curve, as also oscillatory movement of considered system represents individual oscillator of a material field. With destruction of antisystem the cycle of one fluctuation is finished.

The first stage in development of system is organization, during which the system turns to the organized system or whole. As the system is found in constant movement, in it there are diverse changes, which in aggregate represent the certain directed process of organization of components system of elements. Due to their huge quantity this process is probabilitycal, statistical. In a unorganized equilibrium condition the elements with equal probability move in all directions. But gradually this balance is broken, that results in occurrence of organization in moving elements. Thus their increasing quantity begins to accompany this process and lesser - to resist to it. The organization becomes conducting on an ascending stage of development of system. Between moving elements begin to be formed the certain communications, first of all such, which subordinate elements of the uniform purpose – formation "whole". "Whole" represents unity, complete self-subordination.

The organized system as "whole" represents an indivisible element for supersystem. Hence, the element is a maximum degree of organization of system, taking place in it. However, the absolute unity of system is possible only theoretically. System aspires to it as to the inaccessible ideal form. The formation absolutely united means occurrence completely of independent area of a material field, closed in itself, and therefore degree of probability of occurrence of such area of a field is equal to zero. By virtue of it, having reached top of an ascending stage the development, system as whole can not be in the given condition, as at this moment of force of internal pushing away begin to exceed external squeezing forces. The system experiences the period of transformation. Whole again breaks up on making parts and system enters in the period, opposite of organization - period of disorganization. In this process the general aspiration to achievement of balance, destruction of system, to growth of entersystem entropy is shown.

If even more in details to consider the initial stage of organization of the arisen systems, it is possible to ascertain, that agrees to the laws of statistics in an equilibrium condition in system the element with any amplitude of own nonequilibrium can to appear. And, both with positive, and with negative nonequilibrium, that corresponds to a condensation or underpressure of a field. The moment of balance is the moment of maximal freedom not only movings, but also own condition of elements, them discrepancy on size. However, on a measure of organization of system and growth of its general nonequilibrium condition, there is a gradual selection of the steadiest elements accompanying organization of system. At it, with greatest degree of probability in each moment of time there are elements appropriate general nonequilibrium of system, that is, with the increasing amplitude own nonequilibrium. After achievement by system of a condition "ideal whole" it should become one element with a zero degree of differentiation / 14.23/.

In process of organization of system also communications between elements constantly become complicated, grows them co-subordination, that conducts to a unification of system as whole, to growth of integration of elements. Thus, if the differentiation of elements promotes their qualitative distinction, the integration carries them character of quantitative association. Parallel reduction of differentiation and the growth of integration results in constant transformation of structure of system. Originally isolated, the freely moving elements, submitting general process of organization of system, begin to be united in groups, subsystem. Between elements of such groups the deep internal communications distinguished from communications between groups develop. Now structure of system can be divided into an infrastructure, that is, structure of subsystems, and on - ultra structure, that is, structure of communications between subsystems. During development of system there is a constant quantitative change of a parity of these structures. So, at a stage of organization of system the infrastructure grows, becomes complicated, and the ultra structure becomes simpler, while will not disappear at all after achievement of unity of system. During disorganization there is a return process before complete disappearance of an infrastructure at the moment of transition through an equilibrium condition.

The degree of integration and differentiation reflects a degree of organization of system, nonequilibrium of its condition /1,50/. In the beginning of organization the increase of nonequilibrium is provided with only quantitative association, integration of qualitatively identical elements in subsystems. However, such quantitative growth of heterogeneities soon results in new quality, occurrence of separate elements with one deeper internal heterogeneity. Gradually number them grows, yet does not become dominant. The qualitatively new elements also are united in subsystems until will begin to occur even more deeply nonequilibrium elements. And so - so long as the system will not turn in one element.

As the process of organization is statistical, at each moment of time in system the various kinds of elements can coexist, but one of them will be necessary dominant, the number others will be defined by the laws of statistic distribution. All in the sum they characterize a degree of differentiation the system.

Usually, speaking about kinds of a matter, allocate two basic its kinds - substance and field. However, strictly speaking, such division is not quite correct, as any kind of a matter is a part of a uniform material field, one of its condition. The condition of a matter depends on the form of its movement, from internal structure of systems, which it forms. The structure of system, again, depends on the form of movement of its elements. As the elementary kinds of movement are forward and oscillatory, also material formations can be divided into two basic kinds:

- is forward moving;

- as oscillator moving.

That usually mean concept "field", represents set is forward of moving elements or linear electromagnetic field. The uniform forward moving, according to the first law of Newton, is possible only at absence of external influences, that is, when the elements are maximum free in the moving. As it was already marked, such condition in development of system is observed at the moment of transition through a point of balance appropriate complete structurless, randomness in moving elements. It is possible to assert, that at the moment of balance the matter in the given area of space completely is as a linear field.

