Gravitational Field

To an observer in the referential of a body

Massives that make up a given body A emit straight lines of gravity, which grow at a speed c ever since they existed in the beginning of the Universe, at the time of the Big Bang, to observers located in the referential of such massives. These massives, upon joining each other to form body A, have also joined the referentials of the observers stationed on them. Such union happened with the movement of the massives in order to form body A.
Thus, those observers, in their reality, have always been at stand still, watching the movement of the others. In one instant they saw themselves at the same location and forming part of body A. These subtleties enable us to state:
1º) One observer in the referential of a body A will see such body emit straight gravity lines, which grow at speed of the light c in all directions, since the Big Bang, forming a gravitational field, which attracts in its direction any body that may be located in it.
2º) This gravitational force field has the same speed V of expansion of the Universe as the referential of body A. In such referential,
it is represented by an sphere that today has a radius that is equivalent to 13.7 light-years.

To an observer in the absolute space referential

We have seen that Gravity has no influence on the uniform speeds of expansion of the Universe galaxies. Unless for those which are very near ones to the others, and end up forming conglomerates under the influence of gravity, although the center of gravity of such conglomerates continue with their uniform speeds of expansion of the Universe. Thus, in regards to these galaxies, the observer in the absolute space sees the gravitational field of his galaxy forming an sphere that grows at a speed c, ever since the Big Bang, as we have already explained in the beginning.

Gravitational field of a body inside a galaxy, as seen by an observer in the absolute space

This is another one of the subtleties of the functioning of the Universe. The observer inside a galaxy does not know his Universe expansion speed and, therefore, in his reality, cannot know the influence of that speed over his gravitational field, which is an sphere that grows out of this body at a speed c. Now the observer in the absolute space is aware of the speed V of expansion of the Universe for the galaxy in question and knows the influence of the speed on the gravitational field
of an object inside this galaxy. This is because the speed of the energetrons suffers this influence, changing c to c₂, where c₂ = V + c, causing the gravitational field of this object to change from a sphere to an ellipsoid. We denominate this ellipsoid Gravitoid.

The bodies of the galaxy under the influence of gravity change their positions looking for new points of dynamic balance. For example, the orbit of a planet like the Earth around the Sun, would be a circumference.
However, it has changed it to an ellipse. However, to an observer in the Earth’s referential, its gravitational field would continue to be the same, with the gravity lines growing in all directions at the speed c. What was changed with the speed V of expansion in the Universe of the galaxy were the positions of bodies of this galaxy, which have settled into new positions of dynamic equilibrium.