Limits of One-dimensional Interacting Particle Systems with Two-scale Interaction*

Citation:

Tong ZHAO.Limits of One-dimensional Interacting Particle Systems with Two-scale Interaction*[J].Chinese Annals of Mathematics B,2022,43(2):195~208
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Authors:

Tong ZHAO;
Abstract: This paper characterizes the limits of a large system of interacting particles distributed on the real line. The interaction occurring among neighbors involves two kinds of independent actions with different rates. This system is a generalization of the voter process, of which each particle is of type A or a. Under suitable scaling, the local proportion functions of A particles converge to continuous functions which solve a class of stochastic partial differential equations driven by Fisher-Wright white noise. To obtain the convergence, the tightness of these functions is derived from the moment estimate method.

Keywords:

Interacting particle systems, Stochastic partial differential equations,Two-scale interaction, Tightness

Classification:

60H15, 35R60
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