The basic principle of magnet formation and the quality of magnet
A magnet is a reflection of kinetic energy, which is a general term for the charge and magnetism indicated by chemical substances, such as magnetic induction, magnetic waves, and magnetic fields. All magnet scenery is inseparable from the electromagnetic field; and the electromagnetic field is caused by the active electric charge.

Active charges are likely to cause plateaus. Its stability principle is: when the active charge e moves, it must be hindered by its adjoining e, indicating that the active charge pushes its adjoining 1 to move upward, that is, the adjoining moves up together with the moving charge e; when adjoining 1 moves upwards. , will be hindered by its own adjoining 1, indicating that adjoining 1 pushes its own adjoining upward movement, that is, adjoining 2 accompanies adjoining 1 to move upward together. That way it spreads forward for this, resulting in smoothness. Obviously, such smooth fast propagation in a vacuum pump is the speed of light.





Quality of magnets
The part of electronic device quality that comes from the magnetic field. Its scalar value is likely to be derived from the projectile motion of the magnetic field of the moving electronic device at a uniform velocity or from the kinetic energy of the electric field of the stationary electronic device according to the mass-energy relationship. In the early days of the development trend of electron theory, it was assumed that the quality of magnets in electronic devices was the quality measured in experiments. And thus calculate his semi-sutra, which is called the classic semi-sutra of electronic devices.

When there is an electrostatic field or an electromagnetic field in the object, carry out electrical shielding or electromagnetic shielding for the object, and weigh it with a balance. Electromagnetic fields are not alike.

The data information obtained by the balance scale weighing is the quality. Because the object is shielded, the weighing process is not a problem for the balance scale. The weighing result data information is reasonable. Thus, for the same object, in addition to the conventional quality, there is also a magnet quality.