But while the hybrid magnet may be able to produce more powerful magnetic fields, they cannot sustain them as long as resistive magnets can. These traditional magnets are also more flexible than ...

“However, I knew that if we could produce magnets using something as abundant as iron, I had to pursue it.” Meanwhile, Croat, who was at General Motors Research Laboratories at the ...

The amount of electricity required to produce ever stronger magnetic fields means that one of the key challenges to overcome with a magnet this powerful is the amount of heat it produces.

The NSTX-U is the primary nuclear fusion reactor experiment which is ongoing at the US Department of Energy's PPPL.

The resistive magnet — which is open to international users — is the country’s second major contribution to the global quest to produce ever-higher magnetic fields. In 2022, the SHMFF’s ...

The Sartell facility will produce 1,500 tons of rare-earth-free magnets per year and is expected to come online in 2026 to meet the surging demand for rare earth-free permanent magnets.