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The contribution to the biexciton binding energy in quantum dots resultingfrom the interaction with longitudinal optical phonons is estimated byperforming the configuration--interaction calculation of the few-particlestates in a simple model of the confining potential and including the phononcorrections by means of a perturbation theory. It is found that the polaroncontribution tends to compensate the Coulomb-related biexciton shift (bindingenergy) and reduces its value by several to even 30%, depending on the materialparameters of the system.

Polaron contributions to the biexciton binding energies in self-assembled quantum dots