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In this episode of The Victory Show, Travis Cody sits down with David "David" Coates—Navy nuclear propulsion veteran, longtime commercial nuclear leader, and COO of the Materials & Fuels Complex at Idaho National Laboratory—to demystify the “most misunderstood” energy source on Earth: nuclear power. Dave breaks down why nuclear is back in the spotlight (especially with AI-driven data center demand), what micro reactors and small modular reactors actually are, and why mobile, factory-built reactors may be the fastest near-term win. He also walks through the real history behind nuclear fear—from Three Mile Island and Chernobyl to The China Syndrome—and explains what’s changed: safer passive designs, better operating discipline, and a growing push to rebuild domestic uranium supply chains. Finally, Dave tackles the hardest question: spent fuel. He explains why on-site storage has been safe, why recycling capability existed decades ago, and what it would actually take—politically and operationally—to unlock a true nuclear renaissance by the 2030s.
By Travis CodyIn this episode of The Victory Show, Travis Cody sits down with David "David" Coates—Navy nuclear propulsion veteran, longtime commercial nuclear leader, and COO of the Materials & Fuels Complex at Idaho National Laboratory—to demystify the “most misunderstood” energy source on Earth: nuclear power. Dave breaks down why nuclear is back in the spotlight (especially with AI-driven data center demand), what micro reactors and small modular reactors actually are, and why mobile, factory-built reactors may be the fastest near-term win. He also walks through the real history behind nuclear fear—from Three Mile Island and Chernobyl to The China Syndrome—and explains what’s changed: safer passive designs, better operating discipline, and a growing push to rebuild domestic uranium supply chains. Finally, Dave tackles the hardest question: spent fuel. He explains why on-site storage has been safe, why recycling capability existed decades ago, and what it would actually take—politically and operationally—to unlock a true nuclear renaissance by the 2030s.