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When Italian and German researchers modeled a square-meter array of 1,482 neodymium magnets, the simulation showed roughly a fifth of incoming low-energy solar protons being deflected — suggesting a potential way for deep-space crews to reduce som

When Italian and German researchers modeled a square-meter array of 1482 neodymium magnets, the simu...

SCIENCE July 12, 2026

When Italian and German researchers modeled a square-meter array of 1,482 neodymium magnets, the simulation showed roughly a fifth of incoming low-energy solar protons being deflected — suggesting a potential way for deep-space crews to reduce som

When Italian and German researchers modeled a square-meter array of 1482 neodymium magnets, the simulation showed roughly a fifth of incoming low-energy.

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When Italian and German researchers modeled a square-meter array of 1482 neodymium magnets, the simulation showed roughly a fifth of incoming low-energy.

Author: Space Daily

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