Magnet Motor Technology Explained…
So someone sent me this pretty interesting youtube video yesterday, that shows how this guy built a simple magnet motor. With both interest and a touch of skepticism, I checked it out. And it blew me away. Suddenly, some puzzle pieces of research I had done in the past all clicked into place for me in what I can only describe as an epiphany that left me trembling with excitement.
But first, here’s a link to the video. Check it out, then come back here to read first my scientific explanation, and then my layman’s version, of the phenomenon at work (and no, it doesn’t break the laws of conservation of energy).
http://www.youtube.com/watch?v=yf1IesrHBh0&NR=1
The scientific explanation first:
Magnetism actually is not just static, it has a dynamic flow element to it as well. You can create magnetic circuits even, using iron wire and a permanent magnet, hooking up the wire from pole to pole to make a circuit path. This is an area of future research for me, exploring what kind of circuts might be possible, with switching, etc. I want to know if I can create the magnetic circut equivalent of a transistor. There’s some cool stuff you could do if there is. But I digress…
The electrical corollary of this motor is found in the “Poynting Flow Vector”, something I researched several years ago indirectly with Jean Louis Naudin in France. Electron flow has a “wake” force that drags static charges along with it as the electron flow goes along a wire. It creates a circular magnetic field around the wire, true, AND a dragging “wake” force parralel to the wire called the Poynting Flow Vector. Look it up if you want, though there’s not much public research available on it yet.
This magnetic motor demonstrates the same concept in the magnetic areana, that magnetic current flows from one pole to the other, and creates a wake force as it goes, and that a circle of magnets such as the one in this video promotes a continuous wake flow in a circle that reacts to the outside magnetic force.
*whew!* Did that make any sense at all?
The simple explanation:
If you move the south pole of a magnet perpendiularly closer to the CENTER of a longer magnet, the longer magnet will slide forward, bringing the north pole closer to the perpendicular south pole. By arranging these magnets all in a circle, the magnets continue
to slide forward in a never ending loop….
But what about the law of conservation of energy?
First, we have to recognize that while our current classical view of magnetism, gravity, and the universe explains lots of things, it does NOT explain everything. This might be one such case. But by some accounts, aether flow theory does a better job in this case than classical physics does. If magnets are indeed aether flow concentrators, then the flow of the aether into and around the magnets can be tapped into and harnassed, as simply a subset of a much larger universe where the aether flow is dynamic and never ending. So in this magnet motor case, the energy being tapped into is simply replenished by the larger aether field around us.
OR…… Framed back in more classical physics terms, magnets might directly tap into the resonant zero point energy field (by nature of the resonant and in-phase magnetic domains in the metal of the magnet), and the work they perform in this motor is accomplished by energy drawn directly off the zero point field, always being replenished… (Due to this, I predict that we will see a general cooling of the air temperature and general universe in the direct vicinity of a functioning, high-power magnetic motor).
The important thing to remember is that the law of conservation of energy applies ONLY to closed systems. Magnetic systems are by their very nature (zero point energy taps or aether flow concentrators – whichever way you want to go with it), open systems, due to their link with the larger universe around them. The law of conservation of energy CANNOT be applied to them.
So where do we go from here?
First, I am ordering a bunch of high power magnets, then building a unit that can power something more substantial than just a simple little light bulb. There is serious power in permanent magnets, and I suspect that we can extract serious power from them.
So stay tuned for our research as it comes out! (And yes, plan sets will be compiled for people to order, from Evergreen Gas Labs, once I have functional units prototyped…)
Cheers!
Tim
