We perform numerical simulations of the sandpile model for nonvanishing driving fields h and dissipation rates \u3b5. Unlike simulations performed in the slow driving limit, the unique time scale present in our system allows us to measure unambiguously the response and correlation functions. We discuss the dynamic scaling of the model and show that fluctuation-dissipation relations are not obeyed in this system
We construct a driven sandpile slope model and study it by numerical simulations in one dimension. T...
We introduce a one-dimensional sandpile model which incorporates particle inertia. The inertial dyna...
We study sandpile models as closed systems, with the conserved energy density [Formula Presented] pl...
We perform large-scale simulations of directed sandpile models with both deterministic and stochasti...
We perform extensive numerical simulations of different versions of the sandpile model. We find that...
1.Introduction 2.Basic Properties of Dissipative Abelian Sandpile Model 3.Avalanche Propagators 4.He...
We study dynamic correlations for current and mass, as well as the associated power spectra, in the ...
Abstract. We perform large-scale numerical simulations of a directed version of the two-state stocha...
We study dynamic correlations for current and mass, as well as the associated power spectra, in the ...
We introduce a renormalization scheme of novel type that allows us to characterize the critical stat...
This article is based on a talk given by one of us (EVI) at the conference “StatPhys-Taipei-1997”. ...
We use a phenomenological field theory, reflecting the symmetries and conservation laws of sandpiles...
The Abelian Sandpile model was originally introduced by Bak, Tang and Wiesenfeld in 1987 as a paradi...
We introduce a renormalization scheme of a type that is able to describe the self-organized critical...
A popular theory of self-organized criticality relates driven dissipative systems to systems with co...
We construct a driven sandpile slope model and study it by numerical simulations in one dimension. T...
We introduce a one-dimensional sandpile model which incorporates particle inertia. The inertial dyna...
We study sandpile models as closed systems, with the conserved energy density [Formula Presented] pl...
We perform large-scale simulations of directed sandpile models with both deterministic and stochasti...
We perform extensive numerical simulations of different versions of the sandpile model. We find that...
1.Introduction 2.Basic Properties of Dissipative Abelian Sandpile Model 3.Avalanche Propagators 4.He...
We study dynamic correlations for current and mass, as well as the associated power spectra, in the ...
Abstract. We perform large-scale numerical simulations of a directed version of the two-state stocha...
We study dynamic correlations for current and mass, as well as the associated power spectra, in the ...
We introduce a renormalization scheme of novel type that allows us to characterize the critical stat...
This article is based on a talk given by one of us (EVI) at the conference “StatPhys-Taipei-1997”. ...
We use a phenomenological field theory, reflecting the symmetries and conservation laws of sandpiles...
The Abelian Sandpile model was originally introduced by Bak, Tang and Wiesenfeld in 1987 as a paradi...
We introduce a renormalization scheme of a type that is able to describe the self-organized critical...
A popular theory of self-organized criticality relates driven dissipative systems to systems with co...
We construct a driven sandpile slope model and study it by numerical simulations in one dimension. T...
We introduce a one-dimensional sandpile model which incorporates particle inertia. The inertial dyna...
We study sandpile models as closed systems, with the conserved energy density [Formula Presented] pl...
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