At first glance, the Universe is incredibly complex, but as we come to understand it. understanding, it becomes clear that at its most basic level, it’s extremely simple. There are many universes and they are all together at every point in space. I distinguish three first universes: the familiar World 1. based on the neutron, World 2 based on the neutrino, and World 3 based on the super neutrino. superneutrino. This is a conventional division. Dark matter is the 2nd world. These three universes are connected by their magnetic force lines. (MFL). All interactions in the universes are magnetic. Each of them has two components: positive matter and antimatter. The positive matter of each world is everything that’s made up of the chemical elements of that world. All universes are governed by the same principles of chemical elements of positive matter and antimatter structures.
Modern science estimates that one gram of antimatter is worth a few trillions of dollars. In fact, antimatter is light of all kinds and we live in a world of light, i.e antimatter, and we use it for free. Note the difference in the views of official science and neutron science.
Positive matter is slow-moving, and antimatter is high-speed. structures with their shock engines and south poles in front of them.
The basic constituents of universes are stars and planets. The birth of stars begins in black holes, and when young stars reach to the size and luminosity of real stars, the black hole gradually turns white. A black hole is the space with the deepest vacuum deepest vacuum after stars or galaxies collide with each other. К to this region of vacuum, all the materials in the surrounding space. of all three worlds. Official science (O.S.) believes that the black hole has enormous mass and attracts everything to it. According to Neutron Science(N.S.), mass doesn’t attract mass and gravity is a different phenomenon. Note that the OS doesn’t know what mass is,so its conclusions are built on a false foundation. Debris from planets and and stars that fall into a black hole become the embryos of future stars. A star is a body that, when it emits light and heat, loses its mass. The embryos of stars are bodies that build up their mass by coronary discharges and lightning, bringing material from the surrounding cloud to the embryo. The embryo, once it reaches the size of a star, is pushed out from the black hole into the cold cloud, where it develops a crust like a walnut. After it leaves the cloud, the supernova explodes and and the crust ruptures. When the embryo is underneath the crust, strings of tubes are formed on its on the surface of the nucleus, the cold crust forms filaments of cooled magma through which light escapes like a fiberglass light fixture. Stars have a solid body that’s red-hot on the surface. between 4,000 and 6,000 degrees Celsius.
At the base of the filamentary tubes, shock waves are regularly generated that pull materials material from the surface of the stars. As the shockwave leaves the tip of the tube is bitten off by the vacuum. The wave, as it exits out of the tube, propagates perpendicular to the tube and pulls gases from materials at the tip of the tube. These gas planes behind the shock waves are layered on top of each other and light travels through them, trapping gas molecules. The most active capture of gas molecules gamma ray light because it has five united south poles of needles and it and it turns into scattered laser light, ultraviolet. It’s the same gas lasers work on the same principle. This laser light, the ultraviolet creates a temperature in the solar corona of 1.5 million degrees Celsius. The hot solar electrically conductive magma at the bases of the filament tubes creates the star’s electromagnetic field.
Stars do not have permanent magnets because they collapse in their temperature conditions. Stars have northern and southern electromagnetic poles. Heavy ultraviolet light causes planets to rotate around stars and around their axes.
It is necessary to stop at this point, because the author and the readers have absolutely different understandings of the material they read. For example, the shock wave in the OS according to Landau and Lifshchitz is a rupture surface on which the laws of thermodynamics are not observed the laws of thermodynamics, and according to LH it’s a thin plane, where the chain reaction takes place. Chain reactions in OS take place in reactors, in NS, wherever there’s a breakdown of chemical elements and gravitational flow(?). According to NS, atoms in the form of nuclei with electrons electrons do not exist in nature! Which implies that there are no photons in nature and electrons in the conventional sense. The NS claims may seem far-fetched and irrelevant to nature, but in order to get to grips with the real facts, which a schoolboy can understand, let’s move into the realm of electricity.
Here’s a simple example of an electrical circuit consisting of a generator. DC, a light bulb and two short wires.
The generator in the diagram on the left will be in the shape of a circle with the letter G in the center. The terminal at the top of the generator numbered 1 will be high potential, and the terminal on the bottom of the generator number 4 will be low potential. On the right side of the input to the light bulb will be point 2, and at the output of the light bulb will be point 3. We assume that the electrical circuit is in steady-state mode – the generator is working, the bulb is glowing. Everyone knows that if there’s no change in any system, it does not produce work, which is what confirms the existence of a constant unchanging current. But the current is moving and it’s probably it’s transporting something, like a magnetic field? But here comes trouble Maxwell’s assertion that there are no magnetic carriers in nature. and that the magnetic field is virtual, that is, imaginary. From which it follows that a material current can’t carry an imaginary magnetic field. magnetic field! Then there’s an even more interesting fact – at point 3 behind of the bulb, the high potential drops to a minimum while the current remains the same. What happened to it? As we can see, according to OS’s ideas. electric circuit can’t work in principle! However, in fact, it does work. it works and the lamp glows. There are many such “blunders” in the OS and millions of scientists haven’t seen it or pretend not to see it for centuries. The only way this can happen is if there is no alternative fundamental basis for critical thinking about OS.
