We propose a layout for a tunable mesoscopic cavity that allows to probe the conductance and noise properties of direct transmission channels (``noiseless scattering states''). Our numerical simulations demonstrate how the variation of different gate voltages in the cavity leads to characteristic signatures of such non-universal processes. Using realistic assumptions about scattering in two-dimensional heterostructures, our proposed layout should define a viable protocol for an experimental realization.
Using gate voltages to tune the noise properties of a mesoscopic cavity / Totaro, M; Marconcini, Paolo; Rotter, S; Logoteta, Demetrio; Macucci, Massimo. - 1129:(2009), pp. 409-412. (Intervento presentato al convegno International Conference on Noise and Fluctuations tenutosi a Pisa, Italy) [10.1063/1.3140486].
Using gate voltages to tune the noise properties of a mesoscopic cavity
LOGOTETA, DEMETRIO;
2009
Abstract
We propose a layout for a tunable mesoscopic cavity that allows to probe the conductance and noise properties of direct transmission channels (``noiseless scattering states''). Our numerical simulations demonstrate how the variation of different gate voltages in the cavity leads to characteristic signatures of such non-universal processes. Using realistic assumptions about scattering in two-dimensional heterostructures, our proposed layout should define a viable protocol for an experimental realization.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
