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Single band theories of quantum criticality successfully describe asingle-particle lifetime with non-Fermi liquid temperature dependence. But,they fail to obtain a charge transport rate with the same dependence unless theinteraction is assumed to be momentum independent. Here we demonstrate that aquantum critical material, with a long range mode that transmutes electronsbetween light and heavy bands, exhibits a quasi-linear temperature dependencefor {\it both} the single-particle and the charge transport lifetimes, despitethe strong momentum dependence of the interaction.

Equivalence of single-particle and transport lifetimes from hybridization fluctuations