Chiral-nematic Fermi liquid state as the parent state of kagome metals and superconductors
Researchers have identified a 'parent' chiral-nematic Fermi liquid state in kagome metals, providing a new conceptual framework for understanding exotic quantum phases. This discovery helps explain the origin of chiral charge density waves and superconductivity in these materials.
Why it matters
Understanding these quantum states is fundamental to advancing materials science, potentially leading to breakthroughs in high-temperature superconductivity and quantum computing technologies.
Nature Communications ( 2026 ) Cite this article
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