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We present the photoluminescence excitation study of the self-assembledCdTe/ZnTe quantum dots doped with manganese ions. We demonstrate theidentification method of spontaneously coupled quantum dots pairs containingsingle Mn2+ ions. As the result of the coupling, the resonant absorption of thephoton in one quantum dot is followed by the exciton transfer into aneighboring dot. It is shown that the Mn2+ ion might be present in theabsorbing, emitting or both quantum dots. The magnetic properties of the Mn2+spin are revealed by a characteristic sixfold splitting of the excitonic line.The statistics of the value of this splitting is analyzed for the large numberof the dots and gives the information on the maximum density of the neutralexciton wave function.

Introducing single Mn2+ ions into spontaneously coupled quantum dot pairs