During organization of system interdependence of elements grows ever more, that results in occurrence and growth of waves of interaction, growth of internal pressure in system. As a result of imposing waves the only forward moving of elements is broken, occur of oscillatory acceleration. Thus the inconsistent tendencies are found out. On the one hand, the chaotic free moving gradually gets the certain orientation to the general centre. With another - reduction of spatial volume, in which the elements move and their growing mutual pushing away counteract moving of elements in this direction. Eventually quantitative growth of capacity of waves of pushing away results that begin to occur elements, which forward moving completely passes in oscillatory. That is, such element showing fluctuations (polarized) only in one or two planes and forward moving in the third plane (an electromagnetic wave), becomes the element which is carrying out only oscillatory movements, or else, by closed electromagnetic fluctuation, polarized in three planes. This spatially limited fluctuation of a field is a qualitatively new condition of a matter - material element, elementary particle. Such condition of a matter occurs only under the certain external conditions and completely depends on them, as grows out imposings, superposition own movement and external influence, result of transition of energy of forward moving in energy of fluctuation because of restriction of freedom of spatial movement at compression of system. As far as the occurrence of such condition of a matter at the certain stage of development of system is natural, so natural should be and its disappearance at the other stage.

With occurrence of material elements their quantity and a variety constantly grows in comparison with quantity is forward of moving elements. Gradually there are more and more large material elements, and their behaviour becomes more and more ordered.

The system will reach integrity then, when forward moving completely will disappear, that is, when the further rapproachement already is impossible, the compression and system will turn in one fluctuation, in one material element. Such unity is reached at the expense of overcoming huge forces of internal pushing away during compression of system. On this overcoming the energy of forward movement of elements was spent, that resulted in their gradual braking. And after this energy was spent, has passed in energy of oscillatory movement, those huge forces of pushing away, that have collected to this time, blow up unity, integrity of system, and about all by increased speed the disorganization, destruction of system promote. Thus there is a gradual transition from oscillatory character of movement to forward, that is, the system extends. The decrease of internal pressure, density of a matter eventually results that the material elements gradually completely pass in radiation, in a condition of a linear field from wave elements.

However, at this moment of transition through balance the speed of expansion of system is maximal also elements continue to run up, breaking balance already in other party. And this further dispersion of elementary turbulences of a field can, on the other hand, be considered as rapprochement of underpressures of a material field, that is, as organization of antisystem consisting of antielements. The further process then symmetrically repeats. The disintegration of antisystem finishes one period of individual fluctuation of a field. Thus, the development of system is a continuous transition of one kind of movement in another, transition of substance in a field and on the contrary.

At construction of cosmological models, proceeding from infinity of the material world much consider it as immense increase of the known phenomena, as unlimited extrapolation of the laws, established on experience, of movement of a matter. Thus the known final phenomena turn in immensly increased, absolute infinity. Such evolutionary understanding of development of the Universe, recognition of only quantitative changes deprives cosmology of ground for a correct explanation of the phenomena of the environmental world. What quantitative would not be change of spatial - temporary distances or any other properties of a matter, early or late it should result in radical qualitative changes.

Our Universe as the integral part of a uniform material field also represents developing system which is taking place in continuous movement and change. For it, as well as for any other material system, the constant quantitative - qualitative transitions, constant struggle of the contents with the form, removal of the old forms and organization of new characteristic. During development of the Universe also there are complex processes of differentiation and integration. The material elements, having appeared on the certain stage of organization of system, can not long time be in the in regular intervals distributed condition - condition "of elementary gas". The growing internal pressure of forces of pushing away eventually results that the elements begin to be condensed, to be united in subsystems. Thus, the quantitative integration forms atoms, molecule and their association as space bodies, and the qualitative differentiation promotes formation of elements, differing on properties, subsystems. The integration results in occurrence of an infrastructure and ultra structure of the Universe. The infrastructure is defined by forces of internuclear, internuclear and intermolecular interaction, that results in formation of separate space bodies. The ultra structure is formed as result of interaction of these bodies as planetary, star and galactic subsystems. Thus, the size of integrity forces depends on size of internal pressure in the Universe connected to occurrence of waves of pushing away.

The differentiation, first of all, is defined probabilitycal, statistical process going to the party of organization or disorganization of system, transition from forward to oscillatory character of movement of elements or on the contrary. If the probability of occurrence of elements and antielements with any size own nonequilibrium is equal an equilibrium condition (according to the laws of statistics /20,37 /), that, on a measure of organization of system, the probability of occurrence of elements exceeds probability of occurrence of antielements ever more. Thus, at each moment of time with the greatest probability there are such elements, which most there correspond a general nonequilibrium of system, density of a material field in the given area spaces.

