The MagLab is upgrading the electric supply system for its fleet of large electromagnets, allowing additional research groups to work at the lab, advancing scientific understanding across disciplines. […]
Using high magnetic field measurements from the MagLab, researchers at MIT have developed a way to use solid-state chemistry to grow moiré materials in bulk, opening new avenues for incorporating the highly tunable materials into next-generation electronics. […]
Scientists working at the National High Magnetic Field Laboratory have discovered “double superconductivity,” a surprise finding that could provide new insight into how certain materials carry electricity without resistance, possibly opening avenues for quantum computing and other applications. […]
A prototype miniature superconducting magnet shattered the lab’s previous record by more than 3 tesla, reaching a new world record of almost 49 Tesla […]
Leveraging its acquisition two years ago of Swiss company, maglab AG, CTS Corporation, a global developer in sensing and motion control technologies, has launched a new platform for electric motor control based on real-time, in-situ […]
The magnets at the MagLab—the Los Alamos National Laboratory branch of the National High Magnetic Field Laboratory—are some of the strongest in the world, capable of reaching 100 tesla. (For comparison, a refrigerator magnet is about 0.005 tesla, and the Earth’s magnetic field is about 0.00005 tesla). […]
The National MagLab is collaborating with computer scientists at Florida State University to maximize usage of mountains of data collected using the world’s most powerful magnets. […]
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