21 days ago
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Posted On: October 13th 2026, 10:38 pm
Superconducting magnets 🤝 fusion energy
Decades of pioneering work to create powerful superconducting magnets for particle physics research also laid the foundation for technologies that have benefited society, such as MRI machines used for medical imaging.
Fermialb has expertise across advanced superconducting materials, magnet prototypes, diagnostics tools and analysis tools.
Now, Fermilab is launching the MAGNet Environment Simulator, or MAGNES. Jointly funded by the DOE Office of Fusion and the DOE Offices of High Energy Physics and Nuclear Physics, it will support research aimed at harnessing nearly limitless fusion energy.
Learn more at the link in our bio.
Decades of pioneering work to create powerful superconducting magnets for particle physics research also laid the foundation for technologies that have benefited society, such as MRI machines used for medical imaging.
Fermialb has expertise across advanced superconducting materials, magnet prototypes, diagnostics tools and analysis tools.
Now, Fermilab is launching the MAGNet Environment Simulator, or MAGNES. Jointly funded by the DOE Office of Fusion and the DOE Offices of High Energy Physics and Nuclear Physics, it will support research aimed at harnessing nearly limitless fusion energy.
Learn more at the link in our bio.
Comments (3)
21 days agokandyehep
Somebody pls write papers on the following 5, all are nobel prize papers: 1) Higgs nugget (SSB via gravity that how superpartners acquire masses through Higgsino). Via graviton. 2) Time lapse in gravitational waves. 3) Primordial black holes. 4) Ergospheric calculations and breaking of spacetime fabric. 5) Dark matter candidate from superpartners.
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