at Finite Temperatures*

We present results of self-consistent embedded-dynamical mean field theory (e-DMFT) calculations on the rare-earth filled skutterudite CeGe₄Pt₁₂, with f-electron correlations, across a wide range of temperature. We were able to obtain converged e-DMFT results down to T ~ 15 K. The calculated f-electron self-energy on the imaginary (Matsubara frequency) and real axis, density of states, hybridization, and spectral function collectively suggest the following picture: Curie-Weiss behavior with fluctuating f-electron moments for T > 200K; behavior consistent with Kondo lattice of partially compensated f-electron moments for intermediate T ~ 25K – 100K; Nozieres-type Fermi liquid behavior of the Kondo impurity model for low T ~ 15K and below - a very low Fermi liquid scale. Our results may provide plausible explanation of experimental trends at finite temperatures.