This Week’s Fusion News: July 11, 2025
Join us August 12 for Fusion 2035: The 10-Year Shot Clock, a half-day webinar featuring leaders from across the fusion ecosystem.
Things You Gotta Know
MIT’s LMNT Lab to Accelerate Fusion Materials Testing by 2026
MIT’s new Schmidt Laboratory for Materials in Nuclear Technologies (LMNT) is set to begin operations in early 2026, focusing on rapid testing of materials for use in future fusion power plants. Led by Prof. Zachary Hartwig, LMNT will use proton beams and cyclotron technology to simulate the harsh conditions inside fusion reactors, providing insight into structural integrity and performance. The goal is to identify and validate cost-effective, durable materials to support commercial fusion deployment.
Helical Fusion Raises JPY 2.3 Billion in Series A to Advance Net-Power Stellarator
Helical Fusion, a Tokyo-based company, raised JPY 2.3 billion in Series A funding to advance its Helix Program, which aims to deliver the world’s first steady-state net-electricity-producing fusion plant. The company is developing core reactor technologies and forming partnerships with Japanese manufacturers, with the target of starting operations in the 2030s.
UKAEA Unveils International Fellowships Scheme to Cultivate Fusion Energy Expertise
The UK Atomic Energy Authority has launched a new international fellowships scheme designed to develop scientific and engineering talent in fusion energy. Open to early-career researchers and experienced professionals from around the world, the program aims to enhance skills in experimental and theoretical fusion research while fostering international collaboration. The fellowships support the UK’s broader commitment to becoming a global leader in fusion technology and workforce development.
Memo to the President: U.S. Leadership in Fusion Requires Bold Policy
In a recent conversation with the Special Competitive Studies Project, Dr. JP Allain, Associate Director for Fusion Energy Sciences at the U.S. Department of Energy, emphasized the need for a national fusion energy “moonshot” to accelerate development and deployment by the 2030s. He outlined a strategic vision focused on rapid ecosystem growth, technology integration, and global competitiveness, particularly with China.
Computational Breakthrough Cuts Fusion Reactor Analysis Time by 99.9%
A new modeling breakthrough reported by Sustainability Times has cut fusion reactor analysis time from months to minutes. Scientists achieved a 15× acceleration and reduced workload by 99.9%, enabling faster iteration and optimization in plasma physics and materials design.
Why the U.S. and West May Be Losing the Fusion Race
MIT Technology Review outlines structural weaknesses in U.S. and Western fusion programs, including fragmented support, insufficient funding, and regulatory bottlenecks. The piece urges coordinated national policy, sustained investment, and faster licensing to avoid falling behind countries with centralized fusion strategies.
Expert Panel on Fusion Innovation & Policy
Through a series of short presentations live streamed on YouTube, leaders in nuclear fusion, de-extinction, and AI wildfire detection share radical innovations that sound like science fiction, but might just rewrite our planet’s next chapter.
Q2 2025 Fusion Energy Funding and Deals
Q2 2025 brought mixed signals for fusion energy. While funding slowed amid political and economic headwinds, major electricity deals like Google’s purchase of 200 MW from Commonwealth Fusion Systems signal growing market confidence. As investor appetite shifts from hype to delivery, commercialization is entering a new chapter.
Q2 2025 Fusion Energy Industry Brief
The Fusion Report’s Q2 2025 Industry Brief reveals continued progress in fusion energy commercialization. Global investment exceeds $8.3B, pilot projects are taking shape, and demand forecasts predict a $1T market by 2050. This industry brief presents insights that executives, investors, strategic partners, and the fusion-curious need to understand the fusion energy landscape, technology maturity, and commercial gaps.
