Electrolysis efficiency is improved by using pulsed electrical excitations tuned to resonance of the water molecule’s hydrogen-oxygen bond. Coherent ZPE activation can occur via abrupt ion motion in plasma discharge in an underwater arc or within a chamber of water vapor.

If the arc is discharged repeatedly in a spinning fashion, the resulting plasma/vapor vortex can further couple ZPE into the system. Further means of dissociation include ultrasonic excitation at Keely’s water dissociation frequency (~43 KHz) as well as laser stimulation at the point of electrical discharge.

There are inventions that use vortex motion of water to produce energetic anomalies. Schauberger induced precession and imploding vortex motion in water that exhibited a bluish glow at the tip of the vortex. Paul Pantone has claimed to observe similar glow within his dual manifold vortex system. Combining high voltage stimulation to the water vortex could induce macroscopic vorticity in the surrounding ZPE field.

Such energized water may be readily dissociated by resonant pulsed electrolysis.

Noteworthy inventions include Andrija Puharich’s resonant electrolysis, Stan Meyer’s water fuel car, Phillip Kanarev’s plasma electrolysis, MIT’s plasmatron, George Wiseman’s parallel plate, pulsed electrolysis producing Brown’s Gas, and the Joe Cell containing many concentric cylindrical electrodes. Combining the techniques of these inventors could yield synergistic efficiency for water dissociation sourced from the zero-point energy.