Methodology of the evolution of matter (phase-stages, principles of motion)

The original axiom : If we assume that the production of matter, the subsequent transformations and manifestations of its ever-increasing diversity do not go without movement, then the main and, apparently, the only question of knowledge is the elucidation of the origin of the basic property of matter - its motion itself. In this case, it remains to assume the existence of only a topological environment consisting of two structural parts - the infinite and the finite. These opposites define each other and do not exist one without the other. And, therefore, the interaction of the finite and the infinite is the manifestation of matter.

Physics manifestations of matter. To begin with, we note that any closed shell divides the topological medium into two parts (regions): internal and external, or finite and infinite. Moreover, if a closed shell is uniformly separated from the center of the inner region, then it inevitably takes a spherical shape. The constricting movement of this shell means the striving of the inner region to a small and finite state, and an outer one to the buildup of a large and infinite state; in this case, the stretching of the shell leads to a conjugate inverse effect. And the presence in the ratios of the polarities of the lower small limit (it cannot be zero, because then the manifestation of matter is lost by definition) sets the limit, respectively, and the manifestation of a large state.

Thus, the range of manifestations of matter is limited by the conjugate aspirations of the medium to large and small states and is associated with the contraction and stretching of the spherical shell. However, the ratios and rates of increment of small and large differ significantly. For example, by reducing the size of the shell by half, the volume of the inner area decreases eight times, and the corresponding, we emphasize, the simultaneous increase in the volume of the outer area will be a tiny amount. In other words, the tendency of the topological environment to the small is striking, and its corresponding striving for the large is very insignificant. But after all, the polarities are equivalent, which means that the given aspirations of the medium must also manifest themselves equally! This, perhaps, is the manifestation of the most severe stress in a topological environment, which requires balancing!

It is also important to note that in the centrifugal aspiration of the boundary shell, the area of ​​spherical surfaces increases in a cubic progression, and the intensity of radial movements (impulses), it is believed, decreases. Therefore, the processes of rarefaction with centrifugal and thickening of pulses with centripetal transitions, noted between successive concentric interlayers, are already linked to lateral (side) pulses in two mutually perpendicular directions, with generation and intensification of circular movements. In other words, the weakening of movement in radial directions is compensated by the growth of concentric varieties, rotational movements. And vice versa. In the aggregate, these mutually related changes in three perpendicular directions generate generic units, generate consistent motion quanta.

Actually, it is thanks to the repeated alternation and coordination of these two types of movement and the set of spherical shells embedded into each other with the corresponding radial-concentric layers is actualized, and their sequential-step transition from the smallest to the largest value and vice versa is carried out. The boundary zone is manifested by a macroscopic multi-layered topological hollow ball consisting of a multitude of concentric interlayers strung together.

And then the total voltage of the boundary zone is evenly distributed within a given set of shells embedded into each other, initially defining the matrioshka-embedded form of mutual arrangements. Thus, the entire subsequent problem of cognition of matter can be reduced to the study of the characteristics of the manifestation of the presented boundary layer. It is specific and contains the deep genetic essence of matter. Hence, the introduction of a new concept is logical: for example, an embryonic state or just an embryo of the Universe (Fig. 1). In order to brighten up the thorny and winding path of knowledge, this multilayered (nested) construction of smoothly varying ratios and transitions of topological polarities can be illustrated with a comic drawing (Fig. 2).

Fig. 1. Portrait of the initial state of the border zone in general form and in the context of traffic flows (r is the radius of the smallest spherical layer with maximum curvature C max; R is the radius of the largest layer with minimum curvature C min)

So the small strives to become big. Having reached the infinitely large, it changes the direction of its movement to the opposite, etc. to infinity. Marked can be represented as a pulsation of a macroscopic multilayer topological ball and associate it with a cyclical fall and rebound of an elastic and in accordance with the rotating ball from a certain surface. So you can imagine the physical picture of the transmission of the voltage relay (inertia) from the largest concentration to the smallest central bubble and back, complemented by mutual transitions of radial motion into a circular motion and back, making up a certain constant. Conclusion: the inertness of movement is the essence of the manifestation of matter, it accompanies it from the very beginning.

Fig. 2. The playful image of the "matryoshnechnogo" structure of the structure of matter

It must be admitted that the built-in form of a huge number of spherical shells with thin layers (radial-concentric types of motion) is a very dense package of matter. In the case of internal coagulation of shells, an infinitely small place (literally bordering on zero) is easily reached, but the conjugate manifestation by the medium of a large place, considering them equivalent, turns out to be very modest.

