Asymmetric k-step exclusion process, Non-convex or non-concave flux, microscopic shock, rightmost particle | (1) |
Interacting particle systems, catalytic model. | (1) |
Self-interacting random processes, reinforced processes | (1) |
central limit theorem, linear systems, binary contact path process, diffusive behavior, delocalization | (1) |
directed first passage percolation, growth model, and phase transition | (1) |
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Microscopic structure of a decreasing shock for the asymmetric $k$-step exclusion process Guiol, Herve; IMA-EPFL - Ravishankar, Krishnamurthi; SUNY, College at New Paltz - Saada, Ellen; CNRS Rouen
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Some results for poisoning in a catalytic model Steif, Jeffrey E.; Chalmers University of Technology - Sudbury, Aidan; Monash University
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Erdos-Renyi random graphs + forest fires = self-organized criticality Rath, Balazs; Budapest University of Technology - Toth, Balint; Budapest University of Technology
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Density fluctuations for a zero-range process on the percolation cluster Goncalves, Patricia C.; CMAT - U. Minho - Jara, Milton D.; Paris Dauphine
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Central Limit Theorem for a Class of Linear Systems Nagahata, Yukio; Osaka University - Yoshida, Nobuo; Kyoto University
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Some two-dimensional finite energy percolation processes Häggström, Olle; Chalmers University of Technology - Mester, Péter; Indiana University
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The Time Constant Vanishes Only on the Percolation Cone in Directed First Passage Percolation Zhang, Yu; University of Colorado
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Self-Interacting Diffusions IV: Rate of Convergence Benaïm, Michel; Université de Neuchâtel - Raimond, Olivier; Université Paris Ouest
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