Георгий Попов – Оrigins of the material world (страница 3)

Types of Space Disturbance

There are four types of disturbances in material space, which reflect the deviation of space from its balanced, primordial state. The first type of disturbance is the isotropic stretching of space, leading to a decrease in the total density of space. The second type of disturbance is related to the activation of vortex centripetal energy of space as a reaction to the manifested centripetal vortex energy of a particle. The third type of disturbance is associated with the activation of centrifugal energy of space based on the principle of supplementing the ruptured cycle of the monad. The fourth type of disturbance is related to the movement of manifested energy in the form of particles. The first type of disturbance is gravitational distortion associated with the isotropic stretching of space. The second type of disturbance is the nature of magnetic phenomena. The third type of disturbance is the nature of the charge field. The fourth type of disturbance is related to kinetic processes, including the manifestation of braking radiation.

Extreme Disturbances of Space

Any impact of manifested energies on space itself, without destroying it, falls under linear processes of impact. Nonlinear processes occur with extreme activation of space energies, capable of leading to its local destruction, that is, the destruction of the conditions for realizing the cycles of energy transformation of the monad. With extreme activation in a specific volume, a melt of the basic energies of space is formed. After the period of extreme impact ends, relaxation processes begin, when the components of UEC rush towards each other, but with insufficient time and lack of appropriate conditions for the restoration of the spatial cycles of the monad, intermediate, much larger, and metastable structures are formed, which exhibit all the properties of particles surrounded by gravitational space. In the case of ultimate and extreme disturbances of space, when nonlinear processes begin, the concept of space temperature can be introduced. An example of such an extreme disturbance might be a pulsed impact of radiation of sufficient power in an extremely high frequency spectrum, where at the focal point, basic particles such as electrons and positrons appear 'out of nowhere'.

Density Pulsations of Space

The monad, a fundamental energetic unit of space, can exist in two states determined by the relationship between its centripetal and centrifugal components. The first state is the baseline, equilibrium state, where the centrifugal and centripetal components are balanced; this can be termed the equilibrium Zero space. The second state occurs when the centripetal energy within the monad begins to exceed the centrifugal energy, resulting in what can be conditionally referred to as an equilibrium N space, where N represents the degree to which the centripetal energy surpasses the equilibrium level of the Zero space. This excess leads to a compression of space proportional to N. Consequently, a region of space containing a non-equilibrium monad will exhibit a higher energy density relative to the baseline, proportional to the parameter N. The size of a cluster with elevated energy density is determined by the degree of dominance of the centripetal energy. However, at extremely high energy densities, a transition from one spatial state to another may occur—specifically, from a denser state to a less dense, equilibrium state.

Space and Its Properties

•

The nature of space is the principle of the monad, as a way of continuous transformation of UEC.

•

The original primordial density of UEC is the fundamental equilibrium state of space relative to any others.

•

Any form of manifestation of any space energy is a disturbance of it.

•

Space reacts to the manifested vortex centripetal energy with opposite compensatory vortex processes.

•

The manifestation of a stable structure with vortex centripetal energy leads to the activation of the corresponding centrifugal energy of space, based on the principle of complementation to a full cycle of the monad.

•

The layer of complementary conditionally manifested centrifugal energy, striving towards its manifested centripetal energy, decreases as the square of the distance due to the increasing area of the describing sphere.

•

The energies of both cycles, comprising a complete monad, are opposite to each other like the reverse sides of a ribbon and are capable of mutual balancing, whether they are centripetal vortex or centrifugal energies.

•

Any translational movement of a particle activates a compensating, balancing energy of both cycles of energy transformation of space.

•

The combination in space of manifested energies of opposite cycles reduces the disturbance of space in accordance with their activated densities.

Chapter 2. Nodes of Material Space

Regenerating nodes. Black Hole, or acceptor node. Features of the excess layer of the acceptor node. Three levels of Universe's nodes. Supernova. Magnetic field of the acceptor node.

Regenerating Nodes.

