A time-linear Green's function method with narrow-band leads extracts time- and energy-resolved spectra of a Hubbard dimer, showing correlation-induced broadening and damping of transient currents.
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Nonequilibrium transport through the Hubbard dimer
A time-linear Green's function method with narrow-band leads extracts time- and energy-resolved spectra of a Hubbard dimer, showing correlation-induced broadening and damping of transient currents.