Real (stationary) Po particle
REAL (STATIONARY) PO PARTICLE is a fundamental "indivisible particle" (or rather non-material field structure) located in the center of the dimentional cube of ezoosmic cell. The real Po particle represents a high concentration of septons in the smallest area of space ‒ in the center of ezoosmic cell. It is called "real" or "stationary" due to the uniqueness of its position, functions and characteristics unlike PHANTOM PO PARTICLES which make up all elementary particles in the Universe). Real Po particle is the only basic fundamental “particle” of the material world, which is constantly and permanently in a stationary (relatively motionless) state in its ezoosmic cell. In each ezoosmic cell there is one real Po particle. There is no one ezoosmic cell which does not have this particle. Each real Po particle within its ezoosmic cell performs the "leading" role in the "correction" of the movement and partial redistribution of inner potential of phantom Po particles passing through this cell. It reads the information and withdraws usually 10% of the inner potential from the passing phantom Po particle. Moreover, the real Po particle receives the entire information about the elementary particle and its movement, reading it from the first (head) phantom Po particle which passes through this cell and is a part of that elementary particle.
This Po particle is called “real” because exactly this stationary “particle” (in the meaning of a nonmaterial field structure) stably exists in the material world, unlike all its temporary objects and phenomena which consist of phantom Po particles. It is "the information redistributor" and the "absorber" of energy (the force of Allat due to which all the material world exists). It is important to note, that never, under any conditions and circumstances the real Po particle can collide with the phantom Po particle. Even if there is a collision of two phantom Po particles in ezoosmic cell, then real Po particle only absorbs the emission of energy from this collision of two particles and and redistributes their information, but remains steady itself –, i.e. relatively immobile in the center of ezoosmic cell. Nothing in this world, no its destructive force can shake and break the system of real (stationary) Po particles which are in a strictly predetermined position in ezoosmic grid.
A simple example. The destructive force of the thermonuclear explosion is based on use of energy of nuclear fusion reaction (for example, synthesis of one atomic nucleus of helium and two atomic nuclei of deuterium)where a tremendous amount of energy is released. But if in the three-dimensional visible world as a result of this synthesis it is possible to observe the explosion of an enormous power, in advanced quantum physics at the level of primary processes occurring in ezoosmic grid, in particular in each corresponding ezoosmic cell, we can observe only the process of collision of two phantom Po particles, the more active redistribution of their inner potential, i.e. the transmission of more energy and information to real Po particle and further redistribution of the received energy and information onto the system of real Po particles in ezoosmic grid.
Associatively such a process can be compared to how the observer sees a very realistic explosion with devastating consequences on computer screen. But at the level of pixels of the matrix of the monitor there will be at the same time only a systematic, programmed transmission of the information about the picture and the redistribution of energy thanks to which this picture will be visible on the screen for the observer. (Note: a more detailed example of pixels see in the book "AllatRa", p.220). This associative example clearly shows the difference between visible and invisible processes that make the essence of the same phenomenon.
So at the level of the microcosm ‒ real Po particles and phantom Po particles in the ezoosmic grid, only a transmission of energy and information occurs, and at the level of objects of the macrocosm which consist of phantom Po particles, ‒ both visible and invisible changes. Knowing the functions of phantom and stationary Po particles and their operation, it is possible to understand where the energy appears from and disappears to and how it is redistributed within the material world.
There are certain regularities concerning real ( stationary ) Po particle:
• Real Po particle is stable, it never disappears anywhere until the material world exists.
• Quantity of real Po particles in the Universe is always constant because the real Po particles are an integral part of ezoosmic grid.
• Real Po particle can't be split or destroyed by any force coming from the material world system.
A simple example with a billiard ball. What does a person observe while playing billiard ? His attention is focused on the ball, its movement, its deceleration on the cloth of a billiard table and its stop. But where does the energy which forces the ball to move and participate in the subsequent actions appear from and where then does it disappear, forcing the ball to stop? All that the player can logically "track", are the following phases: emergence of the thought ‒ transmission of impulse to the hand muscle ‒ transmission of energy to the cue ‒ transmission of energy from the cue to the ball ‒ the movement of the ball ‒ its deceleration, stop, owing to friction with the cloth and attenuation of the transmitted impulse. And if the player is also an adherent of classical physics, then he will consider the law of conservation of mechanical energy, the law of momentum conservation, molecular interactions, the impact of gravitational forces and so on. But what is really happening in terms of quantum physics? What in the invisible world contributes to the emergence of a thought itself, and how after the attenuation of an impulse of the object of the visible world (ball) does the absorption and redistribution of energy and information in the quantum world occur? Exactly these questions are answered by the PRIMORDIAL ALLATRA PHYSICS which provides detailed knowledge about ezoosmic grid, septon field, about functioning of real and phantom Po particles.
In one of the greatest Ancient Chinese philosophical treatises “Guanzi” comprising the texts of different authors (IV-III centuries BC), the substantive "fullness" and orderliness of the universum is emphasized with the definition of space and time by the combination of words "Chzhou he" ("time and [spatial] coherence"). It is interesting that the hieroglyph "he" (connection) means "six connections" ("liuhe") - a formula of mutual coordination of transformations ("hua") of world substances in space ("four parts of the world, top and bottom"). The concept of "chzhou he" is defined herein as a certain "net" catching Heaven and Earth, which in their turn are a "net" for the "darkness of things."
References: Лисевич И.С. Литературная мысль Китая на рубеже древности и средних веков. [Lisevich I.S. Chinese Literary Thought at the Boundary Between Ancient Times and Middle Ages] Moscow: Nauka, 1979 [In Russian]; Кобзев А.И. Учение Ван Янмина и классическая китайская философия.[Kobzev A.I., The teaching of Wang Yangming and classical Chinese philosophy] Moscow: Nauka, 1983[In Russian]; Еремеев В.Е. О древнекитайской пространственно-временной модели мира // 20-я НК ОГК. Ч. 1. [Evremeev, V.E. On ancient Chinese time and space model of the world// XX Scientific conference ”Society and state in China” Part 1] Moscow, 1989 [In Russian]; Китайская фило- софия. Энциклопедический словарь. Глав. ред. Титаренко М.Л. [Chinese Philosophy. Encyclopedic Dictionary/ head editor – M.L. Titarenko] Moscow, 2009 [In Russian].
Table of contents
- PRIMORDIAL ALLATRA PHYSICS
- About the report
- About the ether
- Elementary particles
- Human perception
- About non-material nature
- PRIMORDIAL ALLATRA PHYSICS definitions
- Ezoosmic grid
- Ezoosmic cell
- Ezoosmic membrane
- Septon field
- Real (stationary) Po particle
- Phantom Po particle
- Main differences between real and phantom Po particles
- Process of Ezoosmos
- Transmission and distribution of energy and information
- Free energy
- Associative examples of process of ezoosmos, transmission and distribution energy and information
- The structure of the elementary particles
- Verification of known formulas and reactions
- The composition of the nucleus of the atom. A calculation of protons and neutrons
- Formats of nuclear reactions recording
- Here are the formulas of the reactions which are In the basis of a controlled thermonuclear fusion
- Formulas of proton–proton chain reactions (pp-cycle)
- The formulas of reaction of the carbon cycle (cn-cycle)
- Formulas of photonuclear reactions
- The formulas of nuclear reactions involving neutrons
- Reactions involving α-particles