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Nuclear Energy · US enrichment gap is the critical bottleneck for nuclear renaissance
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Nuclear Energytailwindscore 9/10scott nolan
US enrichment gap is the critical bottleneck for nuclear renaissance
The US lost all commercial enrichment capacity by 2013 and now imports HALEU from Russia; domestic centrifuge enrichment (General Matter) with DOE milestone funding and NRC fast-track licen…
China tripled grid capacity since 2010 while US flatlined
China went from parity with US in 2010 to 3x US grid capacity today, adding a Texas-worth of generation annually; US reindustrialization and AI data center demand now require vertical grid…
Factory-built nuclear can beat 3 cents/kWh historical lows
Historical nuclear achieved ~3 cents/kWh (2024$) with massive bespoke construction; factory-produced SMRs and microreactors with learning-curve economics should structurally undercut that,…
Hyperscalers targeting nuclear for 2030s data center power
Every major hyperscaler planning gigawatt-scale data centers for the 2030s is centering nuclear as the baseload solution; this demand pull is accelerating reactor deployment timelines and c…
US enrichment independence prevents Russian/Chinese fuel lock-in
If US doesn't provide enrichment to allies (Japan, Korea) as they expand nuclear fleets, they'll source from Russia/China; Exim Bank financing and DOE contracts are structuring a Western fu…
In-house EPC and manufacturing are core IP for hard tech speed
General Matter, like SpaceX and Seronic, builds in-house engineering/procurement/construction teams rather than outsourcing EPC; vertical integration of construction and centrifuge manufact…
Space Economytailwindscore 7/10scott nolan
Nuclear propulsion and moon surface power targeted for 2028
NASA (under Jared Isaacman) aims for nuclear thermal propulsion by 2028 and lunar surface reactors for dark-side power; reliable launch (SpaceX) removes transport risk, making space nuclear…