This work demonstrates universality in transport phenomena influenced by molecular orbitals in kagome flat-band metals, suggesting new insights into electronic behavior.
The Fermi-liquid to strange-metal crossover in kagome flat-band metals is a Kramers coherence barrier E_b = K · σ(c), where compact localized states from destructive interference define the opacity coordinate and σ(c) is K-independent. Predicts σ(c) universality across Ni₃In, CoSn, Fe₃Sn₂, CsV₃Sb₅, extending K-Factorization to condensed matter transport with zero framework rubric.
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Anthony W. Eckert (2026) studied this question.
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