Fig. 4: Specific heat coefficient C/T and its T/B scaling.
From: The scaled-invariant Planckian metal and quantum criticality in Ce1−xNdxCoIn5
a, b show the electronic specific heat coefficient C/T versus T/TLFL with different fields B∥c for 0.02, and 0.05, respectively while c and d display the power-law T/B scaling of a and b. Here, yC in c and d represents a non-universal scaling parameter, obeying \({y}_{C}^{-1}(C/T)=\Phi (T/B)\) with Φ being a power-law function here.
