Atomic nucleus cold fusion apparatus uses Bose-Einstein condensate and chambers with wall sections permeable to laser and other emissions

摘要

The apparatus comprises mechanical assemblies for cooling atomic nuclei to a temperature below a hundred thousandth of a Kelvin to obtain a Bose-Einstein or Einstein-Bose condensate from a deuterium tritium mixture. It incorporates one or more chambers that contain the cold atoms, each with one or more wall sections that are permeable to laser and other radiation. The radiation emissions from the different sources converge to heat the condensate atoms, causing fusion of hydrogen nuclei and producing energy that can be recuperated.