Noting the compressed manifestation of matter, it is possible to give more specific topological grounds. Thus, in the embryo all the radial directions of movement, both its diverging and converging pulsations, were most fully represented. However, concentric types of motion, conditionally clockwise and counterclockwise, pulsing from the central microbubble to the peripheral shell and back, are nevertheless limited from the macro side by this very outer shell. On the other hand, if this limit had not been found and established, then the concentric pulsations themselves would be problematic, both in the centrifugal direction and vice versa, and their mutual transitions. But the main disadvantage (limitedness) of the compressed state of spherical shells embedded into each other is that they are all bent one-way — inward, actualizing only one center, and not balanced by shells with opposite curvature, with a corresponding set of centers.

Additional reserves of manifestation by the medium of the infinitely large open up when moving from the built-in, closed, one-sidedly curved form to the row-sided (side by side, open, comprehensively developed) topology of polarity ratios. At the same time, the embryo, by repeated division into halves (balanced and therefore reaching with dissolution through the shell during each act), is geometrically turned inside out up to the smallest shell. In this regard, the volume of the universe increases many times without any inflation and the Big Bang.

Mechanics unpacking the embryo of the universe

Apparently, in the upper outer layers, the radial and concentric impulses are equalized and, therefore, the orientation in the centrifugal-centripetal directions of motion that has taken place is lost. But there is a possibility of local curvature of the areas of the outer spherical surface of the embryo in the opposite direction. In other words, as a result of resonance phenomena in this set of interlayers, the occurrence of “dents” is regular. And when a pair of dents appears in diametrically opposite areas of the embryo, it is transformed into a single, through, radially opposite axis, each point of which expresses a certain center of equilibrium, generalization of two lateral axes, their mutual transitions, that is, the central axis and rotational movement as such. One global, generalized axis arises, around which all matter begins to rotate, instead of the set of radial converging-centrifugal-centripetal aspirations earlier (Fig. 3).

Fig. 3. The embryo of the universe before its division in half

Matter is transformed into a set of flat circles-disks of motion, huge at the equator and gradually decreasing to two poles, strung together and rotating around a specified axis (in opposite directions in semi-axes). And again, resonance phenomena are now applied to the hemispheric disks rotating in opposite directions along a given axis (to the center and away from it), leading to a balanced division in two, followed by their coagulation in two balls, accompanied by the dissolution of one middle shell, and filling the gap between the resulting fission products of the embryo. This solution of matter can be considered as a space or even better qualified as a median balancing field - an SUP, tense, straightened, stretched, tending to be stratified equally as on one fission product, and on another, but so far only has to fluctuate in a variety of modalities.

And so on, a stratification of the embryo to the innermost central microbubbles occurs in a geometric progression (Fig. 4). As a result of this cascade of transformations, the topological environment appears as a huge set of microbubbles, evenly spaced in the SUP, as in the lattice nodes, forming the global string framework of the Universe (SLE).

The stressful cubic topological structure of microbubbles is capable of generating only a pulsed motion transmission in strictly three mutually perpendicular translation-return directions at each node.

Fig. 4. Picture of the gradual division of the embryo of the universe into two parts and further along a geometric progression

In this case, the motion of matter turns out to be strictly channeled, without manifestation of a single generalized center, but uniformly distributed in each microbubble. As a result, there are no centrifugal-centripetal directions for the transmission of impulses, that is, converging-diverging radial, as well as concentrically-embedded types of motion. There is every reason to qualify this state (phase, stage) of matter as a series opposite (side by side), a fully unpacked form of its existence (Fig. 5). Here are the obvious sources and objective fundamental bases of the three-dimensional nature of matter.

What is significant these grounds? !!! First of all, these three mutually perpendicular and intersecting axes-planes-directions, being basic, genetically nodal, maximally expressed topological bases, are capable of generating-manifest with their combinations any other combined types of motion of matter, including its return to its original state, thereby implement the topological circulation.

Fig. 5. The cubic shape of the mutual arrangement of microscopic bubbles in the set (string frame of the Universe) and locally at the micro level

Here it is necessary to give explanations about the specificity of movements associated with the transition of matter from a closed phase to an open one, with its unpacking.

Explanation first. No matter how we disclose the content of the concept “movement”, our consciousness will question and need clarification as to what is moving: a subject, ether, emptiness, nothing? This is because, according to our understanding, there is no objectless movement, and we are simply not able to imagine a “bare movement” by itself. Therefore, it is necessary to state once again unequivocally that by movement we mean the displacement of the border zone as a whole, and the latter is just the product of the interaction of two topological polarities. Different ratios of the Finite and the Infinite constitute the subject of motion.

