13. A GRADUAL INCREASE IN THE ANGLE OF INCLINATION OF THE AXIS OF ROTATION OF PLANETS

13. A GRADUAL INCREASE IN THE ANGLE OF INCLINATION OF THE AXIS OF ROTATION OF PLANETS

In the early life of the planets they had no inclination of the axis. The cause of the inclination is an attraction of one of the poles of the planet by one of the poles of the Sun.

Let’s consider as the inclination of axes of the planets appears.

When the substance from which the planets are formed is ejected from the Sun it does not necessarily an ejection occurs in the equatorial plane of the Sun. Even a small deviation from the equatorial plane of the Sun results in that the formed planet to one of the poles of the sun is located closer than to another. And to be more precise, it is only one of the poles of the formed planet is closer to one of the poles of the Sun. For this reason, namely this pole of the planet “feels” a greater gravitation from that pole of the Sun, to whom it is closer.

As a result one of the hemispheres immediately turned toward the Sun. So an initial inclination of an axis of rotation of a planet appeared. That hemisphere, which was closer to the Sun, respectively, immediately began to receive more solar radiation. And because of this the given hemisphere from the outset began to be warmed to a greater extent. A greater heating of one of the hemispheres of the planet becomes the reason that the total Gravity Field of this hemisphere decreases. I.e. during the warm-up of the approached to the Sun hemisphere there was a decrease of its tendency to move closer to the pole of the Sun, which gravitation made ​​the planet to be inclined. And the more this hemisphere is heated, the more leveled the gravitation of both poles of the planet, each to “its closest” pole of the Sun. As a result, the heated hemisphere more and more turned away from the sun, and the more chilled began to approach. But note how this change of poles was happened (and happens). Very peculiar.

With the passage of time the angle of inclination of the axis of rotation of planets gradually increased. Let’s find out why this is happening.

Generally, when we solve the problem of gravitation (attraction) of any planet to the sun, we should always remember that just two areas of the planet - its magnetic poles - tend to be closer to the Sun. This is explained by the fact that it is the poles are the least heated regions of the planets. Whenever a planet is rotated to the Sun by one of its hemispheres, at the same time gravitation to the Sun of the second hemisphere continues to control this hemisphere. Only this “control” does not allow the planets from the beginning to turn to the Sun by their poles.

Then why, over time, does an angle of inclination of the axis of any planet increase more and more? Yes, because over time there has been increasing the square of the surface of ​​the planet, where there is formed a not disappeared Field of Repulsion. (We recall that the Field of Repulsion of the planet does not exist near the surface of the planet. It manifests outwards in the upper levels of the atmosphere.)  A Field of Repulsion creates a Force of Repulsion. A Field of Repulsion of the planet collides with the Field of Repulsion of the Sun. And because of this those areas of the planet, where it has not disappearing Field of Repulsion, tend to move away from the Sun. And so there occurs an inclination. And the farther away from the equator and closer to the poles this area occupied by the not disappearing Field of Repulsion moves, the greater is the angle of inclination of the axis.

We will say a few words about a non-vanishing Field of Repulsion of the planets.

Substance in the equatorial plane of the planet is warmed up to the greatest extent. This is explained by the fact that at the beginning of life on the planet, when it just started to rotate, the axis of rotation is perpendicular to the line drawn through the center of the Sun and the center of the planet. Because of this the equatorial region of any planet from the outset is closest to the center of the Sun. So, the inclination of the axis indicates that at the planet in the equatorial region and adjacent areas a continuously existing Field of Repulsion is formed. The Field of Repulsion of the planet is formed by particles with Fields of Repulsion accumulated on the surface of the chemical elements of the atmosphere - staying in the composition of the surface layers of the planet. As already mentioned, the planets have an “incline” namely because of arising of this constant Field of Repulsion. Nearest to the center of the sun is always an area of the planet, which is just in the state of the heating. This area accumulates the solar particles, and as a result here there arises a Field of Repulsion, which makes this area to turn away from the Sun.

Why we are talking about this? Yes, because the parallel of latitude, on which there is an area of the planet closest to the center of the Sun, and just serves as a border between parallels where there is a constant Field of Repulsion (equator and adjacent parallels) and the regions where the Field of Repulsion does not even arise (a pole and polar regions). On this boundary parallel of latitude a Field of Repulsion appears only after heating by solar radiation. And after some time, due to the rotation of the planet, a cooling this area leads to the disappearance of this repulsion field.