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Charge-neutral excitons in semiconductor quantum dots have a small finiteenergy separation caused by the anisotropic exchange splitting. Coherentexcitation of neutral excitons will generally excite both exciton components,unless the excitation is parallel to one of the dipole axes. We present apolaron master equation model to describe two-exciton pumping using a coherentcontinuous wave pump field in the presence of a realistic anisotropic exchangesplitting. We predict a five-peak incoherent spectrum, thus generalizing theMollow triplet to become a Mollow quintuplet. We experimentally confirm suchspectral quintuplets for In(Ga)As quantum dots and obtain very good agreementwith theory.

Mollow "quintuplets" from coherently-excited quantum dots