"THINKING OUT LOUD"

SCIENTIFIC ROMAN ON THE BASIS OF SCIENTIFIC THEORY
UNIVERSAL, NEUTRONIC PHYSICS AND NEUTRON CHEMISTRY

Physics. Discoveries in 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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PRINCIPLE OF LASER OPERATION ON RUBY FROM THE POSITION OF NEUTRON PHYSICS

However, it is here that we consider the principle of the action of a ruby ​​laser. The laser consists of a glass tube inside which there is a ruby ​​crystal that looks like a straight magnet, washed by a cooler. Around the tube there is a pulsed gas lamp, twisted in the form of a spiral, similar to the flash lamp used in photography. The ends of the crystal are covered with silver. At the rear end of the layer of silver is thicker and performs the role of a mirror, on the front - a mirror translucent. When the key is closed and the capacitor is discharged, the lamp brightly flashes, the light penetrates into the ruby, where the conversion process takes place and a light pulse emerges through a semitransparent mirror in the form of a sharply limited beam of enormous intensity.

Let's begin to summarize the facts known to us:

    1. Ruby is an Aluminum oxide crystal in which a part of Aluminum is replaced by Chromium. The ruby ​​rocker consists of a chain: the Oxygen needle - the hedgehog Aluminum - the hedgehog Oxygen - the hedgehog Aluminum - the needle Oxygen. Thus, in one shaker there are three cutters with different lengths of needles. When you replace Aluminum with Chrome, the length of the needles of the two cutters doubles. Before us, a mechanism capable of cutting not only neutrino, but also neutron ropes of Light.
    2. Ruby is cooled - this means that the density of heat carriers is maintained at a constant level, and the ropes of Light have a constant resistance.

The light of the lamp - the ropes of Light emanating from the inner ring of the spiral tube, the gas discharge lamp, move to the axis of the ruby ​​- this is a wedge space, both in the environment and in the crystal itself. In such a space, compression of ropes is possible only due to the destruction of their magnetic fields, in which the carrier is much smaller than the carrier of Light. At a magnetic field the carrier one and at cutting of ropes pieces turn into magnets - pumps. Ropes of Light without a magnetic field, cut into pieces, turn into Light Pumps in the same way as magnets - pumps. As the speed of the magnetic flux increases, so does the speed of Light. Pieces of the first Light ropes, encountered on the ruby ​​axis, are destroyed by free neutrons and supported by subsequent compressible avalanches of pieces, can move only along the axis, controlled by the density distribution. We know - there is a flow, there is a structure of fives and ropes. With the direction to the rear mirror, the ropes are again destroyed, their density increases, and they move, forming ropes, towards the translucent mirror. The silver layer acts as a calibration membrane, which determines the cross-section of the ropes.

Having collected only three facts, we got an almost ready answer about the principle of laser operation. It remains to consider the output of a bundle of ropes without magnetic fields in the surrounding space and its encounter with some obstacle.

When the beam leaves the mirror, it immediately forms the total magnetic field of the beam. It is weak compared to the same beam of ordinary Light, since the ropes, in practice, do not have magnetic fields. The greatest friction of the ropes about the magnetic field is at the periphery and the smallest on the axis. Axial ropes move much faster peripheral - this leads to a rarefaction on the axis of the beam and the retention of its cross-sectional shape by the magnetic field. The color of the beam is determined by the speed of the peripheral ropes, which are scattered into the surrounding space.

When encountering an obstacle, the ropes are destroyed, high neutron pressures are created on the lattice cells and there are two main variants of behavior. First, the cell does not collapse - there is a normal reflection of the Light, which we considered.

Second, the cell collapses and opens the passage to the neutrons to the next cell and so on, as long as the beam power is enough. Here the beam acts as a cutter.

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Author: Valerii Fedorovich Andrus
PS The material is protected.
Date of publication 15.12.2003gg