Things You Gotta Know
Wendelstein 7-X Launches a €6 Million Project to Build the World’s Most Powerful Fusion Microwave Heating System
The Max Planck Institute for Plasma Physics is developing 2-megawatt gyrotrons to upgrade plasma heating on Wendelstein 7-X, the world’s largest stellarator. They would replace the 11 gyrotrons now in service, which top out at 1.3 megawatts, across the machine’s 12 heating positions. Germany’s Federal Ministry of Research is backing the HiPMiB project with €6 million, with the Karlsruhe Institute of Technology, the University of Stuttgart, and Thales as partners on a three-year timeline the project manager calls very ambitious.
US Department of Energy Selects 278 Genesis Mission Projects, Including Commercial Fusion, to Aim AI at Scientific Discovery
The U.S. Department of Energy has selected 278 projects for award negotiations under its Genesis Mission, the AI-driven research initiative led by Secretary of Energy Chris Wright, with commercial fusion among the target areas alongside nuclear energy, critical minerals, and chip design. DOE calls it the largest response to a funding opportunity in the department’s history. Princeton Plasma Physics Laboratory will lead a project building an AI operator for electron cyclotron heating, working with Rice University, the Naval Research Laboratory, Brookhaven, and Sophelio.
Oak Ridge National Laboratory and Rutherford Energy Ventures Launch FULCRA to Build Shared Fusion Testbed Infrastructure
Oak Ridge National Laboratory and Rutherford Energy Ventures are developing the Fusion Upscaled Leveraged Consortia for Rapid Acceleration, or FULCRA, a public-private framework for shared fusion testbed infrastructure anchored at ORNL. REV is a fusion-focused venture fund in Cambridge, Massachusetts, founded by MIT professors Dennis G. Whyte and Andrew Lo. The 18-month effort runs in two phases: the first nine months assess ORNL’s fusion capabilities across three technology domains, then the partners develop a technical blueprint, financial framework, and operating model for a pilot Fulcrum facility to validate commercial fusion components.
The Fusion Industry Association Reports a Record $4.48 Billion Raised in a Single Year Across 56 Companies
The Fusion Industry Association’s annual report puts private fusion fundraising at $4.48 billion over the past year, the industry’s highest annual total and part of a six-year cumulative $14.24 billion across the 56 companies surveyed. FIA chief executive Andrew Holland said the report shows how far fusion has come, from being defined by national labs to being dominated by private fusion investment. Seventy-one percent of respondents expect fusion plants to be delivering electricity to the grid in the 2030s.
Commonwealth Fusion Systems Raises $1 Billion, But It’s Really Just A Down Payment For Their ARC Machine
Commonwealth Fusion Systems announced on July 30, 2026 that it raised $1 billion of additional equity financing, which the company says is the largest single funding round among fusion energy companies since its own $1.8 billion Series B round in 2021. With this capital and the $863 million raised last year, CFS says its total stands at $4 billion, or about 30 percent of all capital raised by the fusion industry to date. The round drew institutional investors including pension funds, sovereign wealth funds, infrastructure investors, and industrial corporate partners rather than traditional venture capital. CFS also hired former Moderna chief financial officer Lorence Kim as its new CFO, a signal that more fundraising for its ARC power plant is still ahead. The company says it remains on track to put power on the grid in the early 2030s from the Fall Line Fusion Power Station in Chesterfield County, Virginia.
Quantum Computing Helps Breeding of Tritium; Thea Expands Manufacturing of “Smart HTS Magnets”
Researchers at the Cleveland Clinic, Oak Ridge National Laboratory, IBM’s T.J. Watson Research Center, and Michigan State University have used quantum supercomputing to investigate the molecular configurations of FLiBe, a leading candidate material for tritium breeding blankets in fusion reactors. The work aims to identify which of at least nine FLiBe configurations performs best under fusion conditions, a problem quantum computing may be better suited to solve than AI. In parallel, Thea Energy announced that the DOE’s ARPA-E has selected it for a $20 million SCALEUP award to build the first domestic production line of modular high-temperature superconducting magnets. Thea plans to use approximately 300 planar shaping coils in its first large-scale integrated stellarator system, ‘Eos’, and the award follows the company’s $100 million Series B raise. Together, the developments position quantum computing and advanced magnet manufacturing as growing forces in commercial fusion.
Barclays Joins UK IFC, Plans Funding Fusion Efforts; Inertia Announces Commercialization Roadmap
Barclays has announced it is supporting the UK Infinity Fusion Consortium, a private, sector-led collaboration formed in May 2026 by Type One Energy, Tokamak Energy, and AECOM to advance a commercial fusion power plant in the UK. The move puts one of Europe’s top five banks, with total assets of £1.54T, behind commercial fusion deployment and complements the UK Government’s Fusion Strategy and STEP program. Alongside the Barclays news, Inertia published its Phase 1 commercialization roadmap. Inertia’s ten Phase 1 goals include scaling target yield to more than 25x, which the company says is enough for a plant to deliver 250MW to the grid, and cutting high-power laser diode costs by roughly 50x. The Fusion Report weighs what a reliable capital source and a concrete engineering roadmap mean for the path to commercial fusion.
LLNL and Pacific Fusion Achieved 3,000 Shots On An Impedance-Matched Marx Generator
Pacific Fusion and Lawrence Livermore National Laboratory announced that Sirius, an impedance-matched Marx generator prototype designed and built at LLNL, has surpassed 3,000 shots under a Cooperative Research and Development Agreement. In the campaign, each pulse of the four-stage prototype delivered 60 gigawatts to a resistive load in a 100-nanosecond pulse at 95% energy efficiency, with the effort focused on component lifetime and reliability. The companies frame the result as evidence that technology developed at a national laboratory can be validated through repeated testing and scaled quickly by industry. Pacific Fusion says it has used the data to build a June prototype that reached roughly 440 GW of peak output power and about 1.1 MV in 80 nanoseconds, and it plans to break ground later this summer on its Demonstration System in Albuquerque, New Mexico. The Fusion Report weighs the milestone against the roughly 31.5 million shots a production pulser would need to run for a year, and the tritium and neutron challenges that remain.
