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BASES OF NEUTRON PHYSICS
Valeriy Fedorovich Andrus
" Our task is to develop means of obtaining energy from stocks that are eternal and inexhaustible, to develop methods that do not use consumption and consumption of any" material "carriers. Now we are absolutely sure that the realization of this idea is not far off.: The opportunities for development This concept consists precisely in the fact that to use for the work of engines in any point of the planet the pure energy of the surrounding space ... "
(Tesla, 1897)
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CHAPTER I
Terms and Definitions
Shine
Light is a structured energy carrier with its accelerating neutron (nuclear) mechanism in the form of needles, strings, ropes (Fig. 2) , consisting of fives of neutrons, pressing in one direction and combined by magnetic fields on the basis of neutrinos, which capture thousands of particles, Which are the emissions from the star.
The speed of light is a variable. The color of light is determined by its speed, which depends on the gravitational compression of its magnetic field. The weaker the magnetic field, the higher the speed of light, and the color shifts from red to dark violet. In the "ropes" of light, peripheral threads, most weakly squeezed by a magnetic field, have the highest speed. In the center of the "rope" compression is maximized. Peripheral threads, having a higher speed than other threads in the "rope", constantly leave it, which leads to dispersion of the Light and further weakening of the general magnetic field of the "rope".
Where, in what way and in what order is Light born?
If one mentally tries to imagine the universe with its galaxies, stars, planets and its scales, one may get the impression that it is so complex and diverse that it can not be explained practically never.
Such thoughts come to mind when there is no knowledge. Knowledge shows that the situation is quite the opposite. The universe gives birth and turns an uninterrupted mass into energy, and energy into mass on some of the simplest principles, which are even hard to believe, they are so simple.
The most surprising thing is that to create energy carriers and matter (chemical elements in all parallel worlds) we need the same two conditions, and the simplest:
1. We need a stream of particles (often different) of sufficient density. Only the same particles can form fives in such a flow. The starting position for chemical elements and energy carriers is the same.
2. To form needles, threads, energy ropes from fives, it is necessary to have a sharp boundary between the high-density flux of their formation and the surrounding space, in which there is a sufficiently high vacuum, and the flow can not form the opposing five. For example, the filament of a conventional electric bulb, where the flow is formed, and the vacuum of its bulb, the Sun and the vacuum of the cosmos, etc. To form chemical elements, such a boundary should be absent. The flow, on the contrary, should smoothly change its density in the direction of decrease. This will lead to the formation of fives of the opposite direction and the automatic formation of six-pointed "hedgehogs", similar to Cartesian coordinate axes X, Y, Z.
These two conditions were the secret of the universe. To answer the question of where and how light is born, it is sufficient to answer the question of the appearance of its carriers-neutrons and neutrinos. On the first page the answer to this question was given. There are carriers, there is a flow - get the matter and energy. The sequence of the birth of Light is as follows:
1. The "black hole" at the time of the expansion of matter and energy is an absolutely empty space. Around the region of absolute emptiness is the region of gravitational flows and a number of other regions. This can be represented as follows: a small ball - a "black hole" sits inside a larger ball - is the area of gravity flows. These two balls are inside an even larger sphere - the magnetic fluxes, the three balls are still in a larger ball - this is the region of electromagnetic flows, the four balls are inside the fifth, even larger ball - is the region of scattered Light in which it breaks up into neutrons, Five balls are in the sixth ball - this is the area of Light. Let us note the fact that the Light does not reach the "black hole" at the moment when it is an absolute temporary emptiness. Later, the Light simply sticks, decaying in a neutrino cloud.
2. Gravitational flows in this region at the initial moment are streams of particles of decaying energy carriers of magnetic fields that fill the "black hole", which come from all sides. As the particles become denser in the "black hole", the moment comes when the neutrino-based chemical elements begin to form. These chemical elements from neutrinos are structurally exactly the same as those from neutrons, and have the appearance of six-pointed "hedgehogs." In chemical elements, the gravitational flow is condensed, and they seem to "eat" it. From chemical elements - gases, liquids and crystalline bodies are formed, and from them a neutrino cloud is formed, which constantly grows, occupying the volumes of a "black hole, gravitational flows, magnetic, electromagnetic, scattered Light and Light. Gigantic density, from which even light can not escape, as we see, no.
