A molecule attached to a quantum wire can detect single photons with signal-to-noise above 4 at GHz rates, according to non-equilibrium quantum transport simulations.
It is critical to capture this dynamical effect as it determines the backaction from the channel to the absorber and affects the quantum dynamics of the system
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Quantum dynamics of single-photon detection using functionalized quantum transport electronic channels
A molecule attached to a quantum wire can detect single photons with signal-to-noise above 4 at GHz rates, according to non-equilibrium quantum transport simulations.