Abstract
Properties of carrier-induced ferromagnetism in modulation-doped quantum wells of p-type (Cd,Mn)Te are assessed by photoluminescence (PL) and PL excitation spectroscopy. Well-chosen illumination makes it possible to deplete the quantum well and thus to control the strength of the ferromagnetic interactions. Spontaneous local magnetization is proportional to the hole concentration p but the Curie temperature T C varies little over a wide p range, in agreement with the mean-field model for 2D systems. The spatial extension ξ of ferromagnetic correlation is probed by micro- and time-resolved PL and possible mechanisms controlling ξ below T C are discussed.
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