Scientists have developed a new type of magnetic shielding for particle detectors, which is capable of protecting them from powerful magnetic fields and allowing them to detect even the tiniest particles. This new type of shielding, developed by researchers at the University of Tokyo, uses a combination of ferromagnetic and non-magnetic materials to create a “scalable, force-free magnetic shield.” The shield is designed to keep out harmful magnetic fields, while still allowing the detector to detect the smallest of particles. The researchers have already tested the new shielding in the laboratory, and the results show that it is effective in protecting particle detectors from powerful magnetic fields. This new shielding could revolutionize the way scientists study particles, allowing them to detect even the smallest particles without interference from outside magnetic fields.

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source: Phys.org