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decide on a system, and build one that is custom to my application. So while researching these systems I came across Stan Meyer's WFC, the water fuel cell. At first I was a skeptic, so I set out to learn as much as I could about the science behind it. My first stop was the internet where I found a quite a few people were already researching these WFC's, after seeing that all of these people were working on the idea and yet no-one had been able to produce the results that had been witnessed and reported by impartial people, and even some that used to be skeptics I became even more interested. I am very good at solving riddles.

Never one to be guilty of too little confidence I set out to learn everything that I could about the science of electrolysis, the water molecule itself, and the inventor of the WFC.

Electrolysis is simply creating a magnetic field and using it to decompose chemicals into their components. In the form of water it becomes hydrogen and oxygen. My first experiment was two stainless steel perforated plates separated by 1/16 of an inch. For power I used a 12 volt trolling motor battery. I got some production, enough to prove that the science was valid, and warranted further study.
Next I studied the water molecule. I hadn't really paid attention in school; I was too preoccupied with more important things. The H2O molecule is a neat little thing; it is comprised of two H atoms and one O atom. The little thing holding them together is the electron. The electron is the only bonding force, however try pulling three magnets apart, not very hard is it, now take a swimming pool and fill it with magnets and try pulling one of them out, it becomes a lot harder because the force is increased over the entire surface area, and they are all bonded together. That is water in its natural state. But what makes this situation interesting is that it is not a simple electromagnetic bond, it is an electrostatic bond called the covalent bond. Scuffing your feet loads you up with electro-static energy, and touching something conductive discharges that energy. That means that if the electrostatic charge on an electron can be discharged, it will cease to bond. At first I dived in, almost expecting to have to go back to school and get a doctorate in chemistry. After getting this far I decided that maybe I should investigate Mr. Meyer a little bit. If this guy is some kind of super genius then I wouldn't stand a chance at learning enough without some additional higher

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