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We present evidence of magnetic ordering in type-II (Zn, Mn) Te quantum dots.This ordering is attributed to the formation of bound magnetic polarons causedby the exchange interaction between the strongly localized holes and Mn withinthe dots. In our photoluminescence studies, the magnetic polarons are detectedat temperatures up to ~ 200 K, with a binding energy of ~ 40 meV. In addition,these dots display an unusually small Zeeman shift with applied field (2 meV at10 T). This behavior is explained by a small and weakly temperature-dependentmagnetic susceptibility due to anti-ferromagnetic coupling of the Mn spins.

Robust Magnetic Polarons in Type-II (Zn,Mn)Te Quantum Dots