Two magnetic impurities produce distinct YSR state disappearance patterns in LDOS for s-wave versus d+id pairings, enabling STM discrimination of TRSB in kagome superconductors.
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2 Pith papers cite this work. Polarity classification is still indexing.
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2026 2verdicts
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VSn is predicted as a 1:1 kagome metal exhibiting intertwined CDW order, anti-dome superconductivity, and persistent topological states.
citing papers explorer
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Nonreciprocal impurity scattering as a probe for pairing symmetries in kagome superconductors
Two magnetic impurities produce distinct YSR state disappearance patterns in LDOS for s-wave versus d+id pairings, enabling STM discrimination of TRSB in kagome superconductors.
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Intertwined charge density wave, tunable anti-dome superconductivity, and topological states in kagome metal VSn
VSn is predicted as a 1:1 kagome metal exhibiting intertwined CDW order, anti-dome superconductivity, and persistent topological states.