Coherent and incoherent transport through T-shaped double quantum dots
Physica E: Low-Dimensional Systems and Nanostructures
1102 - 1104
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We investigate the measurement induced dephasing of the Fano effect in the electronic transport through a double quantum dot mesoscopic interferometer coupled to a charge detector. The current and the differential conductance are computed within the Keldysh formalism, taking into account of the inelastic processes due to the dot-detector interaction. We show that the visibility of the Fano lineshape is reduced by applying a finite bias on the charge detector.
KeywordsCoherent quantum transport and dephasing
Coherent quantum transport and dephasing
Semiconductor quantum dots