Is it true that the gravity of the sun is as strong as that of the earth?

Is it true that the gravity of the sun is as strong as that of the earth? How to explain the topic? Personally, I think the gravity of the sun is not as great as that of the earth, and there is a big difference between them. This statement is incorrect. Why do you say that? Let's talk about the gravity of the sun first. At present, the mass of the sun is about 320 thousand times that of the earth. The sun is the nucleus of the solar system and has a huge magnetic field.

The coverage of its magnetic field is the space occupied by the solar system, that is to say, the circular motion of all satellite materials in the solar system is the result of the huge magnetic field of the sun. Because the sun has the characteristics of random rotation, it can jointly push its own huge magnetic field to make circular motion around its rotation direction. In the huge magnetic field of the sun, there will naturally be magnetic coils with different distances, and the orbits of planets with different distances in the solar system can be formed.

On the one hand, the distance and orbit of big planets formed at different distances can be fixed; On the other hand, the circular motion of the solar magnetic field and the magnetic coil will produce a gravitational phenomenon for all satellite materials (including all kinds of stars) formed in the whole solar system, which is precisely the solar magnetic traction phenomenon. Among the existing planets in the whole solar system, only the sun has no magnetic attraction, which may be due to the diamagnetism caused by the ultra-high temperature combustion of the sun. Gravity is directly proportional to mass, so the magnetic traction of the solar magnetic field can set foot in the space of the whole solar system.

Let's talk about gravity. Like the sun, the earth has its own magnetic field, but the magnetic control surface is pitifully small compared with the solar magnetic field. At present, there is only one stable magnetic coil in the earth's magnetic field, which can be used for the moon to run as an orbit. The rotation of the earth will also make the moon produce traction and drive the moon to revolve around the earth. In addition, the earth not only has the phenomenon of circumferential traction of magnetic field.

It also has the phenomenon of magnetic attraction, that is, gravity. For any object near the earth's orbit, there is a phenomenon of mutual magnetic attraction, which can be attracted to the earth. This may be due to the random rotation process of space objects, and the magnetism of their magnetic field edges is in the opposite state. It can be seen that the gravitational phenomena of the sun and the earth are different, and there are great differences. So the statement of this question is incorrect. I wonder if this answer is accurate?