﻿ FIELDS OF ATTRACTION DECREASE THE FIELDS OF REPULSION, FIELDS OF REPULTION DECREASE THE FIELDS OF ATTRACTION

# FIELDS OF ATTRACTION DECREASE THE FIELDS OF REPULSION, FIELDS OF REPULTION DECREASE THE FIELDS OF ATTRACTION

Let's consider what happens to the value of the Forces of Attraction and Repulsion, if their sources are located near each other, on the same line.

The sources of Attractive Forces - it is always the particles with Fields of Attraction. And the sources of Repulsive Forces - it is always the particles with the Fields of Repulsion.

If the experiment was conducted in the completely empty space and there were only two particles – a particle with the Field of Attraction or the Field of Repulsion (a source of the Force) and an investigated particle, where this Force occurs when really nothing could affect the magnitude of this Force.

But in reality the space is not empty and filled with elementary particles of varying quality.

So, if on the segment between the investigated particle and the particle-source of the Force (Attraction or Repulsion) there are also other particles - with the Fields of Attraction or Repulsion (or and those, and others), then here is what will happen.

The particles have the ability to shield each other. The shielding effect depends on the quality of the shielding particles, as well as on the quality of the shielded particle.

If the shielded particle generates the Attractive Field, as well as all the particles shielding it and located on the segment between it and the investigated particle possess the Fields of Attraction, there is summing of the values ​​of the Fields of Attraction of all particles. And accordingly, there occurs the summation of all Forces of Attraction, which caused in the investigated particle by all particles on the segment.

Exactly the same summation occurs, if the shielded particle generates the Repulsive Field, as well as all shielding particles on the segment have the Repulsive Fields. Respectively, we need to summarize and Repulsive Forces caused in the investigated particle by all these particles.

But that’s what happens if the original Force acting on the particle is the Force of Attraction, and on the segment there are not only the particles with the Fields of Attraction, but also the particles with Repulsion Fields. Or we have an extreme case, and all shielding particles have the Fields of Repulsion, and only shielded particle has an Attractive Field. In this case, the Fields of Repulsion of all particles are summarized and in one way or another screen the Attraction Field. Because of this Attractive Force acting on the investigated particle is reduced and may even disappears altogether, replacing the Repulsion Force.

The same thing happens in the case if the original force acting on the investigated particle is the Force of Repulsion, on the segment there are not the particles only with the Fields of Repulsion, but the particles with the Fields of Attraction. In this case also there is a summation of both types of Fields, and the total Field of Attraction also in one way or another shields the total Field of Repulsion. Because of this the Force of Repulsion acting on the investigated particle is reduced and may even disappears altogether, replacing the Force of Attraction.

To assess the quality and value of the Force arising in the investigated particle is not enough to calculate the total Field of Attraction and Field of Repulsion and after that to subtract the smaller from the larger. No, you should consider the quality of all the particles on the segment, and the magnitude of their Fields.

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Let's summarize and with the fairly simple language explain once again why the particles with Repulsion Fields reduce the Force of Attraction, and the particles with the Fields of Attraction reduce the Force of Repulsion.

Particles with Fields of Attraction absorb Ether emitted by neighboring particles with Fields of Repulsion. Because of this, the rate of ethereal flow of Repulsion Field decreases, and thus the Tendency of the investigated particle to move away from excess of Ether decreases, i.e. the Force of Repulsion decreases.

Particles with Fields of Repulsion emitting Ether toward the neighboring particles with Fields Attraction, thereby compensate (to some extent) created by them a lack of Ether. Because of this, the rate of ethereal flow of the Field of Attraction decreases and with it the Tendency of the investigated particle to approach to the lack of Ether, i.e. the Force of Attraction decreases.

Comment to the picture.

A particle with Field of Repulsion if it is adjacent to the particle with the Field of Attraction, because it emits Ether, affects the outward manifestation of this Field of Attraction. Emitted Ether – is an "ethereal pillow", shielding the Attraction Field. Repulsion Field creates in the ethereal field redundancy of Ether and thus to some extent neutralize a lack formed by the Field of Attraction.

At the same time, the particle with the Field of Attraction, neighboring to the particle with the Field of Repulsion absorbing emitted Ether, thereby affects on outward manifestation of this Field of Repulsion.

Do not be surprised that we're talking about it here, because this is a very important topic.

For example, in any conglomeration of elementary particles, such as a chemical element, there are both types of particles - Yin and Yang. They are mixed, some shield others. But in the end, when we will look at the element outside, we can not know exactly what particles are there, since the total Force Field manifests itself outwardly, is the result of addition and subtraction of multiple Fields of Attraction and Repulsion. But the very fact that we know about what is happening inside, help us to avoid mistakes.

In any celestial body chemical elements of different quality are mixed. For example, in the atmosphere those are dominated whose Field of Repulsion is totally dominates in the Force Field. And in the center of the planet there are basically the elements which Fields of Attraction dominate, and large quantities are. Atmospheric chemical elements shield the elements of the central regions. As a result, when we are increasingly moving away from the planet, its Field of Attraction is getting smaller by reducing its total outward manifestation by the total Field of Repulsion of atmosphere. And at a certain distance the planet's Field of Attraction does not feel at all - the effect of weightlessness experienced by astronauts.

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