Theoretical normal-state transport properties of K3C60.

Lowest-order variational solutions to Bloch-Boltzmann scattering theory are used in conjunction with first-principles band-structure results to predict the normal-state resistivity, Hall coefficient, and thermopower for K 3 C 60 . These properties, their pressure coefficients, and other Fermi-liquid-related parameters are compared with the available experimental data, with the goal of evaluating the extent to which these novel superconducting materials can be understood within the Fermi-liquid picture without strong correlations