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We demonstrate field-induced single-ion magnetic anisotropy resulting fromthe multiorbital Kondo effect on the diluted ytterbium alloy$(\mathrm{Lu}_{1-x}\mathrm{Yb}_x)\mathrm{Rh}_2\mathrm{Zn}_{20}$. Single-ionanisotropic metamagnetic behavior is revealed in low-temperature regions wherethe local Fermi-liquid state is formed. Specific hea, low-field magneticsusceptibility, and resistivity indicate reproduction of the ground-stateproperties by the $\mathrm{SU}(N = 8)$ Kondo model with a relatively large$c$-$f$ hybridization of $T_{\mathrm{K}} = 60.9 \ \mathrm{K}$. Dynamicalsusceptibility measurements on $\mathrm{Yb}\mathrm{Rh}_2\mathrm{Zn}_{20}$support realizing the multiorbital Kondo ground state in$(\mathrm{Lu}_{1-x}\mathrm{Yb}_x)\mathrm{Rh}_2\mathrm{Zn}_{20}$. The single-ionmagnetic anisotropy becomes evident above $\sim5 \ \mathrm{T}$, which is lowerthan the isotropic Kondo crossover field of 22.7 T, verifying blurred low-lyingcrystal field states through the multiorbital Kondo effect.

Observation of field-induced single-ion magnetic anisotropy in a multiorbital Kondo alloy $\mathrm{(Lu,Yb)}\mathrm{Rh}_{2}\mathrm{Zn}_{20}$