18. BRIGHTNESS

18. BRIGHTNESS

 

Let's talk about such a characteristic of light rays, as their "brightness".

First we give the definition of brightness used in modern optics.

Brightness is the flow sent in that direction by the unit of the visible surface in a single solid angle. This is the ratio of the intensity of the light radiated by the

surface to the area of its projection onto a plane perpendicular to the observation axis.

Or - the characteristic of luminous bodies, equal to the ratio of the intensity of light in any direction to the area of the projection of the luminous surface on a plane perpendicular to this direction.

And now let's look at the brightness from the esoteric point of view. Let's take a look at the already mentioned passage from the “Tao Te Ching”: “Yin is scanty, Yang is furious, their combination is the fullness”. Note the phrase - "Yang is furious".

As already mentioned in the article "The structure and quality of elementary particles. Yin and Yang”, Yang particles are particles that form the Repulsion Field in the surrounding ether. I do not know what Chinese word in the treatise "Tao-Te-Ching" V. Perelyshin translated as "furious" (speaking of Yang). However, he picked up a very accurate equivalent in the Russian language, which allows us to correctly estimate the characteristics of the effects of Yang particles on the surrounding other particles. The word "furious" can be considered as one-root to such words as "furiousness", "fury", "furor". As we know, furious we call an agitated, aggressive person (or animal).  In Russian language the words "furiousness" and “brightness” can be denoted by words with the same root. About energetic, impulsive person, we can say that it is bright. Excitation of the body is due to a higher ether (energy) content provided by the rapid breathing and heartbeat. The transferred to it by oxygen free particles with Repulsion Fields emit ether. 

Thus, “furiousness” and “brightness” in Russian is the redundancy of the ether. And the redundancy of the ether is always created by particles with Fields of Repulsion, since it is they who emit the ether. 

It turns out that for us those particles will always be bright (furious) that emit ether.  

Any particle that is in a state of inertial motion, has a field of repulsion (i.e. emits energy) and, therefore, has brightness. The greater the magnitude of the field of repulsion of a particle, the greater the magnitude of its brightness.   

The energy emitted by a moving particle transforms the particles in the composition of a chemical element at the time of the collision. And the larger the Field of Repulsion of a particle, the more it transforms particles of elements with which it collides - the more heats them. 

The speed of the inertial movement of particles corresponds to the speed of their emission of ether - i.e. the magnitude of the particle repulsion field 

The speed of the inertial movement of particles corresponds to the speed of their emission of ether - i.e. the magnitude of the particle repulsion field. The faster the particle moves by inertia, the brighter it is. That is why, if we consider the spectrum, then the brightest will be pure red photons, since the speed of their inertial motion is greatest (i.e. their Field of Repulsion is greatest).  

From the red part of the spectrum to the violet the brightness of visible photons constantly decreases.

However, one should also take into account the fact that particles colliding with elements are accumulated on their surface. Однако следует также учитывать тот факт, что соударяющиеся с элементами частицы накапливаются на их поверхности – i.e. absorbed by the elements of the substance on which they fall. 

That is why the purple color creates in our perception a special visual sensation. It is both cold and warm at the same time. And bright, and not bright. It is the red UV photons that, along with the blue heavy ones, create the violet color, are responsible for the increased brightness of the violet color as compared to the pure blue. After all, red ultraviolet photons, after they settle in our brain, continue to emit ether, even after stopping. 

But the red particles continue to emit ether. Their Repulse Field returns to its original value. Therefore, since they continue to emit ether, their brightness does not disappear.