NOVELTY - The hydrogen-oxygen fuel generator system comprises a resonate coil assembly, a resonant water capacitor, an adjustable air capacitor, a top and base assembly (3), a water tight container (2) comprising a removable lid, an electrode tubing assembly, a temperature thermostat/sensor/thermostat connected to a watertight tube, a cathode, an anode, optional neutral electrodes, distilled water or other non-specific dielectrics, and a safety valve (5). The water tight container comprises a unit for supplying the distilled water or non-specific dielectrics to the container.    USE - The hydrogen-oxygen fuel generator system is useful in power standard motor vehicles, recreational vehicles, internal combustion engines, home energy systems and home appliances, commercial/industrial power generators and smelters.    ADVANTAGE - The hydrogen-oxygen fuel generator system is compact and reliable, economically and efficiently generates a massive output of hydrogen fuel along with the proportional amount of oxygen based on user demand in an eco-friendly manner and with less consumption of energy, and reduces and eliminates the use of toxic compounds during electrolysis of water.    DETAILED DESCRIPTION - The hydrogen-oxygen fuel generator system comprises a resonate coil assembly, a resonant water capacitor, an adjustable air capacitor, a top and base assembly (3), a water tight container (2) comprising a removable lid, an electrode tubing assembly, a temperature thermostat/sensor/thermostat connected to a watertight tube, a cathode, an anode, optional neutral electrodes, distilled water or other non-specific dielectrics, and a safety valve (5). The water tight container further comprises a unit for supplying a flow of the distilled water or other non-specific dielectrics to the water tight container, and a unit for decomposing the distilled water or other non-specific dielectrics into a gaseous mixture comprising hydrogen and oxygen atoms. The unit for decomposing the distilled water or other non-specific dielectrics further comprises a waveform modulator coupled to the resonant coil assembly and the resonant water capacitor that is adjustable to allow for various resonance and gaseous flow. A modulated, composite waveform is applied to the resonate coil assembly and resonant water capacitor at resonance, while the high internal currents resonate high voltages and zero resistance states occur. The waveform modulator is optionally disconnected after initial setup resulting in a standalone self resonating hydrogen/oxygen generator powered by a direct current voltage source that passes high internal current and voltage upon the water or other gaseous production results. The resonate coil assembly comprises a unit for producing applied forces within the resonate coil assembly that is electrical, laser, maser, electromagnetic and physical energies, a hollow coil form with circular end form winding supports secured on each end, a threaded bolt stock adjustment core fitted to a threaded end cap assembly, and an insulated copper wire wound in several continuous layers and distributed evenly throughout the coil form within the circular end forms. The electrode tubing assembly comprises three or more stainless steel tubes or plates to act in place of the anode, the cathode, and the neutral electrodes. The waveform modulator comprises a modulator driver circuit, a modulator amplifier circuit, and an impedance matching tunable modulation output transformer. The resonant cell configuration further comprises an inductor or wire wound multi-layered coil with the adjustable threaded core. The water capacitor is present within a sealed and water tight vessel capable of adjustable pressurization. The stainless steel tubes are electrically and physically separated from each other and immersed in a dielectric solution. The water capacitor and inductor in series and/or parallel configurations resonate together 180 degrees out of phase. The energy passes through the system creating a frequency of 81356 Hz and selected harmonics within a continuous spectral band pass of 42.326-162.712 kHz, a duty cycle variable of 2-99.5%, and a Q-resonance level of 5-14 that passes through the distilled water or other non-specific dielectrics.    DESCRIPTION OF DRAWING(S) - The figure shows a frontal view of a resonant water capacitor with five electrodes.    Water tight container (2)    Top and base assembly (3)    Hydrogen/oxygen gas output port assembly (4)    Safety valve (5)    Pressure indicator. (6)