UW–Madison builds international collaboration through fusion energy workshop
Aug 14, 2026 • College of Engineering | University of Wisconsin-Madison

Madison, Wisconsin, United States
Aug 14, 2026 • College of Engineering | University of Wisconsin-Madison
Jul 27, 2026 • College of Engineering | University of Wisconsin-Madison
Jul 15, 2026 • TechCrunch
Jul 6, 2026 • American Nuclear Society -- ANS
Aug 17, 2026 • Plasma Physics and Controlled Fusion
Aug 12, 2026 • arXiv (astro-ph.SR)
Aug 5, 2026 • Plasma Physics and Controlled Fusion
Jul 31, 2026 • Nuclear Fusion
Jul 1, 2026 • Fusion Engineering and Design
Jul 1, 2026 • Fusion Engineering and Design
Jul 1, 2026 • Physics of Plasmas
Jul 1, 2026 • Nuclear Fusion
1999 - Present

2023 - Present
2024 - Present

WHAM (the Wisconsin HTS Axisymmetric Mirror) is a fusion experiment which utilizes high-temperature superconductor (HTS) coils in a magnetic mirror configuration. Its HTS magnets generate a magnetic field of 17 tesla, the highest magnetic field of any steady-state fusion energy experiment to date.
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