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19 reviewsAt the quantum critical point of correlated materials, a non-Fermi liquid state appears where electron1234567890():,;1234567890():,;correlations continuously develop to very low temperatures. The relaxation time of the interactedelectrons, namely quasiparticles, is scaled with the Planckian time, ℏ/kBT. However, there is a debateover whether heavy-fermion systems can obey the Planckian time. In the optical conductivity spectra,the Drude response will appear as the scaling of ℏω/kBT as the dynamical Planckian scaling (DPS).Here, we report the non-Fermi liquid behavior in the Drude response of a candidate for such materials,the quasi-kagome Kondo lattice CeRhSn. Even though the material shows a strong valencefluctuation, renormalized Drude responses observed at the photon energy below 100 meV arecharacterized by non-Fermi-liquid-like scattering rate 1/τ. The heavy carriers’ Drude response only forthe Ce quasi-kagome plane obeyed DPS below 80 K, suggesting the anisotropic quantum criticalitywith the strong c-f hybridization.
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