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Kagome metals, featuring a unique atomic arrangement, enable highly efficient thermoelectric conversion by immobilizing positive charge carriers while allowing negative carriers to flow freely. This approach, demonstrated in nickel-indium compounds, yields a Seebeck effect surpassing that of conventional bismuth telluride, offering a promising, cost-effective alternative for heat-to-electricity conversion.
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Improved thermoelectrics: Scientists harness 'traffic jam of electrons' to boost heat-to-electricity conversion
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