Explanation the second. The embryo of the Universe, justified by us, does not move anywhere, but in it centrifugal centripetal directions cyclically run through internal spherical waves. In addition, in it, at the same time, there is a sweep of radial directions in a circle, conventionally, clockwise and counterclockwise, with a total manifestation of different ratios of topological polarities. When this occurs, only the successive transmission of impulses (inertia) of motion. Therefore, the embryo can be represented by a single “gelatinous-jelly” mass, filled with the above described relay transmissions and vibrations.

The third explanation. Finally, the unpacking of matter itself, the separation of the embryo seems to be accompanied by seemingly significant dynamics, but it lacks movement in the usual sense. There is an unpacking, a fully developed opposite location of the topological polarities, reduced to a common denominator, to the full and extreme manifestations of the largest and smallest, of course, in unfolded and discrete forms. In this mass of manifestations of matter, only excitements of different modalities are again observed.

But such an understanding of movement remains valid only until the microbubbles turn inside out (come out of their state of internal concentration and direct their activity to the external plan) and thereby develop autonomous microscopic quanta of matter. The latter, expressing quite specific correlations of polarities, are capable of interacting with other similar quanta and, therefore, towards the manifestation of independent movement in one direction or another, with this or that speed and acceleration. In this case, we begin to associate the movement with changes in the location of already specific building blocks of matter, and then - new growths composed of them, which acquired quite definite forms, sizes, and other physicochemical properties in the process of mutual movement (changes).

So, matter in the open phase is manifested by two neoplasms - the median balanced field (SUP) and a great number of microbubbles floating in it. The SUP, from now on, as gaps between bubbles, physically appears as some kind of super-huge, straightened and therefore very tense, unfolded, comprehensive, but still the final neoplasm. Moreover, it is filled with dynamic quantized ripples: from giant half-waves (due to the initial division-stratification of a macroscopic embryo in half and further along a geometric progression) to the built-in previous stepwise descending disturbances of the medium relative to its median state (by definition).

The phase of the final inversion of the manifestations of matter
This phase of the movement of matter is associated with the release of the SUP and SLE from the infinitely monotonous pulsation around their median balanced state and the transition to full-fledged body movements, to motor creativity, to genetic combinations of the three-dimensional bases noted above. And for this matter it is only necessary to manifest the newly balanced counter-forces from two poles.

The source of such interactions of the SUP and SCW were again resonances - coincidences of the corresponding modalities of the vibrations of the SUP and the string structure (linear-sequential union of multiple bubbles), in the first macro-case, and then with the own vibrations of microbubbles, in the second micro-.

In the first case, they lead to scanty deviations from the regular cubic form of pulse propagation in the form of the slightest divergence-convergence instead of strict parallels and right angles. As a result, a number of uniformly distributed regions appear - string topological niches of toroidal and oval-spherical shapes. In the second case, the same resonance phenomena of the microscopic ECS modality, frequencies that coincide with the natural frequency of microbubbles in the simplexes, lead to their splitting into fragments, turning the latter inside out and new stitching of them of elementary particles. And the emerging topological niches begin to serve for the latter as a channel of subsequent streams of motion of matter, and its accelerator (Fig. 6).

In other words, within the marked topological niches, the porridge of movement begins to “brew,” a real form of matter, completely different from the impulsive, relay-based forms of motion transmission. Material bodies have the opportunity to manifest various types of movement, to have their own lineage, individual trajectory, their own history of formation, cooperation, etc. The era of creation and generalization of the centers of movement, the search for epicenters (at first galactic and then universal) opens up.

For such an understanding, one must know that centers are not defined without periphery, and do not make sense outside the environment. , , , , , . () , , , . , , .

Fig. 6. : ) ; ) ; ) ; )

, , . , , : . ( ) ( ), , . .

. — , , . , , , «». - - , , , .

It remains only to find out the meaning of these transformations. What justifies the need for such transformations of motion? Note that the initial radial-spherical surface of the microbubbles was smooth, continuous and directed by its convexity comprehensively and therefore balanced. However, since the microbubbles were divided into fragments and turned into pieces, i.e. with the fragmentation of quarks and the compilation of elementary particles from them, the interaction of the latter takes a sectoral character (coverage). Hence it is clear that this interaction with their own kind takes a very limited character. Apparently, matter, narrowing the scope for movement, raises the tension, its inertia. Therefore, at the micro level of the universe, tremendous preparatory work was carried out to remove these restrictions. That is, based on the compilation of the median bases (nucleons,atoms, molecules and corresponding bodies from them) it was necessary to go to comprehensively balanced space formations, to which separate-differentiated movements in all directions (as they say, all 360º) at each point of this set will be subdued. Thus, the linear-radial type of motion of matter became the basis of its new transformation stage.

, , - . , , ( ), , .. () . , . , .

, - .

. - - - , , -, - . : , , , . . , , , ( ) - . , , . . . - .

, , , , . (, , ) . , -, (Hubble Deep Field), . . - . . , .

