Влияние локального поля на характеристики остилляции Раби экситона в одиночной квантовой точке, взаимодействующей с когерентным световым полем

Abstract

The influence of the depolarization of an isolated quantum dot driven by the coherent state of light on the signatures of excitonic Rabi oscillations has been theoretically investigated. In dependence on the strength of the incident field, two completely different oscillatory regimes separated by the bifurcation are inherent to the Rabi effect. In the first regime Rabi oscillations are periodic and do not reveal collapse-revivals phenomenon, while in the second one collapse and revivals appear, showing significant difference as compared to those predicted within the standard Jaynes - Cummings model.