The U.S. government has executed a fundamental and positive policy reversal, now actively fostering nuclear energy through streamlined regulation, direct funding, and new legislation like the IRA.
Developing a sovereign nuclear supply chain, from uranium enrichment to critical materials like graphite, is a national security imperative to reduce dependence on Russia and other foreign states.
Micro-reactors offer a critical solution for energy resilience, particularly for the U.S. military, which suffers from logistical vulnerabilities and casualties related to transporting fossil fuels to remote bases.
The private sector, including major tech and finance firms, is now a key driver in the nuclear renaissance, reviving old plants and investing in new technologies to meet decarbonization and energy security goals.
Regulatory innovation, such as the DOE's test reactor program and the Army's new licensing authority, is as crucial as technological innovation for bringing new nuclear products to market quickly.
1960s
DeWahl notes that the United States successfully launched a nuclear reactor into space, establishing an early precedent for advanced nuclear applications.
2022
The Inflation Reduction Act (IRA) is passed, which DeWahl identifies as a key policy milestone for introducing production tax credits that benefit the nuclear energy industry.
Recent Period
DeWahl points to several concurrent events signaling a pro-nuclear shift: California reversing the Diablo Canyon shutdown, the NRC mandate expanding, and the Army gaining reactor licensing authority.
2025 (Projected)
DeWahl states that her company, Antares, aims to conduct its first micro-reactor criticality test, a key technical milestone.
End of 2027 (Projected)
Antares aims to demonstrate its first full micro-reactor unit, marking a major step towards commercial deployment.
▶Government as a Catalyst for Nuclear RenaissanceMay 2026
DeWahl portrays a significant, positive shift in U.S. government policy towards nuclear energy. She points to specific actions like the Inflation Reduction Act's tax credits, streamlined NRC licensing timelines, and new military programs like Janus as evidence of a concerted effort to foster domestic nuclear development.
For investors, this theme suggests that regulatory and political risks in the nuclear sector are diminishing, creating a more favorable environment for private capital, especially for companies aligned with government and military priorities.
▶The Geopolitical Imperative for Energy Independence
DeWahl frames the development of domestic nuclear capabilities as a critical national security issue. She emphasizes the U.S.'s reliance on Russian uranium and highlights the logistical vulnerabilities and casualties associated with transporting fossil fuels for military operations.
This geopolitical angle positions advanced nuclear technology not just as a clean energy solution but as essential national security infrastructure, potentially unlocking more robust and non-traditional funding streams.
▶Private Sector Re-engagement with Nuclear PowerMay 2026
DeWahl identifies a clear trend of major corporations and financial institutions actively investing in nuclear energy. She cites specific examples like Google, Microsoft, and Brookfield Asset Management partnering to revive old plants or complete abandoned projects to meet energy and decarbonization goals.
The involvement of major tech companies and large asset managers signals a de-risking of the nuclear sector in the eyes of mainstream capital, suggesting a potential acceleration of project development and broader market acceptance.
▶The Rise of Micro-Reactors for Specialized ApplicationsMay 2026
DeWahl's work with Antares focuses on developing small, car-sized micro-reactors for specific, high-value use cases, primarily for the U.S. military. These reactors are designed to provide resilient power to remote sites, such as missile defense installations currently dependent on diesel generators.
This niche, military-first strategy allows companies like Antares to bypass the initial challenges of competing on the main grid, providing a clear path to commercialization and technological maturation before tackling broader markets.