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Rob Meyerson earned a BS in aerospace engineering from the University of Michigan and a master's in engineering management from the University of Houston. He joined Blue Origin in 2003 as program manager and became its first company president, working alongside Jeff Bezos to grow the company from roughly 10 to 1,500 people and overseeing development of the New Shepard and New Glenn programs. He co-founded Interlune in 2020 and serves as CEO, leading the company's effort to build hardware that harvests helium-3 from lunar regolith and sells it to terrestrial customers.
Gary Lai is an American aerospace engineer who graduated from Cornell University in 1995 with a degree in applied economics and business management, then earned a degree in aeronautical and astronautical engineering from the University of Washington in 1999. He joined Blue Origin in 2004 as one of its first 20 employees and became the chief architect of New Shepard, holding roles including senior director of design engineering, crew capsule element lead, and pathfinding lead for advanced R&D; he flew to space aboard New Shepard's NS-20 mission in 2022. He co-founded Interlune in 2020 and serves as CTO, leading the engineering of its lunar helium-3 excavation and processing technology.
Harrison 'Jack' Schmitt is a geologist, former NASA astronaut, and former US senator from New Mexico, and the only professional scientist to have walked on the Moon, as the lunar module pilot of Apollo 17 in December 1972. He earned a PhD in geology from Harvard University in 1964 after studying at Caltech and the University of Oslo as a Fulbright scholar, and worked for the US Geological Survey's astrogeology branch before joining NASA. A longtime advocate for harvesting lunar helium-3, he proposed the 'Interlune-InterMars Initiative' in 1997, and serves as a co-founder and executive chairman of Interlune, lending decades of lunar-resource expertise to the company.
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Interlune is developing a full-scale excavator that digs, sorts, extracts, and separates helium-3 from lunar regolith using what the company describes as the smallest, most energy-efficient machinery of its kind. Helium-3 is exceedingly rare on Earth but more abundant in lunar soil, and is prized for cooling quantum computers to near-absolute-zero temperatures and for fusion and medical-imaging applications. The system is designed to process large volumes of regolith on the Moon's surface so that only the valuable isotope is returned to Earth, anchoring a commercial offtake business with terrestrial customers.
Alongside its hardware, Interlune sells forward contracts for future lunar helium-3 delivery. It has signed agreements with quantum-cryogenics maker Maybell Quantum (its first commercial customer) and with Bluefors, which contracted for up to 10,000 liters annually between 2028 and 2037 for dilution refrigerators that cool quantum processors. In May 2025 the U.S. Department of Energy's Isotope Program agreed to buy three liters of Moon-harvested helium-3 for delivery by April 2029, the first such government purchase of a lunar resource.
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