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"THINKING OUT LOUD"

SCIENTIFIC NOVEL BASED ON SCIENTIFIC THEORY
UNIVERSE, Neutron Physics and Neutron Chemistry

Valery F. Andrus

"Our goal is to develop a means of obtaining energy from reserves, which are forever inexhaustible, to develop methods that do not use the intake and consumption of any kind was" material "carriers Now we are quite sure that the realization of this idea is not far off:.. Development opportunities this concept lies in the fact, that would be used for the engines at any point in the planet's clean energy surrounding area ... "

(Tesla, 1897)

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Learn the basic concepts of Neutron Physics

Photo Effects With POSITION Neutron Physics

By contrast, consider the photoelectric effect. Imagine the picture to the left on our list is the electroscope, which at the upper end of the insulated rod is not an ordinary metal ball and a round flat metal plate. On the right, there are two carbon electrodes between which the arc burns and emits light, some of which falls on the plate of the electroscope.

old physics explanations

Conductors can be charged and and under the influence of light. The phenomenon is that under the influence of light, electrons can escape from the conductor to the surroundings, so the conductor is positively charged. This phenomenon is called the photoelectric effect and the photoelectric effect.

We carry out experiments

Charge plate negative, leaves electroscope diverge and remain in a deflected position. Illuminate the plate arc lamp. Leaflets slowly fall off, which means that the metal plate at the same time lose their excess electrons. These electrons are pulled out under the action of light beyond the metal and repelled by the negatively charged plate, scatter into the surrounding space.

Now the charge plate positively and try to do the same experience. We find that in this case, the light has no effect, and leaves electroscope remain in a deflected position. Expiring electrons can no longer leave the plate, since they held a strong attraction to the positive charge. Positive charges are the same under the influence of the Light are not exempt from the metal. This result indicates that positive and negative charges associated with varying the metal strength. electrons - when exposed to light only negative charges can be released. If you do experience with uncharged plate is marked garbage usual electroscope is not observed. However, by applying a sufficiently sensitive electroscope, we find that on the plate under the influence of light appears a small positive charge, will soon reach its limit. It is not difficult to understand why the charging plate under the action of light suspended. After a certain number of electrons leaving the plate, and is positively charged, the further removal of electrons into the surrounding space will become impossible, as explained above.

You are not bothered by juggling words, when the arguments are. For example, the light knocks electrons out of the plate. According to the old physics of Light - this is photons, ie particles that primarily reflected from the plate and can not penetrate into the metal as manages a tiny handful of photons inside the metal overfishing huge army of particles - electrons and thus also to throw them out of the plate when it negatively charged?

Consider the same experiments with neutron physics point of view,

The plate is negatively charged - this means that the electrostatic charges in the form of permanent magnets without body north poles are inside the surface of the plate and are subject to the charge density distribution and the mutual repulsion of like poles of magnets. Outside the plate are south poles charges related general magnetic field.

Picture 1.

Ray of Light - a stream of neutrons ropes (1), having its magnetic field, and the total magnetic field of the beam of neutrinos. Electrostatic charges and formed of neutrinos. Beam impinges on the plate. Ropes in contact with the crystal lattice plates destroyed, filled with neutrons external lattice cells, creating a set of smooth surfaces reflect for themselves due to its roughness, form a neutron reflection and flows back into the structured Light ropes with new magnetic fields. The flow came, the stream is gone, what is left?

Ray of light falling on the plate illuminated side broke their ropes, their magnetic fields, magnetic fields and electrostatic charges their south poles sticking out of the body.

On the surface of the wafer has increased the density of neutrons and neutrinos. Reflected stream of neutrons, forming new rope light, uses a part of the ruined neutrino magnetic fields of the reflected rays. Under higher pressure of neutrinos and a small part of the neutrons from the illuminated side, cropped former electrostatic charges (without a common magnetic field - a heat carrier) moved in the direction of lower density, that is, to the dark side. There was a stream. Sufficiently high density only neutrinos and, of course, began to form structures - magnets with a north pole to the dark side, that is, it began strengthening magnets remaining from electrostatic charges. With the growth of heat carrier temperature rises. On the dark side of the plate there is a meeting north pole magnets and electrostatic charges - thermal carriers. When there is a convergence of like poles, and they repel each other, there are two variants of behavior: they are balanced and thermal magnets on some priority direction pushed at least one electrostatic charge from the plate. When the lesson of his place closed side of the rope, moving in opposite directions, magnets and electrostatic charge on the dissolved free neutrinos. It creates a vacant seat. Who takes it? Total magnetic field, electrostatic charge tends to squeeze the charges and magnetic charges want to push each other, since they are in contact with neighbors like poles. Replacement of one charge to the other will not. Rebuild all charges with the increase in their magnetic fields and the general weakening of the magnetic field. Popping a few more of electrostatic charges thermal charges will lead to a further weakening of the magnetic field and increase the distance between its charges. Next, heat the charges is no longer necessary to push electrostatic charges, and only enough to wedge between them and the destruction process will continue until the light will operate.