3. Scattered Light and Light of low density in the form of needles, strings, ropes, bumping into gases, liquids, crystalline bodies - analogues of ice, decomposes into neutrons - the main heat carriers in the I-parallel world. With increasing neutron density, the neutrino cloud on the periphery of the neutrino cloud (black matter) appears to flow toward the center. There is a smooth flow, there will be a structure of chemical elements (habitual terrestrial), from which gases, liquids, and ice will begin to form. They will create habitual clouds for us, but not only from water, but also sulfuric, nitrogenous, etc. The energy of a neutrino cloud (black matter) is the so-called "black energy". Neutrino cloud coverage by neutron-based clouds, in which light is destroyed, will lead to an increase in their electrical potential. Having reached the breakdown voltage, there will be lightning directed to the center of the cloud, which will begin to form the Light, which will draw the gases from the neutrons, and, having become entangled and disintegrated in a neutrino cloud into neutrons, will again provide the conditions for the formation of gases. Thus, with the help of lightning, the neutrons will move to the center of the neutrino cloud, and together with them the lightning that will meet there. We have considered the beginning of the process in globular galaxies, which are not very many. For spiral galaxies with a gravitational field in the form of a flat disk, consider the situation when gravitational flows entered the "black hole" and try to cross it, moving along the ring. Further, in both types of galaxies, the processes proceed in the same way. From some star, the density of the gravitational flow will be maximum, and it will become a priority in twisting all incoming streams. Eventually, a flat rotating ring of gravitational flows will result, which initially has a higher density at the periphery. With a constant influx of carriers into the black hole, the density of the rotating ring increases, and the moment comes when the conditions for the formation of fives of neutrinos, then needles and then gases from neutrinos, are created. Inflowing streams drive gases to the axis of rotation. Having met on the axis, they begin to flow along it, resulting in a rotating disc with a stick-axis, which sticks out from its two sides. This is the beginning of the formation of an invisible neutrino cloud (the so-called "black matter"). It begins to grow from the rod-axis to the periphery. Having captured a black hole, the cloud brakes the electromagnetic field flows, increasing their density, and continues from this material to form gases that absorb this area. Dimensions of a rotating disk-cloud with a rod-axis increased to the limits of the scattered Light, in the zone of which gases began to form, both from neutrinos and from neutrons (as on Earth). Gases from neutrons, primarily Hydrogen and Helium, sharply began to brake the streams on the periphery of the cloud disk, themselves acting as a cloud. The electric potential began to grow, which ensured the appearance of regular lightning, invisible. Lightnings began the movement of neutrons, Hydrogen and Helium to the axis of the disk-cloud. Density of energy carriers and mixture of gases on the axis increased, and emissions - leakage through the rod-axis.
