The Reactor principle here illustrated with the Pd, Ni coated Target marked in blue. The Stenbacka Reactor is expected to become an important and crucial part in many 'Hot and Cold' Fusion experiments. It will probably also become an important device in fusion energy research and as a general purpose instrument and as a detector in experiments in particle physics. The invention described herein is covered by several world-wide patents.
Cold fusion is alive and well in respected laboratories across the world.
See what the newest research is yielding, and learn the intriguing possibilities of what the future might hold. The idea to this invention was borne 1975 during an experiment which was performed in the ISR department at CERN on the so called storage rings. Several experiments at CERN and other nuclear research centres around the world have contributed to the technical achievements in this field. At the same time the evolution in the electronics field has been enhanced with smaller, faster computers, controlling equipment, amplifiers and switching circuits which all work at very high speed. The experiments combined with several computer simulations has given us the platform from which we can find the final solution to a working cold fusion reactor.