Spatio-temporal Bounded Noises, and transitions induced by them in solutions of real Ginzburg-Landau model

Abstract

In this work, we introduce two spatio-temporal colored bounded noises, based on the zero-dimensional Cai-Lin and Tsallis-Borland noises. We then study and characterize the dependence of the defined bounded noises on both a temporal correlation parameter $\tau$ and on a spatial coupling parameter $\lambda$. The boundedness of these noises has some consequences on their equilibrium distributions. Indeed in some cases varying $\lambda$ may induce a transition of the distribution of the noise from bimodality to unimodality. With the aim to study the role played by bounded noises on nonlinear dynamical systems, we investigate the behavior of the real Ginzburg-Landau time-varying model additively perturbed by such noises. The observed phase transitions phenomenology is quite different from the one observed when the perturbations are unbounded. In particular, we observed an inverse "order-to-disorder" transition, and a re-entrant transition, with dependence on the specific type of bounded noise.

12 (main text)+5 (supplementary) pages

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• Spatial pattern formation induced by Gaussian white noise
• The Effects of Weak Spatiotemporal Noise on a Bistable One-Dimensional System
• Critical behavior of a Ginzburg-Landau model with additive quenched noise

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