4. Scattered Light and Light of low density in the form of needles, strings, ropes, bumping into gases, liquids, crystalline bodies - analogues of ice, decomposes into neutrons - the main heat carriers in the I-parallel world. With increasing neutron density, the neutrino cloud on the periphery of the neutrino cloud (black matter) appears to flow toward the center. There is a smooth flow, there will be a structure of chemical elements (habitual terrestrial), from which gases, liquids, and ice will begin to form. They will create habitual clouds for us, but not only from water, but also sulfuric, nitrogenous, etc. The energy of a neutrino cloud (black matter) is the so-called "black energy". Neutrino cloud coverage by neutron-based clouds, in which light is destroyed, will lead to an increase in their electrical potential. Having reached the breakdown voltage, there will be lightning directed to the center of the cloud, which will begin to form the Light, which will draw the gases from the neutrons, and, having become entangled and disintegrated in a neutrino cloud into neutrons, will again provide the conditions for the formation of gases. Thus, with the help of lightning, the neutrons will move to the center of the neutrino cloud, and together with them the lightning that will meet there. We have considered the beginning of the process in globular galaxies, which are not very many. For spiral galaxies with a gravitational field in the form of a flat disk, consider the situation when gravitational flows entered the "black hole" and try to cross it, moving along the ring. Further, in both types of galaxies, the processes proceed in the same way. From some star, the density of the gravitational flow will be maximum, and it will become a priority in twisting all incoming streams. Eventually, a flat rotating ring of gravitational flows will result, which initially has a higher density at the periphery. With a constant influx of carriers into the black hole, the density of the rotating ring increases, and the moment comes when the conditions for the formation of fives of neutrinos, then needles and then gases from neutrinos, are created. Inflowing streams drive gases to the axis of rotation. Having met on the axis, they begin to flow along it, resulting in a rotating disc with a stick-axis, which sticks out from its two sides. This is the beginning of the formation of an invisible neutrino cloud (the so-called "black matter"). It begins to grow from the rod-axis to the periphery. Having captured a black hole, the cloud brakes the electromagnetic field flows, increasing their density, and continues from this material to form gases that absorb this area. Dimensions of a rotating disk-cloud with a rod-axis increased to the limits of the scattered Light, in the zone of which gases began to form, both from neutrinos and from neutrons (as on Earth). Gases from neutrons, primarily Hydrogen and Helium, sharply began to brake the streams on the periphery of the cloud disk, themselves acting as a cloud. The electric potential began to grow, which ensured the appearance of regular lightning, invisible. Lightnings began the movement of neutrons, Hydrogen and Helium to the axis of the disk-cloud. Density of energy carriers and mixture of gases on the axis increased, and emissions - leakage through the rod-axis.
5. As neutron density increases, lightning bunches begin to form neutron bunches - these are ball lightning, which can be much longer than conventional lightning.
A neutron cluster - ball lightning instantly twists around two mutually perpendicular axes, forming into a ball that sprays neutrons in a spherical region. The fluxes of neutrons form needles,
Strings and ropes of Light that move the mixture of surrounding gases a certain distance in the form of a ball. The boundary of the ball is an unstable vacuum bulb as in a conventional incandescent lamp. Ball lightning, scattered by neutrons, can quietly die out, or, having received the priority direction of ejection under external influence, will again become an ordinary lightning. However, there is another option that does not occur on Earth. At a very high density of ordinary lightning directed to one center, a growing ball lightning with a constantly increasing electrical potential is formed, which is formed by the Flask vacuum. The larger the spherical neutron ball body and the bulb grow, the more ordinary lightning that spherically attacks it.
The growth of the body continues until the dimensions of the bulb exceed the capabilities of this disk-cloud to produce the required amount of lightning supporting a balanced process.
Stimulated by ordinary lightning, the ball lightning, after disturbance of equilibrium, produces a powerful ejection of its neutrons, which generate the first shock wave.
The shock wave according to Landau and Lifshitz (theoretical physics) is the surface of the gap, on which the laws of thermodynamics are not observed.
In neutron physics: a shock wave is a surface of small thickness, in which a chain reaction occurs.
With the birth of the first shock wave, the formation of the primary neutron body of the future star ended with the help of lightning.
With the first shock wave, a process change occurred. The process became thermonuclear. The shock wave also destroyed the wand-axis. Lightnings formed the primary neutron body, mainly from neutrons coming from the side, and the shock wave processes the neutrino gases of the cloud disk, turning them into neutrons.
The first shock wave from the primary body to the periphery of the disk of the cloud drags all the material behind it, creating a zone of rarefaction around the body. Having reached the dimensions at which the chain reaction ceases, the shock wave decays, and the neutrino cloud rushes into the rarefaction zone to the primary body. After it reaches it, a new shock wave is born. The process became rhythmic, and the disc became a pulsar, first invisible, and then visible. The rhythmic process continues until the last compression of the cloud can produce a shock wave.
6. The last compression of the cloud did not give birth to the shock wave; The neutron body of the star throws out its neutron film to meet it, which, when drained from the spherical body, breaks into strips and when the latter rotates around the two axes it twists into threads-the tubes that begin to grow and try to throw away the cloud. Growing threads and a squeezed cloud resemble the swelling of the surface of a star - this is a collapse.
