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INL researchers have identified a topological Kondo insulating state in plutonium hexaboride, where surface conductivity persists despite internal insulation and material imperfections. This discovery offers a rare experimental window into strong electron correlations within actinides, potentially refining predictive models for nuclear material longevity and reactor safety. For the tech community, this underscores the critical link between fundamental quantum mechanics in complex materials and the practical reliability of nuclear infrastructure.
INL Discovers Plutonium Compound With Unique Surface Conductivity
Idaho National Laboratory scientists found a unique quantum property in plutonium hexaboride, PuB₆, a topological Kondo insulating state.
Scientists at the Idaho National Laboratory (INL) have discovered a unique quantum property within plutonium hexaboride (PuB₆), a compound first synthesized at the University of California, Berkeley, over eight decades ago. The material exhibits a behavior observed in only a handful of plutonium materials to date, where electrical current flows freely along its exterior surfaces while remaining blocked within its interior. This unusual characteristic challenges conventional understanding of electrical conductivity…
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