What we have considered - is the process of mutual destruction of the same charges. The Earth's magnetic field and gravity will make the lattice plate excess of neutrinos. After the destruction of the charge electroscope leaves fall off.

The plate is positively charged - this means that the charge inside the plate magnets are south poles, subject to the distribution of the charge density and the mutual repulsion of like poles. North Pole charges are outside the body and connected by a common magnetic field. Ray of Light we have described. Forward it to the plate. The process of destruction of the whole again. Again, the neutrino flux from the illuminated side will be to the unlit, reappear thermal magnets with a north pole in the direction of the flow, but the situation will change drastically. In the first experiment the new heat strengthened magnets magnets truncated remains of electrostatic charges, as they docked with the North Pole south residue. Now the remnants of electrostatic charges meet its north pole north pole of new thermal charges and trying to push them to the surface. The flow slows down and stops the formation of thermal charges. The flow of dispersion into the environment from the illuminated side is enhanced and the balance comes. The charge density on slips electroscope remains the same as the charge on the dark side has not changed, in spite of the changes available on the illuminated side of the plate. Remove lighting. Thermal charges will be immediately ejected from the body, will flow from the body to the surface, and shortened the charges will grow, but not to its original condition. charge value is somewhat reduced. Leaflets electroscope will remain in the raised state.

The plate is not charged. Light it. The process of destruction of the beam is the same. There was a well-known flux of neutrinos from the high density of the side low. There was a stream there was a structure appeared thermal magnets. Counter-magnetic flux of neutrinos or no attendant. Due to the lack of resistance in the form of remnants of the charges in the body of a larger number of free neutrons penetrate into the body, which pushes its chaotic traffic in the flow of thermal charges across the board. They move through the body to the surface mostly the North Pole, and the rest is deployed to the output of the south pole. As a result, on the surface there is a constant creation of positive charge with a constant destruction of his charges of opposite sign. Come to zero full charge can not, because there is a priority direction of the flow, forming a positive charge. On pieces of paper electroscope there is a small positive charge.

Imagine mentally on our list the following picture: Left sheet arc lamp, further to the right, the mesh anode, followed at some distance of the cathode. The electrodes are connected to a direct current battery is a galvanometer circuit.

The interaction of infrared rays, visible light, ultraviolet rays, X-rays and gamma - quantum with the material of low energies is a "tearing" of electrons from a substance.

The phenomenon of "pulling out" electrons from the surface of solids and liquids under the action of light is called the external photoelectric effect. Each time the lamp arc current appears in the circuit, the so-called photocurrent. The main influence on the character of the photoelectric effect have the electrical properties of the irradiated material (conductor, insulator, semiconductor), and the energy of the photons and, for each material, there is a minimum value of the photon energy at which the photoelectric effect is stopped.

We draw attention to the fact that in order to explain this phenomenon, physicists needed a different energy photons. Translated into ordinary human language this means that they will need different speed of light!

Just follow the objection that this experience is not a vacuum. For example, but the conditions of the constant speed of light, let the other, but must be constant.

Continue light pulls out of the cathode photoelectrons that are attracted to the mesh anode (current went in the opposite direction), and the galvanometer detects the presence of current in the circuit. The strength of the photocurrent depends on the luminous flux of the cathode material and the voltage on the cathodes.

Electricity we have learned to section quantum-optical phenomena and believed that the current in the circuit moves from the anode to the cathode, and then learn that the power supply terminals of the current moves as always, and the electrodes in the opposite direction and the chain withdrew, and went through it current!

As you can see, if you want to give an explanation of the phenomenon, then everything is possible, as long as it fit somehow into the overall concept.

Let's look at this same experience with neutron physics position

The electrodes are energized - it means that the north pole of the permanent magnet (DC - is a permanent magnet with a broken ring ropes at the south pole in the power supply) anode cathode reached - the south pole. The circuit is not closed, as appeared to the current need of the cathode of the northern fields ropes tear into pieces, turning into small magnets - charges with the total magnetic field.

We include an arc lamp. Ray passed the anode net and fell to the cathode. Let's start with the anode grid. Light, more powerful neutron carriers attacked outside the general magnetic field of the anode and destroyed it. Power supply ran restore its north pole, where there was a drop in the density of the ropes, that is, the circuit portion source - the anode is started to operate.

We look at the gap between the anode and the cathode, and see that the ray of light in the struggle with the magnetic field of the anode few poistrepalsya, throwing free neutrons in its magnetic field, and stouter, capturing pieces of another's magnetic field. Free neutrons have broken the magnetic field of light neutrinos in pieces, but not magnets, and arbitrary. Hit a cathode shabby beam is reflected, creating pressure from the chaotic portions of neutrinos inside the cathode. Inside the cathode appeared continental flow of neutrinos, which immediately converted into heat magnets, which are joined to form the rope and the magnetic fields around them. Ropes with magnetic fields form a common magnetic field of the conductor, and the current went through an electrical circuit.

As you can see, our version of the conscience is clear and we have not changed their views, and the current is moving as it should.

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Author: Valery F. Andrus
PS material is protected.
Publication date 15.12.2003gg

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