WHAT IS THE SOURCE OF THE EXCESS OF MAGNETIC ENERGY?

 WHAT IS THE SOURCE OF THE EXCESS OF MAGNETIC ENERGY?

The source of the extra magnetic energy that is generated and spent is another important issue that needs to be focused on how it is obtained. Above, during the operation of the Abay type electric motor, an extra energy is added to the system other than the continuous electrical energy, which can be observed, and this requires a continuous energy source. Here, there are generally two options regarding the source of the extra magnetic energy that is generated and expended in a way that will increase the total energy of the system in the supraatomic dimension:

Option 1: As with all energy sources, the magnetic energy spent here will move towards reducing and consuming the source that creates it.  As the change in the interaction intensity in permanent magnets continues, the source of the constantly generated energy is only the energy arising from the angular moment of the electrons due to their spin and orbital movements, and in order to continue to create the magnetic energy they provide to the system, a change must be made in the properties of the electrons that create this energy, in a way that does not change the main structure of the atom to which they belong. decrease occurs.  For example, there may be a decrease or change in electron spin and orbital rotation rates that we have not yet observed, and unpaired electrons may lose very little of their kinetic energy over the years as long as there is interaction, or sometimes they may shift towards orbital levels or energy bands containing less energy.  Since the electrons in the atoms that make up the permanent magnets can hold on to any energy band according to the energy band theory, very small amounts of energy decreases that turn into additional magnetic energy in the electrons will not disrupt the natural atomic or material structures. 

Along with the movement in the pathways that provide the magnetic property of the permanent magnet, there is a similar strain to the electromagnet, and this happens in three ways. The reverse effects of magnetic waves formed due to fuco currents on the permanent magnet forcing the pathways forming the constant magnetic pole of the permanent magnet, because of the strain on the paths due to the resistance of the permanent magnet to the change of its constant magnet pole direction during the forming of hysteresis losses on the permanent magnet while the electromagnet pole direction changes and during movement due to the divergence, convergence and change in the interaction angle of the magnetic waves between the electromagnet and the permanent magnet, the electron spin and orbital movements which enable the magnetic waves to be revealed in a constant and smooth manner will have a slight tendency to change in line with this new last magnetic wave order and energy losses may occur with this movement in the permanent magnet.Since the electrons in the atoms that make up the permanent magnets can hold on to any energy band according to the energy band theory, very small amounts of energy decreases that turn into additional magnetic energy in the electrons will not disrupt the natural atomic or material structures.

Option 2: While the energy constantly created by magnets during their interaction goes towards a decrease in the energies of the electrons in permanent magnets due to their angular moments, the source of this energy is in a different way, which we have not observed yet in atoms, in the opposite direction of this tendency, spends energy in order to keep spin, orbital motion, velocity and energy levels of elecron constant and does not allow any reduction and changes.

In both ways, the energy will be formed and consumed at levels that will not change the main structure of the atom, only during dynamic interactions, in amounts too small not to be observed in ordinary investigations, and will occur at very, very slow speeds, spread over years. Again, in both options, a subatomic level of energy loss will have occurred, equal to the magnetic energy added to the system which is observable in the supraatomic dimension. The first option is much more acceptable because it can simply explain that it can be an energy source without the need for the atomic main structure to be changed, and it is known that over the years, a slight decrease in magnetic pole strengths in permanent magnets also occurs in real life.