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- W2022197143 abstract "We report on the electrical resistivity of ${mathrm{K}}_{3}$${mathrm{C}}_{60}$ and ${mathrm{Rb}}_{3}$${mathrm{C}}_{60}$ thin films. These films, grown at elevated temperatures, are highly textured and consist of large single-crystal grains. The films exhibit metallic behavior up to 500 K, with residual resistivities of 1.2 mensuremath{Omega} cm. The low-temperature (T) resistivity exhibits a ${mathit{T}}^{2}$ dependence. We suggest that it is dominated by electron-electron interactions, and we find quantitative agreement not only with estimates based on the electron density and the bandwidth, but also with other narrow band systems. The electron-phonon interactions only become important for the resistivity above room temperature, because these phonons correspond to high-frequency vibrations of the ${mathrm{C}}_{60}$ molecule. Nevertheless, virtual excitations of these same high-energy phonons are responsible for the superconductivity. Using similar criteria of conventional organic superconductors, we find that these materials are dominated at all temperatures by electron-phonon interactions." @default.
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- W2022197143 doi "https://doi.org/10.1103/physrevb.50.3462" @default.
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