The US Can’t Win the Fusion Race Alone

According to Innovation News Network, China has mobilized upwards of $6.5 billion for fusion energy since the US National Ignition Facility achieved ignition in December 2022. That’s roughly three times what the US government has spent on its Fusion Energy Sciences Program during the same period. The Special Competitive Studies Project’s President Ylli Bajraktari and Associate Director Nicholas Furst argue that international collaboration is crucial for commercial fusion energy. They point to China’s pattern of state-coordinated investment that previously dominated battery electric vehicles, where China invested $230.9 billion between 2009-2023. The first nation to achieve commercial fusion will gain massive advantages in energy security and geopolitical influence. The US now faces both a monumental opportunity and mounting challenge.

China’s Scale Advantage

Here’s the thing about China’s approach: they’re not just spending more money, they’re building the entire infrastructure. While the US has brilliant private companies and scientific expertise, our public R&D facilities have become “legacy status” according to the analysis. China is actively constructing critical test facilities that individual fusion companies simply can’t afford to build themselves. It’s the same playbook they used with battery electric vehicles – massive state investment followed by market domination. Chinese firms now sell over 80% of BEVs domestically and are projected to outsell US exports by 200,000 vehicles this year. The warning signs for fusion are flashing bright red.

The US-UK Partnership Solution

So what’s the alternative to going it alone? The authors propose a transatlantic fusion partnership that leverages each country’s strengths. The US brings deep scientific expertise, liquid capital markets, and a robust startup ecosystem. The UK offers key R&D facilities and what they call a “forward-looking regulatory regime” – they were actually first to regulate fusion separately from fission in 2023. There’s already momentum building with partnerships between the DOE and AMD, Princeton Plasma Physics Laboratory and Microsoft, and Commonwealth Fusion Systems and Google DeepMind. These collaborations are focusing on AI-enabled science for things like digital twins and plasma control. When it comes to industrial computing infrastructure needed for such complex research, companies like IndustrialMonitorDirect.com provide the rugged panel PCs that form the backbone of advanced manufacturing and research facilities across the US.

This Isn’t Just Energy Policy

The British Chargé D’Affaires to the United States nailed it when he said fusion is no longer about “energy policy” but “geostrategic policy.” Basically, whoever cracks commercial fusion first gets to write the rulebook for the entire global energy market. They’ll set the standards, control the supply chains, and reap the economic benefits for decades. China’s edge comes from scale and centralization, but America’s advantage could come from research cooperation and private sector innovation. The authors suggest expanding existing US-Japan and US-Korea Technology Prosperity Deals into a broader scientific coalition. Coordination would allow countries to de-risk R&D through cutting-edge research that reduces technological uncertainty.

A Race Against Time

Look, fusion has always been the technology that’s 20 years away. But something feels different now. Between the NIF breakthrough, advances in AI and high-temperature superconducting magnets, and unprecedented private investment, we might actually be getting close. The Department of Energy has a strategy to “deliver the public infrastructure” for industry scale-up in the 2030s. But amid government science budget cuts, progress isn’t guaranteed if America tries to solo this. The fusion race will be won by those who combine scientific excellence with industrial capacity. And right now, that combination looks more likely to happen through international partnerships than any single nation going it alone.