Concepts about dynamic of light and gravity.

As you have already understood, through examples above, that there is an absolute space, it is possible to understand better the nature of light concerning to the distinction that we have to make between photon and light ray (trajectories and speeds).
As there is an absolute space, we observe on it the real motion of light. Thus, it is possible to distinguish the trajectory of photons and of light ray (sequence of photons), which differ among themselves when they are observed from the reference of absolute space (it is impossible to make such distinction without it as Science does due to it does not know the reality of absolute space). Such distinction allows us to make new interpretations for Relativity theory – which will be explained forward.
Who wants to understand the Universe needs to understand the dynamic of light first. You do not need to be a great mathematic or physicist; you just need to be critical and do not be misleaded by the magic of nature, because the Creator is a great illusionist and creates real illusions for confusing us even more.
The dynamic of functioning of light occurs as of gravity. While light is transmitted by photons, the gravity propagates by particles denominated energétrons.
As photons suffer the same effects as energetrons, so if we understand the mechanisms of functioning of light we will understand the nature of gravity as well. The difference between them is that for light between two bodies, one of them is the emitter and the other one is the receiver; while that for gravity each body functions as emitter and receiver of energetron at the same time. Thus, when we talk about dynamic of light we must remind that such dynamic functions for gravity as well; however, while photons are emitted by atoms, energetrons are emitted by all quantas that compose all kind of matter of the Universe , according to the postulate of “Logical Deductions” as following: “ Each quantity of energy that emerged from Big Bang is able to emit part of such energy in shape of energetrons that upon reaching another quantity of energy exert an attractive force (gravitational) on direction of its arrival”.

Energy and dark matter of Universe

We would like to emphasize that the postulate above could solve the two biggest puzzles of Modern Science about energy and dark matter in Universe. If there was a dark energy it would come from part of quanta of energy that was originated from Big Bang and did not combine among themselves to form fundamental particles of first level keeping their expansion universe speeds

Dark energy:
Quanta of energy that did not combine among themselves have kept their original expansion speeds, being that actually, due to their ability to emit energetrons they orbit around galaxies as dark matter.
Dark matter:
The fundamental particles of the first levels that did not combine among themselves have kept their original expansion speed of universe, being that gravity emitted by them causes they orbit around galaxies as dark matter.

The dark matter would be formed by those particles that did not reach the level of atoms when were combined among themselves. Therefore, they would be matters that did not emit light due to they are not of atomic nature.
We conclude that if there was energy and matter they would keep their original speed of expansion of universe, being that they would exert a gravitational effect on the dynamic of visible matter nowadays, orbiting around galaxies.

Light

Light is a radiant energy in shape of particle emitted by atoms at speed c (300.00 km-s), which can be detected by our retina.

The luminous Quantum

The luminous quantum is a energy that is not emitted by atoms in a continuous way, but in leaps in a small quantity denominated quanta. Such effect is called quantic leap by Quantic physics.

The photon

Photon is a quantum of such radiant quantized energy. Such term “photon” was created by Einsten for representing the quantum of light. Such idea allowed Einstein to win the Nobel Prize of 1921.

The distribution of photons

When we throw some coins over a table, it might appear more heads than tails and vice versa, it depends on the case. However, if we throw 1.000 Kg of them, we will have around 500 Kg of heads and 500 Kg of tails. As more coins we throw as more exact will be the distribution of heads and tails, so that it tends to ½ to ½.
Let’s give another example: If we throw aleatory 6 tons of dice, each number of dice will be represented for around 1 ton, because in this case we have the probability of each one of the six sides. According to the examples above, the reader can understand about the emission of photons by atoms. Each atom of a body, which constitutes a source of light, emits aleatory photons in all directions. There is a big quantity of atoms in a filament of electric lamp or even in a star. So, as we have a great number of atoms in a light source, we hope that there is always the same amount of emitted photons in some unit of time in any chosen direction.
Light Ray
The light ray emitted by a source is the sequence of photons that comes out from it in some direction.

Line of gravity

The line of gravity originated from a body is given by the sequence of energetrons, which were emitted by the light ray in some direction.

We must emphasize that the dimension of an energetron in so small that the space between atoms or even between the nucleus of atoms and electrons is a way of its propagation in a proportion similar to that between photons and solar system! Thus, gravity cross bodies over so easily that during eclipse, the Earth (or Moon) goes down between Sun and Moon (or Earth), respectively without interfering in gravity force that sun exerts on Moon(or Earth).
The speed of photons in this report
c = of emission;
c2 = of removal, just seen by an observer S in absolute space, where c2 = c + Ve;
c1 = of arrival on the receiver, where c1 = c - Va ;
Ve =expansion velocity of galaxy that is the emitter of photons;
V = expansion speed of galaxy that is the receiver of photons, it is often the speed of Milky Way (Earth);
Va = Deviation speed between two bodies (two galaxies);
v = relative speed between two bodies in a moving reference frame.
Unit od speed
In this report, the unit of speeds c, c1, c2, Ve, Va and V will be always c = 1, which is equivalent to c =300.000 km/s