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. 2020 Sep 4;117(38):23467–23476. doi: 10.1073/pnas.2001778117

Fig. 1.

Fig. 1.

Kondo lattice hybridization concepts and f-c hybridization configurations. (A) Identification of the Kondo temperature TK, lattice coherence temperature T*, and other T transitions (main text) relative to the temperature-dependent resistivity of CeCoIn5. (B) Schematics of four different Kondo screening temperature regimes. (C) Schematic spectral image plots of three different f-c hybridization configurations found in CeCoIn5 shown for low and high temperatures. (D) Bulk Brillouin zone and localized DFT FS of CeCoIn5 and high-symmetry points. Resonance photon energy cuts at 122 eV for the two cleave directions is indicated by transparent planes. (E) Constant photon energy arcs for normal emission relative to the bulk Brillouin zone for the two different orthogonal cleave surfaces: (001), red lines; and (100), green lines.