NOVELTY - Hydrogen and oxygen generation system comprises electronic controller adapted to provide at least one high radio frequency in the ultra high radio frequency (UHF) radio bandwidth and at least one low radio frequency in the very high frequency (VHF) radio bandwidth; and antenna adapted for impinging the high and low radio frequencies on the water surface within the enclosure.    USE - For generating hydrogen and oxygen from water using radio frequencies (claimed), preferably for use in e.g. fuel cell electric power generators, fuel cell car, improved combustion in the carbureting of fuel in gasoline and diesel engines, and increasing miles per gallon fuel combustion in gasoline and diesel engines.    ADVANTAGE - Generates hydrogen and oxygen from water using the heterodyning or impacting of two radio frequencies, one higher than the other, against the water surface. It involves a clean, odorless and silent process, with no residue, fumes or other unwanted by-products. Saltwater or fresh water can be used.    DETAILED DESCRIPTION - Hydrogen and oxygen generation system comprises a shielded and grounded heterodyning enclosure (7A); water reservoir and pump in fluid communication with the enclosure to provide water to the enclosure; gas collector positioned superior to the enclosure and in fluid communication with the enclosure and adapted for separating hydrogen gas from oxygen gas; electronic controller adapted for radio frequency generation, metering, multiplication, and amplification, wherein the radio frequency generation provides the generation of at least one high radio frequency in the ultra high frequency (UHF) radio bandwidth and at least one low ratio frequency in the very high frequency (VHF) radio bandwidth; antenna positioned within the enclosure and adapted for impinging the high radio frequency and the low radio frequency on the surface of water within the enclosure; and shielded electronic connection between the electronic controller and the antenna so that when the water reservoir and pump moves water into the heterodyning enclosure and the high radio frequency and the low radio frequency also enter the enclosure and impinge on the surface of the water, hydrogen and oxygen are generated from the water and separated from one another by the gas collection. An INDEPENDENT CLAIM is also included for a method for generating hydrogen and oxygen from water using radio frequencies comprising providing a shielded and grounded heterodyning enclosure, water reservoir and pump, gas collector for separating gaseous hydrogen from gaseous oxygen, electronic controller adapted for radio frequency generation of high and low radio frequencies, metering, multiplication, and amplification, low frequency antenna (2A) adapted for impinging low radio frequency in the VHF bandwidth on the surface of water within the enclosure, high frequency antenna (3A) adapted for impinging high radio frequency in the UHF bandwidth on the surface of water within the enclosure, shielded electronic connection, electric power supply connection, and a power supply; placing the water reservoir and pump in fluid communication with the enclosure to provide water to the enclosure; positioning the gas collector superior to the enclosure and in fluid communication with the enclosure; positioning the low frequency antenna and the high frequency antenna within the enclosure where radio frequencies are able to impact water within the enclosure; using the shielded electronic connection to connect the high frequency antenna and low frequency antenna to the electronic controller; and connecting the electric power supply connection between the electronic controller and the power supply so that when the water reservoir and pump move water into the heterodyning enclosure and the high radio frequency and the low radio frequency also enter the enclosure and impinge on the surface of the water, hydrogen and oxygen are generated from the water and separated from one another by the gas collector.    DESCRIPTION OF DRAWING(S) - The figure shows a sectioned view of a container having one low frequency antenna, one high frequency antenna, a screen enclosure, and a tube providing a water spray curtain.    Shielded container (1A)    Low frequency antenna (2A)    High frequency antenna (3A)    Plastic tubing (5A)    Water level controller (6A)    Enclosure (7A)    Shielded coaxial cable inputs (12B)