Scaling Behavior of Response Functions in the Coarsening Dynamics of Disordered Ferromagnets

Details Scaling Behavior of Response Functions in the Coarsening Dynamics of Disordered Ferromagnets Scaling Behavior of Response Functions in the Coarsening Dynamics of Disordered Ferromagnets

2010-06-04

arxiv.org/abs/1006.0934v1

Physics

Condensed Matter

Statistical Mechanics

Scientific paper

We study coarsening dynamics in the ferromagnetic random bond Ising model in d = 1; 2. We focus on the validity of super-universality and the scaling properties of the response functions. In the d = 1 case, we obtain a complete understanding of the evolution, from pre- asymptotic to asymptotic behavior. The corresponding response function shows a clear violation of super-universality. Further, our results for d = 1; 2 settle the controversy regarding the decay exponent which characterizes the response function.

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