Talk about kinetic energy speech

As for the topic of many planets moving at high speed in space, where does this kinetic energy come from? My personal point of view is that the kinetic energy of many planets moving at high speed in space comes from two aspects: one is the circumferential traction of the rotating star's magnetic field; The second is the magnetic attraction between planets. Why do you say that? Because:

Let's talk about the circumferential traction of the rotating star's magnetic field: all the planets in the universe exist in the star system and are controlled by the star's magnetic field. Every star has a huge invisible magnetic field, and the spatial range of the stellar magnetic field is the spatial range of the star system occupying the natural space of the universe, that is, the spatial range of the star system. The phenomenon of star rotation will jointly pull its huge magnetic field and make circular motion. However, there are many different planets in the space of the star system, which will exert stress on the circular motion of the star's magnetic field, thus pulling all the planets in the system to do circular motion. The speed of planetary motion in the system is that the stress of the circular motion of the stellar magnetic field is proportional to the volume and mass of the planet.

Let's talk about the magnetic attraction between planets: in the endless star system, there will be many planetary celestial bodies with different volumes and masses, all of which move in circles around the stars. On the one hand, the angle between the circular motion of the planet and the star is about 23, which will make all the planets produce angular dynamics and make all the planets rotate; On the other hand, all the planets in the system will have a phenomenon of their own magnetic field, and the magnetic field edges are in a state of magnetic anisotropy during the rotation of the planets; On the other hand, because the planets in the system have different volumes and masses, they will move at different speeds under the traction of the same circumference of the solar magnetic field. Planets running in the same region will one day be close to each other. When the magnetic fields of two planets touch each other, the opposite magnetism will attract each other, and the big one will attract the small one and merge into the big one. This magnetic attraction between planets in space will make the attracted asteroids move at high speed, which is the inevitable result of the magnetic phenomenon of opposites attracting each other.

The gravitational action of stars.

The power of the high-speed motion of the planet can be traced back to BIGBANG.

General planetary motion mainly includes revolution motion around the star and rotation motion around its own axis.

After the big bang, a large number of hydrogen atoms were formed. In high-speed collisions, heavier atoms combine and nuclear fusion has been taking place.

Primitive explosive force and repulsion between particles push particles out, and the universe begins to expand rapidly. When it expands to a certain extent, some high-density particle clusters gather towards the center because of great gravity, and start to become stable and form stars, while the gravity of particles around the stars is slightly weak, and the interaction between charges generated by high-speed friction gains considerable weight, which makes these particles produce angular momentum in a certain direction.

Under the interaction of the gravitational force at the center of the star and this angular momentum, these substances begin to rotate around the star and rotate at the same time. As a result, the universe has formed today's picture: stars revolve around nebulae and planets revolve around stars.

There is only one story about the origin and kinetic energy of planetary high-speed motion. What's your opinion?