Now there is a fundamental basis for NS and all the ugliness of OS has come out. To continue with the proposed electrical circuit let’s familiarize ourselves with the chemical elements of OS. The chemical elements of NS are six and eight finite hedgehogs made of needles of light.
Needles of light consist of structural units (SUs) that have their own magnetic force lines and contain 4 or 5 neutrons each with a diameter of 0.71*10(-12)m (picometers). The SUs are the primary magnets, primary shock engines, primary light, primary antimatter. antimatter ( Fig.1).
Tables No. 1, No. 2, No. 3, No. 4 of the sequential transformation of chemical elements into each other:
From Fig.1 we can see that the electron is a complex heavy ionic molecule, consisting of a basic chemical element with folded needles in the like a “rocket” with 5 engines and a body in the front in the form of an electric charge from gas molecules in quantities ranging from a few to dozens. Where do electrons come from? We look at the graviton and we see that it has contains an electric charge in the form of a needle of gas molecules and it’s also is a carrier of magnetism as part of the magnetic line of force. MFL).
The MFL is docked from gravitons at an angle to each other, and as a result, the pieces of the lines of force rotate in a spiral pattern in flight. line. Gravitons are constantly being born on the surface of bodies from different substances. of different substances, which means they’re different sizes, masses and speeds of motion. They have a speed of 0.6 the speed of light. Chains of gravitons (MFL) around conductors with a current press the latter into the conductor, at that the graviton breaks in half at the junction of the south poles into a gamma particle and an electric charge, which in the magnetic tube move in the same direction in a magnetic tube. The gamma particle has a speed five times faster than the needle of the electric charge and the graviton is docked in the conductor into a normal electron with six motors that run in the same direction. Since gravitons are different and there are dozens of kinds of gravitons, there are dozens of kinds of electrons there are dozens of kinds of electrons with different masses, sizes and speeds. So all electrons in nature come from gravitons in conductors. Then there are the slow electrons from radioactive materials – which are pure electric charges with no gamma particles. Static electricity is a bit different, we’ll get to that later. Here. we need to look at the second gaffe after the atom from Rutherford, who didn’t know much about electricity. Let’s remember from school the picture a vessel with a piece of radioactive material inside it with a cylindrical hole in the plug through which particles are flying out to the right, straight ahead and to the left. Above the hole are the lines of force of a permanent magnet with MFLs pointing towards us. Now we’re looking at the conductor with the current flowing to the right. We make a mental plane along the conductor and we can see that the MFLs coming toward us on top of the conductor. The particles flying out of the vessel and turning to the right are electric charges, they are slow electrons, as well as antimatter like electrons will be negative, not positive. Beta-particle ( B) will become positive and it is graviton! There are no gamma particles in radioactive materials ! Gamma particles come from MFL of gravitational flux. In the lattice of radioactive material there arefree slow electrons that dock at the north poles of the rotating MSLs and an imbalance occurs that leads to the MFLs to break apart in the lattice of the material and produce gamma particles. All gamma particles appear from the gravitational flux. Note that the graviton is the carrier of gravity, the carrier of magnetism and the carrier of electric charge. is the carrier of the desired aether!!! Gravitational flux is an etheric flux, magnetic field is an etheric field, and electric charge is an etheric charge.
