In the universe, many planets are moving at high speed. Where does this kinetic energy come from?

Original Regarding the topic of where in the universe, many planets are moving at high speed, where does this kinetic energy come from? My personal opinion is that in the universe, the kinetic energy of many planets in high-speed movement comes from Two aspects: one is the circular traction effect of the magnetic field of the rotating star; the other is the magnetic attraction effect between large and small planets. Why do you say this? Because:

First, let’s talk about the circular traction effect of the magnetic field of the rotating star: All the planets in the universe exist in the star system, and they are supported and controlled by the magnetic field of the star. Each star has A huge invisible magnetic field exists. The spatial range involved by the stellar magnetic field is the range of the natural space of the universe occupied by the star system, that is, the spatial range of the star system. The phenomenon of star rotation will continuously pull its huge The magnetic field of the star performs circular motion, and the different planets existing in the space of the star system will produce stress on the circular motion of the star's magnetic field, thereby pulling all the planets in the system to perform circular motion. The speed of planetary movement within the system is directly proportional to the stress of the circular motion of the star's magnetic field and the volume and mass of the planet.

Let’s talk about the magnetic attraction between large and small planets: In the countless star systems in the universe, there will be many planetary bodies of different sizes and masses. They are all in circular motion around the star. On the one hand, the circular motion of the planets will produce an intersection angle of about 23 degrees with the star, which will cause all planets to produce angular dynamic phenomena and cause all planets to move Rotation motion; on the other hand, all planets in the system will have their own magnetic field. The edges of the magnetic field during the planet's rotation process are all magnetic anisotropic states; on the other hand, planets in the system have different sizes and masses. , under the traction of the same circle of the sun's magnetic field, its movement speed will be different. Planets orbiting in the same area will one day approach each other. When the edges of the magnetic fields of two planets touch each other, opposites will attract. Due to its magnetic nature, the larger ones will attract the smaller ones and merge into the larger ones. This process of magnetic attraction between planets in space will cause the attracted asteroids to move at high speeds. This is an inevitable result of the magnetic phenomenon of opposite sexes attracting between planets.

The gravitational effect of stars.

The power behind the high-speed motion of planets is traced back to the Big Bang.

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

After the Big Bang, a large number of hydrogen atoms were formed. In high-speed collisions, heavier atoms were combined, and nuclear fusion occurred every moment.

The original explosive power and the repulsion between particles pushed the particles outward, and the universe began to expand rapidly. When the expansion reaches a certain level, some high-density particle clusters continue to gather toward the center due to the huge gravity, and begin to become stable and form stars. The particles at the outer periphery of the star experience slightly weaker gravity, coupled with the charge generated by high-speed friction. The forces between them gain considerable weight, causing these particles to generate angular momentum in a certain direction.

Under the interaction of the gravity at the center of the star and this angular momentum, this material begins to revolve around the star and rotate at the same time. As a result, the universe formed its current picture: stars revolve around nebulae, and planets revolve around stars.

The above-mentioned opinions on the origin of the high-speed motion of planets and their kinetic energy are just one opinion. What do you think?