Lunar Industrial Engineering was a United States technoprog company credited with the development of self-healing superconductors (resulting in two Nobel prizes) and the Helium-3 superfluid quantized vortice simulations (resulting in a Turing Award) that led to the development of low cost commercially viable Fusion Power. The company's lunar test sites were covered by a special treaty allowing them to conduct extremely high risk plasma instability and containment failure experiments. The company stated that this, along with the vacuum environment and use of regolith as a cheap thermal sink, was the reason it was able to work on much shorter timelines than previous terrestrial experiments, and as a result it was able to generate significant funding from multiple governments and attract and train some of the system's best physicists, mathematicians, and electrical engineers over its 43 years of operation.