Any system or element can exist only that environment, in which they were generated, therefore transition them other environment or change of environment, in which they were, causes their transformation, destruction. As, for example, the compression of the Universe should be accompanied by constant increase of its density and internal pressure, that, despite some probabilitycal deviations, the general direction of reactions of interaction both transformation of elements and subsystems will tend in the party of their synthesis. However, as the Universe as system in relation to the elements is almost infinite both in time, and in space, this tendency will be almost imperceptible. So the reactions of synthesis (integration) and disintegration in subsystems such as stars, nucleuses of galaxies etc. statistically will be almost in balance, having the small shift in the party of synthesis is insignificant.

As the process of compression of system goes with delay, that is, with negative acceleration, which size also grows, it conducts to all to amplifying interaction, increase of internal pressure in the Universe. And it, in turn, results in growth of size of elements, to amplification their quantitative integration, that is, to gradual regeneration both elements, and subsystems.

The processes of regeneration are inclined to interruptions of gradualness. Sometimes it is shown as sharp jump - explosion (New and Supernew stars), and in other cases as temporary stabilization of subsystems with small weight (planet, their companions and so forth). Basically, majority subsystems there is a long time in a condition of continuous smooth regeneration as total process of reactions of synthesis and disintegration both elements, and their associations - nucleuses of atoms. Thus the nucleuses of stars consist from gradually breaking up hyperons, neutrons and transuranium nucleuses. On the average layer of stars there are most stable atoms, and in a superficial layer - gradually synthesized nucleuses of supereasy atoms.

The products of disintegration of a nucleus of a star enrich with an average and superficial layer, and the products of synthesis of easy nucleuses leave in an average layer and nucleus of a star. That is, it too some kind of oscillatory convertible process, in which extreme points are the superheavy and supereasy elements and nucleuses of atoms, and point of balance is the place of a congestion most stable in the given time of elements and nucleuses.

As a result of sharp explosive processes the interstar space is enriched by diffuse substance - clouds of supereasy atoms. Such condition of substance is rather unstable, that results in gradual condensation it and formation of secondary star subsystems reaching balance of reaction of transformation after in them a nucleus of the nucleus of a nucleus of a nucleus of a nucleus of nucleus of nucleus of the subsystems incorporated for any reasons by superheavy and supereasy nucleuses, are stabilized. But the stabilization this temporary, as with change of size of internal pressure in system peak of stability of elements and nucleuses is gradually moved together in this or that the party.

Thus, it is possible to ascertain, that the dispute between the supporters of the "classical" and "Bjurakan’s" concepts is pointless. If the supporters prove to first, that basic in our Universe the processes of synthesis are, and the supporters assert second - opposite, it be necessary to recognize, that those are partially right also and others. It is a convertible process with by gradual shift of balance dependent on speed of expansion or compression by the Universe.

Interesting foresight the academician V.I.Vernadskiy has made in due time: "... Each atom exists, keeping the certain structure strictly certain time.... The process determining an inconstancy of atoms, goes inevitably and is insuperable in the strictly certain direction, always in same. We express it, speaking, that it is irreversible process" /7,511/. Unique, in what he was wrong, it that the given process is irreversible and is unidirectional, that is, doing it absolute in time. As the system changes the condition with acceleration, also shift of balance of reactions of transformation changes and, for example, at the moment of achievement by system of a condition of integrity there comes complete balance of reactions of synthesis and disintegration. It is the crisis moment. If during compression of the Universe the reactions of synthesis prevailed, during expansion gradually begin more and more to prevail reactions of disintegration. However, this shift is so imperceptible, that the condition of the Universe during expansion almost by nothing differs from the period of compression, except for the several insignificant factors. According to one of them - to the doppler’s red displacement of frequency of light from far space objects, it is possible to ascertain, that we live during disorganization, disintegration of our system - Universe. And it, eventually, will result in complete transition of substance in radiation, in a condition of a linear field, and then - to formation of antisystem, with which, in turn, it is necessary to pass the same way of organization and destruction (compression and expansion of underpressures of a field) to finish one more period of fluctuation of one of uncountable number of systems of a uniform material field.

The given work does not apply at all for the status of the fundamental physical theory, requiring the complex mathematical device, and also - on the status of the philosophical treatise, apologists of the classical requirements to which could accuse me in "empiricism".

It is only attempt of creation of the concept of construction of the theory, attempt to comprehend, with attraction of some philosophical categories, a possible way, in which I offer to direct the efforts to physicists and mathematicians, which will create the General theory of a field.

I wish successes to the one who will undertake this hard work !

The honour and praise to the one who will reach to the purpose ! And let it will achieve success not by the deep old man, and in prime of the forces, and will put the Nobel Prize to stops of the favourite !

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