And how would they be harnessed?
In a nutshell, there are two fundamental ways to power an electromagnet. First, there is magnetic resonance. As the charge in the electrons moves about the outside of the atoms they generate a tiny magnetic field which makes the electrons attracted to the surface of the atom. But, that charge density is in the opposite direction to the magnetic field. There is no force or magnetism, so the electrons don’t stick together. Second, the energy of the charge is released at the surface where it encounters the ionized air molecules which pull it off. The kinetic energy of the electrons is much larger than the energy of the air molecules. If this energy was released into space, it would move the energy field across the globe.
There are two types of free energy. One is the “free” energy which makes the electrons bounce around the atom. This is because electrons can take a very large number of paths to get to the surface. If a small number of such paths were available, they’d find their way to the surface. In order for this free energy to occur, you have to supply two things from the outside. The first is an electric charge. The second is an attractive field (electrically charged molecules). For this to happen, an electric field is needed at some location. And the attractive field is what brings the free energy to the surface.
So, what’s the point of magnetism? It’s really a way to bring electrons to their surface or energy. To do this you need to make an electric field, not a magnetic field. In a real system of magnets you need that field to be in a certain direction. In the real world, you would supply two things from the outside; an electric charge and an electric field. But if you’re thinking in your kitchen, instead of two pieces of furniture, a field is necessary to bring them together.
Another interesting aspect of magnetism is that it can be used to control or influence the flow of electrons from one atom to another. But, this also has to be done by another, entirely different type of field (or field).
The first thing you do is take in electrons from an external field. Take the outside electrons of the electrons (which were originally in the outside of the container, not in the inside). Using special equipment (which is exactly what is involved in applying an electric field to water) charge them up and then drop them in a container with a special material, or
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