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Avoided crossing of the emission lines of a nearly free positive trion and acyclotron replica of an exciton bound to an interface acceptor has beenobserved in the magneto-photoluminescence spectra of p-doped GaAs quantumwells. Identification of the localized state depended on the precise mapping ofthe anti-crossing pattern. The underlying coupling is caused by an excitontransfer combined with a resonant cyclotron excitation of an additional hole.The emission spectrum of the resulting magnetically tunable coherent stateprobes weak localization in the quantum well.

physical review. b, condensed matter and materials physics

Cyclotron-resonant exciton transfer between the nearly free and strongly  localized radiative states of a two-dimensional hole gas in a high magnetic  field