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The domain wall induced reversal dynamics in compressively strained GaMnAswas studied employing the magneto-optical Kerr effect and Kerr microscopy. Dueto the influence of an uniaxial part in the in-plane magnetic anisotropy(90+/-Delta) domain walls with considerably different dynamic behavior areobserved. While the (90+Delta) reversal is identified to be propagationdominated with a small number of domain walls, the case of (90-Delta) reversalincludes the nucleation of many domain walls. The domain wallnucleation/propagation energy for both transitions are estimated using modelcalculations from which we conclude that single domain devices can beachievable using the (90+Delta) mode.

Complex domain wall dynamics in compressively strained GaMnAs epilayers