Regenerating Nodes. If the first stage of the creation of the material world is the creation of material space, commonly referred to as ether, then the second stage is the creation of a mechanism for the creation of material particles, bodies, and universes. If the creation of material space is an act of mysticism, then filling this space with material particles and bodies is based on a real mechanism, which also has mystical roots in its origin. This mechanism is a kind of gigantic spatial lattice, in the nodes of which structures of manifested energies in the form of particles, bodies, and radiation gradually concentrate and decompose to the state of melt.

This lattice is unusual, its node contains a basic structure with a huge density of manifested, balanced UEC energies. This structure causes the maximum amount of gravitational stretching of space, but not enough to break it. Such a node, after a certain period, acquiring an additional layer due to the gigantic gravitational attraction, transitions into a state with an unstable surface layer, which can be torn apart by the force of the increasing gravitational stretching, having reached a critical magnitude. The basis of all basic nodes has the same appearance – it is a multi-layered toroidal rotating structure made of manifested energies of both cycles of the monad with a surface layer of centripetal energy. This node of super-dense manifested and balanced energies, due to its gigantic size, activates around itself a gigantic stretching of space. This original node is the basis of a Black Hole, when material bodies and particles are pulled in and torn apart by the supercritical gravitational field at the surface of this cosmic formation.

The mystical part of this regenerating process is the primary sequential act of manifestation of these nodes, already mature and overflowing with excess energy, and from the moment of manifestation exploding. A part of the necessary manifested space was used for the manifestation of each of these overflowing nodes. This constitutes the mystique of the very original process. Over time, these nodes gradually divide into "empty" ones, already freed from excess energy, and those that have managed to refill – "ripen", which, then, explode again, revealing Supernovae in the material space. It is these processes of the initial explosion of all the introduced regeneration nodes that further spawned the entire diversity of the material world, including galaxies, stars, and universes, bringing a multitude of seeming chaos. Without the universe's regenerating matter nodes, after the first explosion and subsequent formation of material forms, there would follow a gradual decomposition of material forms, until the restoration of the original undisturbed space due to the degradation of matter in the field of its own rupturing gravitational forces. This is precisely why the regenerating universal nodes were introduced by the Creative Principle. Such nodes, as they accumulate attracted manifested energies, are capable of regularly restoring an infinite multitude of material particles and bodies, as well as recreating universes, stars, suns, planets. That is, to recreate the material basis for the manifestation of life forms, consciousness carriers, and forms introduced by the Creator, giving the opportunity for the introduced consciousnesses to evolve.

Regenerator nodes, and their spatial positioning relative to each other, are not random. They form a certain spatial lattice, the period of which is determined by the time of decay and regeneration of material worlds. They are as much a concept as the manifestation of material space itself and represent a unified mechanism of the manifestation of the material world as such. The vast distance between all the nodes does not lead to a global gravitational distortion of space and allows for the formation of material universes. The additional energy accumulated by a node merely changes its position from node to node, forming a shell of the node's giant excess energy, which at a certain moment, bursts under the forces of gravity, transforming back into the original basic node. All nodes and their periodic releases in the form of radiation, or Supernova explosions, are the excessive creative energy of creation, constantly renewing it. The intersection of radiation streams from newly created material objects from all possible nodes leads to the formation of galaxies, their spiraling, and unusual forms of realization. Upon accumulating sufficient energy at a node, this dark invisible non-radiating structure explodes, becoming visible. During the explosion, this node turns back into the original node. Thus, gradually, the regenerator nodes of universes change their state, taking on either the state of a Black Hole or a Supernova. In the explosion of a Supernova, an asymmetric distribution of the dispersing accumulated mass of excess UEC energy is possible. Such an asymmetric ejection of accumulated mass will lead to the drift of the original core of the Black Hole. Over time, such a drift of Black Holes will eventually lead to the merger of those whose trajectories are sufficiently close. In this process, part of the Black Holes' energy escapes in the form of radiation and a cascade of high-energy particles, for example, neutrinos. This way, more massive Black Holes are formed, but the merger and decay of two into three also produce smaller ones. Thus, a spectrum of black holes is formed according to their significance.