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The non-Markovian effects in the spin dynamics in diluted magneticsemiconductors found in quantum kinetic calculations can be reproduced verywell by a much simpler effective single electron theory, if a finite memory isaccounted for. The resulting integro-differential equation can be solved by adifferential transform method, yielding the Taylor series of the solution. Fromthe comparison of both theories it can be concluded that the non-Markovianeffects are due to the spectral proximity of the excited electrons to the bandedge.

Non-Markovian Effects in the Spin Transfer Dynamics in Diluted Magnetic Semiconductors due to Excitation in Proximity to the Band Edge