Info is slowly making it’s way out about the technique of splitting water molecules using audio resonance. This is similar in concept to the work being done on wireless electricity which transfers electricity between two points by synchronizing the resonance of the two points.

It is now being discussed in public forums like diyaudio.com the physics behind using resonance to split water molecules. Very interesting potential.

I want to share with you my experience in this theme, I’ve used not sound waves for split water and get hydrogen, I’ve used electrical resonance using steel cells, the frequency is near to the values commented here, but is more single get it for the single formula:

E = h * f

E is the energy needed for split one H-O dipole in the water molecule, E is in dependence of enviroment temperature, pressure, etc,…. so f is a not constant value and changes according this parameters, but f is a high frequency value of too much gigahertz near to optical frequencies and common circuits don’t works at the main frequency, so you can work in sub-harmonic values, in the kilohertz range is adequate for get this split tuning the oscillator until get the maximal hydrogen generation

My results give an energy gain about of 750, that is say output energy of hydrogen heating is 750 times the electrical energy needed in the resonance, this don’t violates the energy conservation laws, extra energy becomes of the internal stored energy in the water molecule and the reaction between hydrogen and enviroment oxygen.

I’ve builded kitchens, solders, electricity generators are using common water as fuel, but without sound waves, using resonant circuits and steel cells

With years of experience in this testing I’ve discovered energy is not in the water or hydrogen, is in the frequency and can be extracted directly of the low power oscillator

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