New Superconducting Magnet Smashes World Record

"This is a transformational step in magnet technology, a true revolution in the making."

12. 19. 17 by Kyree Leary
National MagLab

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The National High Magnetic Field Laboratory (National MagLab) is no stranger to breaking records. In August, the team took back the title of “world’s strongest resistive magnet” — after losing it in 2014 — with their Project 11 magnet that reached 41.4 teslas, a unit of magnetic field strength. On December 8, they came back once again to set a new record: this time, for the world’s most powerful superconducting magnet.

Their new superconducting magnet, created in the MagLab Tallahassee facility, created a magnetic field of 32 teslas, making it nearly 33 percent stronger than the magnet that held the previous record (and giving it the nickname of “32T”). For reference, that’s 3000 times stronger than the magnets we put on our refrigerators. According to MagLab, the world record set last week represents one of the biggest improvements made in the last 40 years.

“This is a transformational step in magnet technology, a true revolution in the making,” said Greg Boebinger, MagLab Director, in a press release. “Not only will this state-of-the-art magnet design allow us to offer new experimental techniques here at the lab, but it will boost the power of other scientific tools such as X-rays and neutron scattering around the world.”

Advanced Physics

Superconductors are already vital to the operation of a range of different devices, from MRI machines to high-speed transportation systems, and nuclear fusion reactors to enormous particle colliders. This superconducting magnet is therefore expected to help advance research in several areas, including physics, chemistry, biology, and quantum matter. To help facilitate its use, MagLab is allowing scientists from around the world to apply for the opportunity to use it.

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The team doesn’t intend to stop at 32 teslas, however. One day, the superconducting magnet may be as powerful as the lab’s record-breaking resistive magnet, though MagLab engineer Huub Weijers — who oversaw the magnet’s construction — foresees magnets going even further beyond that.

“We’ve opened up an enormous new realm,” said Weijers in the press release. “I don’t know what that limit is, but it’s beyond 100 teslas. The required materials exist. It’s just technology and dollars that are between us and 100 teslas.”


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