For those who study physics, I am afraid that there is no one who does not know electricity and magnetism. According to the field theory, there is a magnetic field around the charge and a magnetic field around the magnet. In ancient times, it was known for a long time that magnets could produce electric current. Faraday, on the other hand, thought backwards and thought that electric currents could also produce magnets. Since both the electric current and the magnet are in the same field, it can be said that the electric field and the magnetic field always go hand in hand.

Throughout the ages, there have always been many celebrities who have praised time. However, few people praise electricity and magnetism. Yes, they didn't make it into people's lives, and it's not surprising that people didn't realize their importance. We know that the modern Wenyin is almost entirely based on electric current, in fact, the engine is made using the principle of magnetic electricity. And China's maglev train is only one or two decades old. I think in a hundred years, someone will sing their praises.

I have a conjecture that a magnetic field is generated within an electric field, and the magnetic field also produces a new electric field. The new electric field coincides with the original electric field, and the electric field at this time generates a magnetic field and coincides with the original magnetic field. The cycle goes on until the energy of the electric and magnetic fields is equal. Okay, that's my guess. If you have any ideas, please Abra. Mizukawa said.

Liuzifeng likes to be the first, so he spoke first: the electric field can produce a magnetic field, so how much energy is the electric field of? I think no more than 1/100, or even 1/1000. You may think this is an exaggeration, but I don't think the ratio of the energy of the magnetic field is too much. It is undeniable that the energy of the electric field itself is sufficient, so the energy of the magnetic field must also be quite large.

Since it is the electric field that produces the magnetic field, the question is whether they coincide or are independent of each other. There is a concept in physics called electromagnetic force, which is the relationship between the cathode current and the magnet. If the electric current really affects the magnet, then don't the engines that use the principle of magnetism and electricity affect each other? If this is the case, the engine will not be able to provide kinetic energy to the machinery properly. According to the field theory, although the field is not a real existence, the field has the same object properties as ordinary objects, such as density, mass, particles, etc. Essentially, a field is an object. Whereas, the object has the uniqueness of occupying space. If the electric and magnetic fields coincide with each other, then they are bound to clash because of the coincidence. And in the generator, it is very dark that this conflict is not found.

Dueñas then said: Do electric and magnetic fields interfere with each other? Just now, Liuzifeng said that the electric field and the magnetic field cannot coincide, and it seems that he has answered this question conclusively. However, is this really the case? We know that everything on Earth is subject to gravity, but do other planets in the solar system also affect objects on Earth? It is said that the acceleration of gravity is not the same everywhere on Earth. Why is it different? Maybe it's caused by other planets in the solar system. Gravity is equal to the acceleration due to gravity multiplied by mass. Since objects on Earth are generally stationary and have no moving mass. So, the quality is constant. So, if not the gravitational pull of the planets of the other solar system, what else could be the cause? I would like to say that although a field can also be seen as an object, it is not an ordinary object. I think it has magical powers that transcend itself.

Margarita clapped her hands and said, "That's shocking enough." So, I'll say something too! Is there a difference between electric and magnetic field forces? You would say that the electric field force is possessed by the flowing charge, whereas the magnetic field force is possessed by the magnetic poles. And they are different. Is this really the case? Does the magnetic field force really mean that the same level repels each other, and the opposite poles attract? I don't think so, although the electric field is generated by the electric charge and the magnetic field is generated by the magnet. However, the electric and magnetic forces are ultimately the embodiment of the electric and magnetic fields. Although they are somewhat different, they are the same force from a certain angle. I guess that's what the electromagnetic force refers to!