Abstract: A cavitation reactor of low mass is disclosed capable of generating more heat than is input. The cavitation reactor may be formed of a variety of fabrication techniques, include techniques used to form semiconductor devices.

Abstract: A cavitation reactor of low mass is disclosed capable of generating more heat than is input. The cavitation reactor may be formed of a variety of fabrication techniques, include techniques used to form semiconductor devices.

Abstract: A device and a method for performing cavitation energy generation includes a reaction vessel or volume containing a deuterium rich or other hydrogen isotope material along with a metal having certain lattice structures that will accept hydrogen or hydrogen isotope atoms within the lattice framework of the metal for either transient time periods or permanently. In order to provide atomic hydrogen or atomic hydrogen isotopes to the lattice structure and further to bring the various hydrogen atoms into close proximity so high energy reactions may occur, a sonicator provides high energy sound waves to the relatively incompressible liquid containing liquid deuteriumoxide or heavy water and other deuterium containing liquids and also dissolved deuterium or other hydrogen isotopes and/or noble gases. The sonicator causes cavitation bubbles to form adjacent to the metal utilized in the device.