The previous record, 91.4 Tesla, was set in June of this year by the High Magnetic Field Laboratory Dresden. "Tesla" is a measurement of the strength of a magnetic field; 1 Tesla is equal to 20,000 times the Earth's magnetic field.
This record marks important progress toward the lab's goal of reaching 100 Tesla, an effort that awaits further materials innovation to make it possible.
The record-breaking field was created by upgrading the lab's existing 85 T pulsed magnet system, previously tested to just over 89 Tesla. Pulsed magnets, designed for condensed matter physics research, require a combination of a very large power supply and extremely high-strength materials.
Visiting scientists- dubbed users- travel from institutions around the world to conduct research at the Pulsed Field Facility. High magnetic fields are an important resource for physicists interested in studying fundamental properties of materials, from metals and superconductors to semiconductors and insulators, and extremely high fields enable insight into ever-subtler phenomena. This magnet will be available for user research at 95 Tesla.
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