Surface of palladium foil after annealing in air

SuperWave™ excitation pattern fed to the electrolytic cells.

With over six years of well-funded development, Energetics Technologies has the most extensive and respected research in the field of LENR (Low Energy Nuclear Reaction), or what is often referred to as “The Fleishmann-Pons Effect.” Two independent laboratories, SRI (formerly Stanford Research Institute, Menlo Park, CA), and ENEA (the Italian National Agency for New Technologies, Energy and the Environment, Frascati, Italy), have replicated the SuperWave™ Fusion experiments. Additionally, the U.S. Naval Research Laboratory (NRL) and the University of Rome’s optical laser analysis group (La Sapienza campus, Rome Italy), have analyzed the palladium foils to characterize the effects of SuperWave™ stimulation. Collectively, these groups are accelerating cooperative efforts with Energetics Technologies to take the research to an even higher level.

Energetics Technologies’ proprietary SuperWave™ Fusion has already demonstrated the production of extraordinary amounts of excess heat. The SuperWave™ driven cells have generated OVER 25 times (2,500%) the amount of energy that was used to operate the system.

At the present time, using the approaches described above, and thanks in large part to these unique relationships, Energetics Technologies is able to produce excess heat in a significant percentage of the experiments. Extraordinary breakthroughs have been accomplished, backed by tested reproducibility through the multiple independent channels of SRI, and ENEA. With proof of principle, it is now time to accelerate the work, leading to the commercialization of this promising technology.