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Home / Physics / Discoveries / Fundamentals of neutron physics / |
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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 the 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
Physical Field
The physical field is the stream of Light, the flow of mass (energy carriers, particles), the flow of heat, the flow of gravity, the flow of electricity, the magnetic flux.
In other words, all fields are directional carriers of particles and energy carriers. All fields are necessarily the carriers of the mass. In the universe there is nothing that does not have mass, except absolute emptiness.
The general field theory covers six fields: light, thermal, mass, electric, magnetic, gravitational. The mass field in the general theory is understood to mean only the fluxes of particles and energy carriers and the masses associated with them. If we take the asteroid belt in the solar system, then this is the mass flow, but in the form of bodies, and they are not included in the General Field Theory.
Particle
A particle is a ball-shaped body having dimensions of not more than 0.05 A (5 × 10-12 meters) and twisted around two axes with possible velocities commensurate with light ones.
The particle has a structure and can be divided into smaller components under the influence of external forces.
Neutrino
Neutrino is a particle-carrier of electricity, magnetism, heat, gravity, mass, the smallest for the first-I parallel world and not destroyed, mainly in thermonuclear processes.
Neutrinos - the founder of all chemical elements as neutrino (black matter), and neutron, where it enters a larger structure - the neutron. The chemical elements known to us are built of neutrons, which, in turn, consist of approximately three hundred neutrinos. Neutrinos, like all particles in the universe, does not have a charge, but it has a magnetic field based on the carrier - super neutrinos. Structurally, all particles - neutrinos are arranged in the same way - it is a six-pointed "hedgehog", like the X, Y, Z axes, whose needles are covered with fives of super neutrinos (dust from neutrinos) (Fig.1). The approximate mass of the neutrino (ν) is 0.6 · 10-30 kg.
Neutron
A neutron is a structural particle consisting of approximately three hundred neutrinos, which has a spherical shape and is twisted around two axes with velocities from zero to light.
The neutron is the bearer of Light, heat, gravity, Maxi - field, mass. Structurally, the neutron is arranged in the same way as the neutrino, only the fives of it are not assembled from superneutrons (the basic carriers of chemical elements of the third parallel world), but from neutrinos. Of the fives of neutrons, six-pointed "hedgehogs" of all chemical elements of the I-parallel world are collected (Fig. 1). The neutron has no charge, but has a magnetic field on the neutrino carrier. (A neutron known from school was replaced by a cube of 9 pieces of smaller neutrons with a complex structure).
Fig.1. Of the fives of neutrons, six-pointed "hedgehogs" of all chemical elements are collected.
The fluxes of the total super magnetic field of all neutrinos in the neutron volume that are under the magnetic field of the neutron are its genetic memory in the absence of destructive external influences. The axes of the NS neutrinos and neutrons are perpendicular to the resulting direction of the rotation speed vector (after addition of the two directions of rotation).
In the first, second and further parallel worlds, the structure of particles is the same and it is formed on unified principles in the universe. Only the sizes of the particles entering the structure are changed. How does the basic part of certain carriers appear? (In other words: "How are the media sized for the same size and mass?"). In this textbook, only the 1-st parallel world is considered with the physical phenomena familiar to us, which we can describe, measure, conduct experiments and somehow control. In this 1-st world, two main carriers dominate - neutrinos and neutrons. All other particles are their derivatives either after destruction, or after a short-term association under the influence of external influences.
Let's start with a neutron. Where is it formed and under what conditions? The neutron in the universe is formed from neutrino gases when a neutron star body is created in a "black hole" at the time of the birth of a shock wave (the thin surface of gases in which a chain reaction occurs) in the collision of "black matter" (neutrino gases, neutrino liquids, neutrino crystalline bodies) With the primary neutron body of the star when it is in pulsar mode, that is, periodic collisions. In the collision and production of a shock wave, neutrino bodies and liquids pass into the gas state due to an increase in the thermal carriers (any particles not included in the structures) and the corresponding temperature increase (the density of the heat carriers). Some of the gases are destroyed by free neutrinos, which form in the fives, which "stick" on the needles of various "hedgehogs" of gases under the influence of neutrino forces, forming spherical bodies of various sizes. When creating stars in the universe, a maximum temperature of ~ 6000 ° C is reached, at any size during the growth period. What is called a temperature of millions of degrees, in fact, is the density of light, that is, the density of the structured flow, in contrast to the thermal one. The presence of a constant temperature of ~ 6000 ° C, that is, the density of the heat carriers, provides a rather close twist of differently sized neutrino balls. The calibrating force is the centrifugal force, which, with the increase in the twisting of the balls, overcomes the neutrino force of compression of the surface fives of very large balls and tears them off until the equilibrium of these two forces comes. Torn off fives stick to smaller balls and until these two forces are balanced. As a result, we have calibrated balls - neutrons!
Let us note the main fact: in the emerging shock wave, practically all the energy is concentrated in the twists of the particles. To obtain smaller carriers it is necessary, for example, to collide the same neutrons, but already possessing high kinetic energy, that is, a high linear velocity. This occurs when the structural carriers of Light collide in threads - spicules and "tornado proboscis" on the Sun and other stars. In this "mill" the neutrino is calibrated on the same principle. Here the main question of the universe pops up: "What was the first - small carriers or large ones?". In the Universe, the overwhelming number of "black matter" on a smaller carrier is neutrino, that is, primary smaller and smaller carriers, almost indefinitely. The limit of this was an absolute infinite emptiness with particles - carriers of the X-parallel world. The neutron mass (n) is approximately equal to 0.18225 × 10-27 kg.
print version
Author: Valerii Fedorovich Andrus
PS The material is protected.
Date of publication 06.08.2004гг
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