Static lattice disorder from a single thermal ionic configuration is enough to generate effective dephasing in real-time TDDFT; the apparent damping is dominated by population changes in an unfolded primitive-cell basis, not by off-diagonal coherence decay.
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Microscopic Origin of Dephasing in Solids from First-Principles Electron-Phonon Interactions
Static lattice disorder from a single thermal ionic configuration is enough to generate effective dephasing in real-time TDDFT; the apparent damping is dominated by population changes in an unfolded primitive-cell basis, not by off-diagonal coherence decay.