We perform extensive numerical simulations of different versions of the sandpile model. We find that previous claims about universality classes are unfounded, since the method previously employed to analyze the data suffered from a systematic bias. We identify the correct scaling behavior and provide evidences suggesting that sandpiles with stochastic and deterministic toppling rules belong to the same universality class
A single sandpile model with quenched random toppling matrices captures the crucial features of diff...
We perform numerical simulations of the sandpile model for nonvanishing driving fields h and dissipa...
We apply the moment analysis technique to analyze large scale simulations of the Zhang sandpile mode...
We revisit the question whether the critical behavior of sandpile models with sticky grains is in th...
We perform large-scale numerical simulations of a directed version of the two-state stochastic sandp...
We perform large-scale numerical simulations of a directed version of the two-state stochastic sandp...
We perform large-scale numerical simulations of a directed version of the two-state stochastic sandp...
Abstract. We perform large-scale numerical simulations of a directed version of the two-state stocha...
We perform large-scale simulations of directed sandpile models with both deterministic and stochasti...
Stochastic sandpiles self-organize to an absorbing-state critical point with scaling behavior differ...
We revisit the sandpile model with "sticky" grains introduced by Mohanty and Dhar [Phys. Rev. Lett. ...
We revisit the sandpile model with "sticky" grains introduced by Mohanty and Dhar [Phys. Rev. Lett. ...
We revisit the sandpile model with "sticky" grains introduced by Mohanty and Dhar [Phys. Rev. Lett. ...
We revisit the sandpile model with "sticky" grains introduced by Mohanty and Dhar [Phys. Rev. Lett. ...
We study sandpile models with stochastic toppling rules and having sticky grains so that with a nonz...
A single sandpile model with quenched random toppling matrices captures the crucial features of diff...
We perform numerical simulations of the sandpile model for nonvanishing driving fields h and dissipa...
We apply the moment analysis technique to analyze large scale simulations of the Zhang sandpile mode...
We revisit the question whether the critical behavior of sandpile models with sticky grains is in th...
We perform large-scale numerical simulations of a directed version of the two-state stochastic sandp...
We perform large-scale numerical simulations of a directed version of the two-state stochastic sandp...
We perform large-scale numerical simulations of a directed version of the two-state stochastic sandp...
Abstract. We perform large-scale numerical simulations of a directed version of the two-state stocha...
We perform large-scale simulations of directed sandpile models with both deterministic and stochasti...
Stochastic sandpiles self-organize to an absorbing-state critical point with scaling behavior differ...
We revisit the sandpile model with "sticky" grains introduced by Mohanty and Dhar [Phys. Rev. Lett. ...
We revisit the sandpile model with "sticky" grains introduced by Mohanty and Dhar [Phys. Rev. Lett. ...
We revisit the sandpile model with "sticky" grains introduced by Mohanty and Dhar [Phys. Rev. Lett. ...
We revisit the sandpile model with "sticky" grains introduced by Mohanty and Dhar [Phys. Rev. Lett. ...
We study sandpile models with stochastic toppling rules and having sticky grains so that with a nonz...
A single sandpile model with quenched random toppling matrices captures the crucial features of diff...
We perform numerical simulations of the sandpile model for nonvanishing driving fields h and dissipa...
We apply the moment analysis technique to analyze large scale simulations of the Zhang sandpile mode...
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