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    AI agents reportedly help find two room-temperature magnetic semiconductor candidates in simulations

    ValsAI says 90-plus Opus 5.5 agents helped uncover YBaMnFeO₅ and KV[Cr(CN)₆] in three days.

    Lisan al GaibLA
    Vals AIVA
    2 Sources, 1h ago, first seen 1h ago

    TLDR

    ValsAI says 90-plus Opus 5.5 agents helped uncover two room-temperature magnetic semiconductor candidates in simulations: YBaMnFeO₅ and KV[Cr(CN)₆]. Researchers have long sought materials that sort electrons by spin while their magnetism cancels. KV[Cr(CN)₆] was synthesized in 1999, but ValsAI says its predicted spin-sorting ability appears to have been hiding in plain sight for 27 years.

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    2 Sources, first seen 1h ago

    Combined views

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    2 Sources, first seen 1h ago

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    2 Sources

    Vals AI@ValsAIFor decades, researchers have sought materials that sort electrons by spin while their magnetism cancels. In 3 days, 90+ Opus 5.5 agents helped us uncover two room-temperature magnetic semiconductor candidates in simulations: YBaMnFeO₅ and KV[Cr(CN)₆]. KV[Cr(CN)₆] was synthesized back in 1999. Its predicted ability to sort electrons by spin appears to have been hiding in plain sight for 27 years.1h
    Lisan al Gaib@scaling01RT @ValsAI: For decades, researchers have sought materials that sort electrons by spin while their magnetism cancels. In 3 days, 90+ Opus…1h

    2 Sources

    Vals AI@ValsAIFor decades, researchers have sought materials that sort electrons by spin while their magnetism cancels. In 3 days, 90+ Opus 5.5 agents helped us uncover two room-temperature magnetic semiconductor candidates in simulations: YBaMnFeO₅ and KV[Cr(CN)₆]. KV[Cr(CN)₆] was synthesized back in 1999. Its predicted ability to sort electrons by spin appears to have been hiding in plain sight for 27 years.1h
    Lisan al Gaib@scaling01RT @ValsAI: For decades, researchers have sought materials that sort electrons by spin while their magnetism cancels. In 3 days, 90+ Opus…1h
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