The answer, I think, is yes. In particular, if you believe that the magnetic fields in charge cells do not produce free forces, then you can make your free energy more or less uniform in one direction around the charge cell. There is nothing special that happens here in this particular case. This is actually an example of what is called Newton’s third law of motion. This third law of motion says that one can take a set of equations and see how they apply to a system. When one uses this law to look for how the particles in the matter interact, you see that this process also follows the laws of motion in the second law of motion. In fact, if the charge cell is charged with energy, and the system (the particles of a charge cell) follow their path, then the second law of motion also applies. In other words, this is Newton’s third law of mechanical resonance. This is precisely the situation we’re in with the charge cell. It will make an example on its own—that is, as a case in which the charge cell produces a free force. However, we can see how it could have been in the past—for example, as a case in which a magnetic field caused a particle of charge to move. As a case in which a magnetic field produced a free change in its position. In that case, we can consider this free energy as a result of a change in the position of the free particle of charge. And of course, it is also a free force.
M: I would like to thank you for sharing your insights (so far) about the charge particle theory about magnetic fields. That is, of course, to say, “What are the conditions that should cause the charge particle to move with no resistance in the direction you describe?”
D: In a way, it is quite different from our ordinary particle theory of charge—and the particles and energies that it describes are different from ordinary matter. In other words, there is something that is magnetic, not something that has magnetic qualities. It seems to me that this is one of the features of a field that is truly magnetic.
Another feature of a field that is truly magnetic is the fact that matter cannot exist without a field. It is a field that has to be in equilibrium. Even if there were no forces to work against, the matter that exists would not be there. This is because if anything could exist without a field, it would not be there. So a field is always in equilibrium,
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