Back-action Induced Non-equilibrium Effect in Electron Charge Counting Statistics

Details Back-action Induced Non-equilibrium Effect in Electron Charge Counting Statistics Back-action Induced Non-equilibrium Effect in Electron Charge Counting Statistics

2011-08-22

arxiv.org/abs/1108.4302v3

Physics

Condensed Matter

Mesoscale and Nanoscale Physics

4 pages, 4 figures, 1 table

Scientific paper

We report our study of the real-time charge counting statistics measured by a quantum point contact (QPC) coupled to a single quantum dot (QD) under different back-action strength. By tuning the QD-QPC coupling or QPC bias, we controlled the QPC back-action which drives the QD electrons out of thermal equilibrium. The random telegraph signal (RTS) statistics showed strong and tunable non-thermal-equilibrium saturation effect, which can be quantitatively characterized as a back-action induced tunneling out rate. We found that the QD-QPC coupling and QPC bias voltage played different roles on the back-action strength and cut-off energy.

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