Mendeleev was looking for the chemical element ether, and it turned out to be an ionic rocket-type molecule rocket-type molecule containing other gas molecules. All of this points to errors in the sizing of the chemical elements, which are not in the nanoscale range, but in the picoscale range a thousand times smaller than had been thought. Note also that all chemical elements grow from hydrogen onwards, increasing their needles by attaching new SUs. It’s clear that any major chemical element goes through the stages of all the previous elements. elements, evolving into all the new ones. Let’s go back to our DC electrical circuit and look at it and look at it from the LV point of view. At point 1, from the top terminal of the high potential, the molecular current flows out toward point 2 of the entrance to the lamp. The resistance of the short conductor is close to zero and the velocity of the current is maximized. At point 2, the current encounters the enormous resistance of the spiral and, like a race car hitting a concrete dam, it falls apart into its constituent parts: the needles of the gas hedgehogs charge, gamma light and free electrons. There’s a reason why light from light bulbs is called electric light. There are three kinds of light. There’s heat and temperature. Scientists don’t know what temperature is, although they’ve come up with although they’ve devised a number of scales to measure it, and what heat is. Temperature is the density of antimatter in the volume under study. Heat is the process of temperature change in the volume under study, i.e.. is the process of changing the density of antimatter in the volume under study. The light in the bulb is received, the current is used up. At the outlet of the bulb at point 3, the high potential drops to a minimum. Where did it go? In a circuit in a DC circuit, the current doesn’t change, and all the changes happen with the the magnetic field. A high potential is a larger magnetic field than than a low potential field. Voltage is the difference in potential, i.e.. the difference in the size of the magnetic fields. The MFLs around a conductor are pressed into the conductor. When gravitons break apart at the junction of the south poles. the gravitons enter the conductor and are oriented in the magnetic tube in the magnetic tube. The gamma particles are five times faster than the speed of an electric charge and they dock almost instantaneously into a normal electron with a charge in front of it. So the current magnitude is restored and the magnetic field is reduced to a low potential. At point 4, the current enters the generator, where in its windings it captures the pieces of the gravitational flux MFL and restores its high potential. We’ve already determined that gravitational flux is etheric flow and mass does not attract mass. The etheric flow presses positive matter to the centerline of the planet’s crust. All planets and spherical satellites are hollow and they have an internal gravity that’s 5 to 10% stronger than the outer gravity. On the inner surface of the crust of the planets there are seas, oceans, mountains, etc.; only the sun is missing. The aliens are inhabitants inside the Earth. Let’s ask ourselves: how many magnetic fields does the Earth and other planets have? Just as any permanent magnet needs to be magnetized in an electromagnetic field. in an electromagnetic field, so the Earth was the first to develop an electromagnetic field, which then magnetized the ferromagnets. of the planet, creating the planet’s permanent magnetic field. So we can see that the Earth has two magnetic fields, an electromagnetic field and a permanent magnetic field. These fields don’t interact with each other and the permanent magnet field displaces the electromagnetic field. The size of the permanent magnetic field extends beyond the Moon’s orbit and it also rotates the Moon due to the by the resistance of the satellite’s conductive magma. It’s just like a conventional generator.
The moon is also hollow– that’s what the Appollo astronauts by the Apollo 11 astronauts. The ether fields of all planets and stars are different. So there’s no single etheric field. In earlier times, scientists used to talk about mass as a certain amount of matter in the volume they were studying. What that matter was, they don’t know to this day. To define mass, they came up with to define mass. In NS, mass is the number of neutrons in the volume being studied. volume. Chemical elements and light are made of neutrons. The sum of neutrons determines the mass of a substance. Light is also made up of neutrons. The diameter of the neutron is 0.71 picometers, the mass of the neutron is 1.04* 10(-37)kg. In pure chemicals, the density in kg/m3 is numerically is equal to the density of the chemical element per its volume. For example, iron has a density of 7872 kg/m3 and the chemical element has 7866 neutrons in its volume. Mass and other measures can be used to determine the structure of a substance. The total mass of neutrons is the mass of the body. As it turns out it appears that the substance we’re looking for is a neutron. Consider such a phenomenon as the tides of the seas and oceans. They’re also called lunar tides, but the moon has nothing to do with them. It’s It’s a contributing factor. Victor Schauberger, the father of the vortex engine for UFOs noticed that low-light water, for example, at night, helps to improve the rafting of wood. What happens? At night, the water gets rid of the needles of light, i.e. its extra mass; its mass decreases, i.e. its density and viscosity decreases. The velocity of the flow increases and the velocity of the loggerhead increases. Looking at the coastline of the seas and oceans at night, here too, the density of the water decreases due to the loss of light mass and its volume increases – the tide is rising.
During the daytime, the density of the water increases as the mass of light in it increases and the volume decreases – the tide goes out. Victor Schauberger’s vortex technology are based on the absorption of etheric flux, as ether binds in fast and swirling fluids, the ether escapes into a low-pressure zone low-pressure zone and goes in the opposite direction– that’s antigravity. OS scientists say that after the Big Bang. of a small volume of matter, the size of an orange, released enough energy to power the entire universe. Which implies that matter is primary and energy is secondary. energy is secondary. Actually, OS doesn’t know what energy is. It doesn’t have has a definition like energy is…! According to NS, energy is light of all kinds and therefore it’s primary, and chemical elements, made up of needles of light are secondary; and the Big Bang theory is nothing without common sense. Now about the expansion of the universe. If we look at the universe from the outside, we see two processes: one is the expansion of regions with growing galaxies and the other is the contraction of black holes. And that’s the way it is throughout the universe. It’s obvious that our Universe is pulsating!