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rob meyerson

T2 · manager / operator

Rob Meyerson founded Interlune to harvest helium-3 from the moon for quantum computing, with a terrestrial cold capture technology and $500M in purchase orders.

2 calls·1 name·100% bull·last heard 2 months ago·Bloomberg Tech
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$INTERLUNEInterluneposition

Interlune CEO says helium-3 shortage threatens quantum scaling; lunar harvesting and terrestrial cold capture offer solution

Helium-3 is essential for cooling quantum computers but supply from tritium decay has dried up; Interlune's cold capture technology can produce 2.5kg annually on Earth and plans to harvest 10kg/year from the moon, with $500M in binding purchase orders through 2030s.

Bloomberg Tech2026-07episode →

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  • $INTERLUNE

recurring themes

  • Quantum Computing2
2 total
$INTERLUNE
Interlune
HIGHrob meyerson·Bloomberg Tech·2 months ago·The AI Race, Starship and Silicon Valley's Defense Bet | Bloomberg Tech 7/20/2026
Interlune secures $500M in helium-3 purchase orders, develops terrestrial distillation as bridge to lunar mining
Interlune has invented a cold capture technique to distill helium-3 from commercial helium on Earth, securing nearly $500 million in binding purchase orders through 2038 while developing lunar extraction infrastructure targeting 10kg/year from the Moon's estimated 1 million metric tons of helium-3.
"WE HAVE DEVISED A TECHNIQUE. OUR TEAM HAS GONE BACK TO FIRST PRINCIPLES AND INVENTED A WAY TO DISTILL HELIUM-3 FROM HELIUM ON EARTH... WE HAVE CUSTOMERS ALREADY SIGNED UP TO BUY H…"
17:51
$INTERLUNE
Interlune
HIGHrob meyerson·Bloomberg Tech·2 months ago·The AI Race, Starship and Silicon Valley's Defense Bet | Bloomberg Tech 7/20/2026· position
Interlune CEO says helium-3 shortage threatens quantum scaling; lunar harvesting and terrestrial cold capture offer solution
Helium-3 is essential for cooling quantum computers but supply from tritium decay has dried up; Interlune's cold capture technology can produce 2.5kg annually on Earth and plans to harvest 10kg/year from the moon, with $500M in binding purchase orders through 2030s.
"WE HAVE DEVISED A TECHNIQUE... TO DISTILL HELIUM-3 FROM HELIUM ON EARTH... WE ARE PLANNING TO PRODUCE 10 KILOGRAMS OF HELIUM-3 ON THE MOON... ON EARTH, BY DEPLOYING COLD CAPTURE T…"
18:20
7
Quantum Computingtailwind
Helium-3 shortage bottlenecks quantum scaling; lunar harvesting and terrestrial separation offer supply solution
Quantum computers require helium-3 for cooling, but terrestrial supply from tritium decay has ended; Interlune's cold capture can produce 2.5kg/year on Earth and plans 10kg/year from lunar regolith, with $500M in purchase orders secured.
7
Quantum Computingtailwind
Helium-3 shortage threatens quantum scaling; Interlune's terrestrial distillation bridges to lunar harvesting
Quantum computing scale is bottlenecked by helium-3 supply (used to chill chips), which has declined as tritium production ceased; Interlune's cold capture technology enables 2.5kg/year terrestrial production against $500M in contracted demand, with lunar extraction targeting 10kg/year from 1M+ metric tons on the Moon.