Георгий Попов – Оrigins of the material world (страница 4)

Black Hole, or Acceptor Node

The regenerator node, due to the gigantic gravitational stretching of space, captures all forms of material manifestations, including all forms of radiation, breaks them down into constituent energies, and accumulates them, thereby increasing the gravitational stretching of the surrounding space, enhancing its tearing force. This node is commonly referred to as a “Black Hole”. Thanks to this process, the Black Hole is a precursor to another opposite phenomenon – the birth of a Supernova from the apparent "nothingness", when, after the explosion of accumulated energy, space is again filled with a giant amount of excess energy, transforming into all possible forms of radiation and material structures – from basic material particles to cosmic structures.

Black Holes serve as replenishable accumulators of initially accumulated excess energy in the space under their jurisdiction. As material bodies are pulled into such a gravitational trap, they are sequentially torn apart by gravitational forces, first into molecular, then atomic, and then into material particles – as they approach the surface of the torus. Finally, at the last stage of the ultimate strength possibilities of a particle's existence, it decomposes into constituent monochrome energies in pure form, in a manner resembling a melt. The task of the Black Hole is to extract from its jurisdictional space the excess of manifested and conditionally manifested energies of space, accumulated in material bodies and various radiations, to prepare the process of renewing the material world by forming the foundations of new stars, suns, and planets. Such a renewal process is conditioned by the limited lifespan of all material bodies due to their constant internal restructuring, associated with the tearing action of the surrounding field of gravity created by the bodies themselves, or rather, as a consequence of their formation. If one were to metaphorically depict a climatic map of the universe, then the Black Hole is the winter season of the Universe, when preparation for the spring blooming and unveiling of stars, suns, and planets takes place. These seasonal moments – winter, spring, summer, and autumn are infinitely represented in the Universe in its various places. The regenerating lattice, immersed in space, gives new life to material objects, spawns all the diversity of material forms and, at certain winter periods, destroys this degrading diversity.

Features of the Excess Layer of the Acceptor Node

In its maximum realization, the acceptor node represents a rotating torus, and in subsequent, smaller realizations – a sphere. Such structures are neutral, not having any charge. However, essentially, it is a manifested structure that, due to its design, based on the relationships between centripetal and centrifugal energies of UEC, cannot annihilate on its own and return to the state of space. The basic acceptor node is a multi-layered torus, with alternating active layers. The extremely high frequencies of centripetal energies ensure a gigantic rotation speed for the node. All manifested or conditionally manifested energies, including radiation, attracted by such a node due to the gigantic gravitational field, decompose when approaching the surface of the torus, gradually creating an additional upper excess surface layer. This results in a structure of super-dense dynamic melt, where all attracted energies continuously try to form their alpha or beta cycles with each other. In this layer, there is also a fleeting merger of energies with the formation of various pairs of antipode particles, and, simultaneously, their annihilation due to the hyperactivity of the energy melt. The replenishing layer of melt is attracted to the original node by the gigantic gravitational field, which still exceeds the external tearing gravitational forces. This is a layer of "boiling" energies, which, due to its super density and activity, cannot form stable particle structures balanced with each other by the cycle of the monad. The accumulating layer remains hyperactive until the very moment of its rupture. This is the state that can be called a Black Hole. After the critical stretching of space, an explosion of the accumulated layer occurs due to the activation of tearing gravitational forces, grown to the ultimate level, capable of tearing the surface layer of centripetal energy. Thus, from the state of the node – Black Hole, a Supernova is manifested.

Three Levels of Universe's Nodes

Regenerator nodes have a certain hierarchy, which is realized on three main levels – neutrino, electron, and neutron.

The first level is the most productive. This node is the basis of the true Black Hole. The nature of this node, its original structure, lies in the continuous layered process of birth and annihilation of neutrinos – the smallest building blocks of the material world. This is a kind of hyperactive vortex flow of space energies, in a state of constant transformations. Within the volume of this node, continuous twinkling processes of the birth of neutrino and antineutrino pairs occur, as simultaneously, the counter process of their annihilation happens. In each layer, these processes, in terms of their spatial realization, resemble honeycombs or, to some extent, a hexagonal lattice. The processes proceed layer by layer in streams driven by centripetal energies. As one progresses deeper into the node, first heavy, more massive, and lower-frequency neutrinos are replaced by higher-frequency ones. At a certain depth, energies of ultimate frequencies participate in their realization. This layer consists of basic, primordial neutrinos. As one goes further into the depths of the node, when the internal pressure becomes ultimate, the frequency of birth and annihilation processes increases, smoothly transitioning into a state resembling a boiling, yet ordered melt of UEC energies. These are alternating layers with a strictly expressed alternation of centripetal and centrifugal energies. This inner layer is the defining layer, spinning the entire structure of the node. This is the core of the node, which takes the shape of a ring inside the torus. Fig.2. Within this first level, in the line of super nodes, there exists its own gradation of nodes by size. This node possesses a super-gigantic gravitational field and is precisely the main node – the regenerator of the foundations of material universes, suns, and planets. As the significance of the node decreases, associated with the change in the frequency content of UEC, the internal boiling layer gradually disappears, and then the layer with primordial neutrinos gradually disappears as well. Thus, as the significance of the node decreases, its functional capabilities for matter regeneration decrease.

