Scott Nolan is the founder and CEO of General Matter, a company addressing the critical bottleneck of uranium enrichment in the United States. His career spans three major phases: employee #35 at SpaceX where he worked on engine systems and the Dragon capsule, over a decade as an investor at Founders Fund where he focused on hardware and physical world companies, and now building General Matter to restore America's uranium enrichment capabilities.

The conversation explores Nolan's investment philosophy developed at Founders Fund, particularly the strategy of avoiding trends and competition while targeting important problems that aren't being solved. This approach led to successful investments in companies like SpaceX, Airbnb, and various hardware companies attacking stagnated, cost-plus industries.

General Matter represents the culmination of Nolan's thesis about physical world opportunities. The company is tackling uranium enrichment, where the U.S. has lost all commercial capability and relies on Russia for 25% of nuclear fuel imports. With a congressional ban on Russian uranium taking effect in 2028 and advanced reactors needing higher-enriched fuel, General Matter aims to rebuild this critical infrastructure capability domestically.

The Founders Fund Investment Philosophy: Avoiding Competition

Peter Thiel's core investment thesis centered on avoiding trends and competition: "If there's a trend inherently, you have many companies going after the same trend... how is it not the case that they'll compete?" - Scott

The strategy targeted stagnated, cost-plus industries where incumbents had little incentive for progress, creating opportunities for new entrants to achieve breakthrough improvements.

Successful investments like SpaceX and Airbnb followed this pattern - addressing important problems through contrarian approaches that established players ignored or dismissed as impossible.

"The steeper the up round, the greater the undervaluation" - Peter's philosophy that dramatic valuation increases often still undervalue rapidly growing companies due to anchoring bias.

From SpaceX Engineering to Investment Pattern Recognition

At SpaceX, Nolan worked on engine systems under Tom Mueller and later the Dragon capsule, collaborating closely with NASA on the Commercial Orbital Transportation Services (COTS) program worth hundreds of millions.

The SpaceX experience taught rapid iteration principles: "Define what the goal is, come up with a good solution... get it to 90, 95%, not 99%. Get operational and you can make it better later."

This background enabled Nolan to identify physical world investment opportunities that others missed, leading to successful hardware investments across aerospace, satellites, and infrastructure.

The transition from engineering to investing was influenced by Peter Thiel's course Technology, Sovereignty, and Globalization at Stanford Law School, which explored how technology changes power dynamics between government and industry.

The Nuclear Fuel Crisis: America's Lost Enrichment Capability

The U.S. nuclear fuel supply chain has five steps: mining, conversion to gas, enrichment, deconversion to solid, and fuel pellet formation - with enrichment being the critical missing capability.

Three "nuclear fuel cliffs" threaten the industry: HALU shortage for advanced reactors, the 2028 Russian uranium import ban affecting 25% of U.S. supply, and eventual depletion of Navy stockpiles.

"We are, through an act of Congress, no longer allowed to import Russian uranium" starting January 1, 2028, forcing utilities to rely on limited European capacity and existing inventories.

Advanced reactor companies consistently told Nolan the same thing: "We're going to make nuclear affordable... And yet the one thing that's the hardest is not licensing... it's actually we cannot get the fuel."

Energy as the Foundation of Economic Prosperity

Energy consumption per capita versus GDP per capita shows "an R-squared over 0.8" correlation across all countries, making energy "the ultimate proxy for human prosperity, for economic activity."

U.S. grid growth has been essentially flat since the 1990s, while China grew from equal capacity in 2010 to triple U.S. output today, highlighting America's energy stagnation.

AI and data centers could "consume the entire grid by 2030 at this growth rate," creating unprecedented demand for new baseload power generation capacity.

Nuclear provides the only scalable baseload solution that's "the safest, cleanest form of baseload" with energy density orders of magnitude higher than alternatives.

General Matter's Market Strategy: HALU First, LEU Second

General Matter targets HALU (20% enriched uranium) for advanced reactors first as "the small market" that incumbents won't pursue, then scales to LEU (3-5% enriched) for the existing $2.5 billion grid market.

For advanced reactors, "the fuel can be half of their total cost," and enrichment represents roughly half the fuel cost, making it the dominant cost driver for next-generation nuclear.

The business model follows a tolling structure where "utilities purchases uranium and then purchases upgrades to the uranium as it goes through the supply chain," with pricing in dollars per separative work unit (SWU).

"Our North Star metric is dollars per kilo SWU" - cost per kilogram of uranium enriched to specific levels, directly mapping to customer value creation.

Vertical Integration and Manufacturing Excellence

Traditional aerospace and nuclear industries suffer from "30 layers of subcontractors" creating "calcified architecture" where "every one of those interfaces that crosses another company is typically a fixed interface."

Vertical integration enables system-level optimization: "Hey, this thing that you asked of me... is going to be really, really hard. Do you mind giving me a little bit of breathing room on that?"

General Matter follows the Tesla playbook: "Don't hire a GC and outsource everything... build your own in-house engineer, procure, construct EPC firm" to maintain schedule and cost control.

The company DNA is "engineering-driven... We're engineering cost out of the system. We're engineering performance up. We're engineering cost of capital down. We're engineering schedule to be as tight as possible."