Can SMRs Actually Power AI Data Centers? The Honest Answer Is About Timing
Big Tech has bet ~9.8 GW of nuclear on AI. But can SMRs actually power AI data centers in time — or is something else keeping the lights on right now?
Big Tech has bet ~9.8 GW of nuclear on AI. But can SMRs actually power AI data centers in time — or is something else keeping the lights on right now?
Most advanced reactors need HALEU to run — and the West can barely make any. What this fuel is, why it matters, and the supply gap holding nuclear back.
Microsoft restarted Three Mile Island for AI. Behind that deal stands the small modular reactor — the nuclear revolution that keeps being five years away.
A dying Wyoming coal town, a Bill Gates reactor, and Meta’s AI data centers — the story of Natrium, the reactor that works like a giant battery.
The first reactor to make electricity was a fast reactor. Seventy years later it’s still called the reactor of the future — but in 2026, that finally started to change.
A reactor engineer separates fact from fear — debunking the seven most stubborn nuclear safety myths, from Chernobyl and Fukushima to waste and radiation, using the data the headlines never show.
Every reactor is deliberately fed a “poison” — boron. A reactor engineer explains what neutron poison is, why boron is essential, and how it keeps a reactor under control.