The second level of nodes is the electronic one. At the base of this node lie lower-frequency energies of UEC. The structure of these nodes is already two-layered. The inner layer is a core of still neutrino transformations, but with low-frequency neutrinos and rarer birth and annihilation processes. The upper layer is a flow of dynamic structure, in which processes of birth and annihilation of electrons and positrons occur. These are less active nodes compared to the first-level nodes. These nodes can also be spherical, becoming the basis of stars of various sizes, depending on their size. Nevertheless, the gravitational field of this node is so great that it also continues, to some extent, to perform the function of a regenerator node.

The third level is the lowest. At the base of this level lie nodes, the upper layer of which is a structure of continuous transformations of protons and electrons into neutrons and vice versa. This is a neutron node. Its shape can also be spherical or toroidal. Depending on the mass of this node, its functional capabilities change. The functional capabilities of the nodes are primarily influenced by their frequency content and their total mass.

Fig.2. The Structure of a Black Hole. 1, 2, 3 – layers with a sequential increase in the frequency of UEC – boiling streams of birth and annihilation of neutrino pairs. 4 – the core of the Black Hole. 5 – the magnetic field of the Black Hole.

Fig.3 The Maturation Processes of a Black Hole. a – the original regenerating node. b – the initial period of maturation of the Black Hole. c – the final stage of maturation of the Black Hole. d – the rupture of the Black Hole's shell. 1 – the surface layer of centripetal energies. 2 – the layer of accumulated UEC melt.

Supernova

The transition of a Black Hole from the state of an acceptor node to the state of a Supernova is an instantaneous act, beginning with processes occurring at ultimate light speeds, making the initial moment of the explosion virtually imperceptible. All this happens after the gravitational tearing forces become capable of overcoming the resistance of the centripetal energy of the surface layer and detaching the accumulated energies from the base node. The rupture of the accumulated shell of the acceptor node happens instantly across the entire surface of the torus, starting from the equator, where the linear rotation speed of the torus is maximum. Therefore, all the energy, which was held by the centripetal energies, is expelled in the plane of the torus's rotation. The accumulated energies of immense density, relative to the energy density in space, instantly penetrate the balanced space of energy transformation cycles, turning them into melt. As the initial advancement of this energy from the explosion zone occurs, a period of avalanche-like process of melting spatial virtual structures of energy transformation ensues, leading to the creation of some chaos from the components of UEC. At the same time, preparation and start for the formation of basic material particles occur. Thus, the processes of forming material forms anew begin, when the torn accumulated layer of space energies instantly goes towards building basic particles of the material world – neutrinos, electrons, protons, neutrons, creating a multitude of intermediate, less stable particles and structures, and further, material bodies and structures from them. Due to the enormous rotation speed of the node, the entire materialization process is concentrated in the plane of centrifugal spreading of basic energies and their conglomerates, which from the side appears as dispersing streams of various macroforms, including the foundations of suns, stars, and planets, moving on certain orbits in the plane of ejection, according to the direction of rotation of the node at the moment of explosion. Simultaneously, conical ejections of basic energies occur from the inner hole of the torus in both directions. Fig.3 d. Meanwhile, the rotation of the ejecting streams of energy conglomerates continues in the direction set by the node's rotation. The concentrated magnetic field, activated by the rotation of the surface centripetal energy of the node, in the middle of the torus hole and going outward, exerts a strong influence on the ejected streams of accumulated energy. These spiral streams significantly enhance the already enormous magnetic field of the node. After all the accumulated excess energy on the surface of the regenerating node bursts out of its embrace and rushes into open space at ultimate speeds, the regenerating node gradually becomes a Black Hole again. This happens when the space around the regenerating center is completely cleared from the dispersing accumulated energy, such that other streams of material formations and radiations, located outside the plane of spreading of the exploded mass of basic energies, become able to break through into the capture zone of the regenerating center. This will be the moment of forming another Black Hole.