The original intent was to see if thermal vibrations at the solid-liquid interface (Anode-Cathode-Electrolyte
"Electrical Double Layers" ) would produce an electrical signal in proportion to the change in their capacitance,
Seems that the voracious Vortex appetite for Free Energy got things off on a wild goose chase.
Obviously the minute thermal/acoustic vibrations of the Pd cathode are changing the capacitance
of the double layer at some frequency, hence there should be a way to convert this energy to an
electrical signal.
The energy in the electrolysis cell "capacitor/s" = 1/2 CV^2 = Q^2/2C is changing due to CF/OU output.
So why not get it as electrical energy before it degrades to warm water?
Frederick
