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2 results returned.
Developing commercial Low Energy Nuclear Reactor (LENR) systems. These are fusion reactors that have the potential to produce energy on much lower temperatures than other fusion technology. Publications: News Science...
A nonprofit publisher dedicated to promoting the research and development of new sources of energy. "As of 2019, they had $211,325 in revenue and $109,232 in assets." Publications: LENR-CANR Library...
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