Rare quantum phenomenon where an intense magnetic field, which normally destroys superconductivity, can bring it back
"strong magnetic fields disrupt paired electrons responsible for resistance-free electrical flow, suppressing superconducting state... overcome using uranium-based compound pushing magnetic field to extreme thresholds inducing rare, re-entrant superconduction... intense magnetism realigns electrons' spin states forcing new pair up configuration... challenges long-held assumptions in condensed matter physics... opens new pathways for engineering high-field resilient quantum materials"
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