Isaiah Taylor, founder and CEO of Valar Atomics, discusses how his startup became the first private company to generate nuclear power from an advanced reactor built outside a national laboratory. The company's W250 reactor in Utah, built in under 3 years, uses a TRISO-fueled, graphite-moderated, helium-cooled design focused on passive safety — meaning all active cooling systems can be shut off after a scram without risk of meltdown. Taylor explains the company's core philosophy: nuclear is a hardware execution problem, not a design problem, requiring rapid iteration ('tick rate') rather than modeling and simulation. Valar verticalizes any supply chain bottleneck, including inventing their own grade of concrete for radiation shielding and building their own reactor protection system for ~$400K instead of the quoted $5M. The reactor recently powered an Nvidia Blackwell AI chip, symbolizing the nuclear-AI compute demand connection. Taylor argues that venture-backed equity financing, not project finance, is the right model for early-stage nuclear iteration, and that cheap energy creates its own infinite demand.