, . , , . . , , – « », . , . , - , .

From all this, it follows that an objective guardian - an organizer of the transformation of the border zone does exist. This function is performed by the topological environment itself by means of SLE and SUP, the subsequent fate of which depends on the material manifestations in the set of marked niches. Therefore, for the latter, and need "eye and eye," it is SLE and SUP appear to be an all-seeing eye. And this supervision consists in uniformity and frontality (ubiquity, threading), balance and sequence of transformations of the border zone.

For greater persuasiveness, we slightly open the actual mechanism of supervision, or rather, the self-organization of matter from the side of macro-interactions. So, after the initial manifestation of the real form of the movement of matter at the micro and meso levels, the SUP and SLE then proceed to macroscale effects on the first. There is only one means for them - to re-engage them in radial and concentric types of movement at a new level. But how can these types of movement be given to large-scale galactic associations of matter? After all, a great many macroscopic galactic material formations have already emerged, they are located in different planes and are scattered throughout the entire volume of the vast Universe. How to consolidate and bring all this huge economy to a common denominator? But matter, as always,finds a wise decision in this large-scale case. Specifically, the macroradial variety began to manifest itself as a massive, directed in all directions frontal movement of the absolute majority of galaxies and their accumulation on the periphery of the Universe. At the same time, the SUP and SCR, giving the radial movements smooth lateral curvatures, thereby include elements of twisting. In this case, a huge set of galaxies, rapidly moving away to the periphery of the Universe, actualize not just the center, but the epicenter of collective centrifugal movements. And the initial elements of the ubiquitous displacement of radial trajectories with distance from the center indicate the origin of concentric types of movement around the same epicenter. At the same time, taking into account the numerous layering on them of the SUP,the border zone will appear fairly tightly packed, multi-layer embedded trajectories of the motion of real bodies - something similar to the rings of Saturn, in the bulk version. Naturally, the volume of the Universe will gradually shrink, material bodies will accordingly move closer, the radii and gaps between the layers will decrease, but the frequency of collective rotation will only increase. Collectively, all this can be called the centripetal motion of matter. The border zone will return again to its generalized and closed form, and the matter - to the embryonic state.the radii and gaps between the layers will decrease, but the frequency of collective rotation will only increase. Collectively, all this can be called the centripetal motion of matter. The border zone will return again to its generalized and closed form, and the matter - to the embryonic state.the radii and gaps between the layers will decrease, but the frequency of collective rotation will only increase. Collectively, all this can be called the centripetal motion of matter. The border zone will return again to its generalized and closed form, and the matter - to the embryonic state.

In this regard, the implementation of the real form of matter in the grip between the SUP and SCR, initially a centrifugal tendency, and then a centripetal one, is extremely curious. This can be considered as a manifestation in the open phase of one cycle of centrifugal - centripetal pulsation of a closed phase (the embryo of the Universe). Unfortunately, the currently observed centrifugal motion of galaxies to the periphery of the Universe was interpreted by astrophysicists as an accelerated expansion of the Universe itself. Therefore, the theory of the sad end of the Universe has arisen, without the prospects of a regular change of this trend by the centripetal.

The presented counter macro- and microprocesses of the boundary zone in the open phase of matter are not just unnoticed and undervalued facts, but an extremely important moment in the whole picture of topological transformations. It can be said that everything is the quintessence of topological transformations, the essence of all manifestations, the fundamental condition for the full circulation of the topological environment. In other words, due to these genetic processes, the topological environment completely changes its face, it acquires the soul of the combinational process, and in the whole range of possibilities of the border zone begins to engage exclusively in topological and genetic creativity.

Conclusion Thus, the initial generalized-in-built pulsation of the embryo is first transformed into the SUPA pulsation, and a part is transferred to SLE (the so-called relic radiation). However, the main range of pulsations is realized by the real form of movement in a multitude of successively constructed harmonics, again returning matter to the embryonic state. Thus, the above-mentioned three measures of contrast-combined manifestations of the minimum and maximum, of the finite and infinite, are again transformed into an integrated, single radial-concentric state, into a centrifugal-centripetal pulsating motion, into its minimized and closed phase (Fig. 7).

« » , . , , , - — . . (), . , , . , , , . , . . , , ! , – , , , . , .

Fig. 7. -

, . , -, , , . . , . .

, - – . , – . , , , , . , – . , , . - - .

. , , . . , «» , , , - , - – . , . , .

«» , - , . , , .

, , ., , «» , , -. - , , : , , . , , , . -, , , . . .

, , . , . , . , .

, . . . , , , , – , , , , , .

: . – , Altaspera. — 2012. -352 . ( ); – – . – .: . — 2017. – 368 .


All Articles