Noise driven dynamic phase transition in a a one dimensional Ising-like model
arXiv:0912.2848 · doi:10.1103/PhysRevE.81.032103
Abstract
The dynamical evolution of a recently introduced one dimensional model in \cite{biswas-sen} (henceforth referred to as model I), has been made stochastic by introducing a parameter such that corresponds to the Ising model and to the original model I. The equilibrium behaviour for any value of is identical: a homogeneous state. We argue, from the behaviour of the dynamical exponent ,that for any , the system belongs to the dynamical class of model I indicating a dynamic phase transition at . On the other hand, the persistence probabilities in a system of spins saturate at a value , where remains constant for all supporting the existence of the dynamic phase transition at . The scaling function shows a crossover behaviour with for and for .
4 pages, 5 figures, accepted version in Physical Review E
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