Future prediction of the cosmic structure based on the theory of motion gravity

As the astronomical observations and calculations point out, the universe is accelerating and inflated, and according to this view, this expansion does not end, and ultimately all the galaxies, stars, and other cosmic bodies, with a very large distance from each other in the world Driven by silence, but according to the theory of gravitational motion, although it agrees with the accelerated case of the cosmos, it does not only indicate that it does not affect the end of the world, but predicts that after a long time, the inner layers of the cosmos It has reached the same speed as its outer layers and is fast due to gravitational acceleration It is above the outer layers, and thus hits the outer layers at a very high speed, or maybe even due to this collision, thousands of new worlds and universes will be born to create a set of quasars that are similar and Or maybe the quasars of the past have been shaped in the same way in the past too far. In a simpler example, it can be said that it is similar to a flower that originally consists of hundreds of smaller flowers than itself, or acts like fireworks in fireworks, and after a major explosion in the air, dozens of balloons The explosion in the air that explodes in the air, in turn, explodes. Therefore, because of the prediction of the existence of such collisions, similar to the formation of thousands of other small cosmic universes, it is again anticipated that in the next phase, the enormous and turbulent clouds resulting from these collisions will be formed and eventually again part of the material in the universe The gravity is re-compressed and the core forms the formation of another vagabond. The theory of motion gravity is entirely consistent with and confirmed by the accelerated expansion of the universe, but it also emphasizes that, in the end, many cosmic bodies, given the gravitational equations contained in this theory, due to the increased velocity of the inner layers of the universe, The likelihood of their collision with the objects of the outer layers of the universe increases and, as a result, the structure of the universe will be different in the future.

A complete explanation of the nature of dark energy based on the theory of motion gravity

According to many astronomical calculations and observations, the cosmos is inflated and enlarged, and this cosmic inflation is not only constant and its acceleration is not zero, but its speed is increasing and has a positive momentum and a mysterious force The name of dark energy is the cause of this accelerated expansion of the universe, while in the past it was thought that the gravitational force between the components in the universe eventually won the explosive force of the Big Bang, and in the future will see the contraction and shrinkage of the universe.

Here, according to the theory of gravity, we shall see that the existence of such a phenomenon, the accelerated expansion of the universe, is normal and there is no need for any additional energy, such as dark energy, to justify the accelerated inflation of the cosmos, but based on this theory of masses Both the primary and outer layers of the universe, which are moving away from the universe due to the massive force of the Big Bang, have been moving away from the universe since the Big Bang so far, due to the higher speed of the bodies, they always have a more powerful gravitational force than the layer The interior of the cosmos, due to the distance less than the center of the universe, is more gravitationally trapped The bottom and at a lesser speed moving away from the rest of the bodies and the inner layers, while interacting with the force of the gravitational acceleration of the inner layers on the outer layers of the cosmos due to the low velocity of the outer layers And as a result, the result of the contrast between the gravitational acceleration forces in the universe is moving motion with a positive acceleration and outward of the universe, which we see as cosmic inflation.

Explaining the reason for the slight deviation of Mercury's planet from its orbit based on the theory of motion gravity

If we look at modified Newton's general gravitational equations based on the theory of kinetic gravity, we will see that based on the theory of kinetic gravity, the solar system moves through the Milky Way and space, including the Sun and planet Mercury. As a result, in this situation we will see the phenomenon of gravitational equilibrium change and the effect of the gravity of the sun on the planet Mercury when the planet Mercury orbits in the orbit of the sun, in the direction of the sun's orbit in space, or At a certain angle to the direction of the sun's motion in space, it changes, and the table The influence of the gravity of the sun on that orbital range on orbit of Mercury increases or decreases because of the different positions and trajectories of Mercury's orbital motion, two equations have to be used, of course, to calculate the amount of force the sun has on the planet Mercury. The various effects in this theorem become a little complicated, but it is worth noting that the symmetric orbital structure of Mercury's orbital motion around the sun produces a slight deviation and this symmetric orbital motion becomes asymmetric orbital motion