Abstract
AbstractThe emission properties of a single quantum‐dot laser are studied on the basis of a semiconductor model. Coulomb interaction and excitation‐induced effects like dephasing and screening lead to an interplay of excitonic and biexcitonic emission contributions at the cavity frequency. In the input/output curve and photon statistics, this leads to novel features that cannot be explained in terms of atomic models for a single‐emitter laser. Rather, they are a result of the particular properties of the QD emitter.
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