Frankie Berry

This issue tracks key developments across fusion commercialization. Commonwealth Fusion Systems announced a partnership with Siemens and NVIDIA to build a digital twin of SPARC using industrial software and Omniverse. CFS reiterated its SPARC timeline: completion targeted by end of 2026 and first plasma in 2027, with its ARC plant planned for the early 2030s. Trump Media & Technology Group and TAE Technologies reported they have begun site selection for an initial fusion power plant, with construction anticipated in 2026 following completion of their planned merger. We also cover Avalanche Energy’s new SEC filing for a $14.9M raise and an industry workforce analysis estimating 28,000+ skilled workers needed in the next decade.

Commonwealth Fusion Systems CEO Bob Mumgaard is warning that U.S. fusion infrastructure has stagnated since the 1990s while China coordinates a multi-billion dollar national effort. Meanwhile, fusion startups have now raised $7.1 billion, China’s EAST tokamak set a 1,066-second plasma record, and analysts argue compact fusion could transform Middle East energy security.

Trump Media & Technology Group announced a $6 billion merger with TAE Technologies, creating one of the world’s first publicly traded fusion companies. Clean Air Task Force on how the DOE Office of Fusion cn help the industry scale, and Thea Energy completed the preconceptual design for its Helios stellarator power plant.

Google DeepMind partners with Commonwealth Fusion Systems on AI plasma control while DOE launches Genesis Mission with $320M in initial investments. ITER advances neutron measurement precision, Japan’s Aoki Super signs first Japanese fusion PPA with Helical Fusion, and Germany pivots from post-Fukushima policy to back commercial fusion development.

Major developments this week as the Trump administration reorganizes the Department of Energy with a new standalone Office of Fusion while eliminating several renewable energy offices. Meanwhile, Zap Energy achieves breakthrough plasma pressures 10 times deeper than the Mariana Trench, and strategic analysis warns that US-UK collaboration may be essential to prevent China from dominating fusion energy the way it conquered solar manufacturing.

The fusion energy sector is experiencing unprecedented momentum as AI industry leaders and governments pour billions into commercialization efforts. Sam Altman and other tech giants are investing heavily in fusion companies like Helion, Commonwealth Fusion Systems, and TAE Technologies to meet soaring data center energy demands, while Germany has committed over €2 billion by 2029 to build the world’s first commercial fusion plant by 2040.

Helion Energy showcased its Polaris prototype and is racing to fulfill its groundbreaking 2028 power purchase agreement with Microsoft for 50 megawatts—potentially the world’s first commercial fusion delivery. The IAEA’s latest outlook projects fusion could generate 10-50% of global electricity by 2100, adding trillions to global GDP, with over 160 fusion devices now operational, under construction, or planned worldwide.

Meanwhile, California is positioning itself as the “Silicon Valley of fusion,” with projections showing the state’s fusion industry could generate $125 billion in economic impact and support over 40,000 jobs, though experts warn the next 3-5 years will determine whether the state captures this opportunity or loses it to competitors.