Oh geez. Having a background in electromagnetism, I really should stay out of this loony bin, but since I'm too much of a sadist...
There is an area of quantum mechanics that suggests that working with mathematics and scientific testing is the thing that produces the results, because the scientist is either looking for the results, or his subconscious is looking for the results, or possibly, because the subconsciouses of many people are looking for the results.
Quantum doesn't make the scientist "produce" the outcome, but rather the outcome observed depends on how the scientist observed it. The outcome is the same, and is produced by nature regardless of what the scientist does. But, like looking at something from the left side or the right side and seeing two different outcomes, in quantum physics observation are different based on how one looks.
The problem with the theoretical physicists is that they make a theory and they expect the nature to obey to this theory. This is nonsense.
They make a theory based on previously observed evidence. A theory is simply a best guess explanation for the reality observed. Theoretical physicists observe some events in nature, which obeys its own laws, and come up with theories to explain how it does those things that it actually does. You make it sound as if theory is something scientists thing happens, while nature has something else happen, which is absolutely not what a theory or what scientists do.
As for the stupid "magnet powered" motors, magnets are not a source of energy. They have zero energy when they are in a neutral position not near anything magnetic, store up energy when you bring them close to another magnetic field, and release that energy when they are let go and allowed to return to their neutral position again. It's basic Science 101 kinetic/potential energy stuff. Basically, a magnet as a source of energy is no different from a spring, which can push off when you squeeze it, but you have to add the energy to compress the spring in the first place, or a hill that will let a ball roll down off of it, but you have to roll that ball to the top of the hill to store up energy in it. For magnetic energy to start exherting any force, you first have add force to it. And whatever force you add will be less than the force you get back. You claimed that magnetism and electricity don't have anything to do with heat, but that is absolutely untrue. Magnetic fields passing through magnets and wires create heat, and in high enough energy concentrations can create massive amounts of heat. That's how hair dryers work, and why electro magnetic motors have limits on how much they can move or what kind of strain they can handle. They overheat.