7. During the twisting of filaments, both the crushing of neutrons and the formation of Hydrogen, Helium, etc. occur. We call all this mixture a material. The diameter of such filaments, for example, on the Sun reaches from hundreds to thousands of kilometers. Such giant threads can still be twisted together, forming a structure similar to the trunk of the trunk. If you remember the glass fiber lamp, in which the Light radiates from the tip of the tube, it will strongly resemble our giant thread.
Consider the principle of the giant thread.
A spherical neutron body, for example, of the Sun rotating around two axes throws a tangent film torn to strips, twisting into a set of points on the surface of the Star into a thread - a pipe that
Consists mainly of fives of neutrons and Hydrogen cubes, and formed at these points into a rotating pipe-thread. Due to the centrifugal forces, a part of the material compacts the rotating walls of the thread-pipe, which is supported on all sides by the walls of the other thread-pipes and can not dissipate, as other threads can not do. All energy carriers inside the filament, in a zone with reduced density, without structures, chaotically collide, which leads to their crushing and growth, and this is a chain reaction, that is, a hydrogen explosion that generates a shock wave.
The denser rotating material of the filament walls, in the presence of annular flows, automatically forms structures in the form of needles, strings, ropes, both from a neutrino - this magnetic field, and from neutrons, which so far has no name - this field is the same in structure as Magnetic, only on a larger carrier, let's call it Maxi-field. The structures of these fields create strong walls of pipe-threads, which withstand a thermonuclear explosion.
The shock wave is trapped and it has one way out - to move along the thread to the exit from it. Behind the shock wave is a vacuum region, after which the material inside the filament moves behind it.
The flow of material inside the filament automatically forms the needles of Light from neutrons that move faster than the shock wave.
The time of motion of the shock wave along the filament is the time of the light pulse from the filament, as in the glass fiber lamp. When the shock wave exits the filament, in the vacuum zone behind it, the walls of the thread-pipe are compressed into the rarefaction zone, and the remaining material cuts off the tip of the filament. The pulse of the needle thread of Light, practically, ceases and occurs, simply, the ejection of material mixed with the structure of the filament wall is the solar wind.
We state that Light from the filament comes out impulsively. Granules in the photographs of the Sun are periods of flashes of Light and chopping of the thread-pipe-dark spots. The length of the filament is determined by the time interval between the birth of the shock wave and the chopping of the filament - this is the height of the gas atmosphere of the Sun. With an impulse lasting 160 minutes and a shock wave velocity of about 4 km / s, the altitude of the atmosphere will be 38,400 km.
The moment of birth of a set of shock waves in filaments and the mass ejection of the needles of the Light is a supernova explosion and a massive squeeze of the remains of the neutrino cloud from the Light and the solar wind.
Over time, there is a certain synchronization of the birth of shock waves in the filaments and the brightness of the star increases. If the remnants of neutrino clouds are large enough, then planets will be formed from them.
As we see, the birth of Light occurs three times in one scenario with the presence of a boundary:
1. Lightning - high neutron density - a neutrino cloud, and this is a vacuum.
2. The neutron body of ball lightning, dropping a neutron film - the vacuum of the "bulb" around it.
3. Solar tube - a thread inside which a shock wave pulls neutrons and other particles (material), creating a stream, and between it and the material - Vacuum.
The above refers to the universe.
We are all familiar with the artificial sources of Light, and it may appear that they give birth to Light and, for example, the stars. However, such a conclusion will be incorrect. Light carriers - neutrons in artificial sources are the product of the decay of the Set of stars, i.e. Secondary. The primary creators of the Light in the Universe are stars and ball lightnings, including supergiants, which we consider to be stars, and they are actually the "children" of future stars, since in this state the influx of neutron mass with lightning above the neutron flux by the ball lightning body , And the future star is growing.
What is a star? A star is a body that produces Light by losing its own mass, and this is the key moment. If the body produces Light, but at the same time its mass grows, then this is either the "embryo" of the future star, or "child."
print version
Author: Valerii Fedorovich Andrus
PS The material is protected.
Date of publication 06.08.2004гг
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