Kinetics of the one-dimensional voter model with long-range interactions
arXiv:2309.16517 · doi:10.1088/2632-072X/ad4dfb
Abstract
The one-dimensional long-range voter model, where an agent takes the opinion of another at distance with probability , is studied analytically. The model displays rich and diverse features as is changed. For the behavior is similar to the one of the nearest-neighbor version, with the formation of ordered domains whose typical size grows as until consensus (a fully ordered configuration) is reached. The correlation function between two agents at distance obeys dynamical scaling with sizeable corrections at large distances , slowly fading away in time. For violations of scaling appear, due to the simultaneous presence of two lengh-scales, the size of domains growing as , and the distance over which correlations extend. For the system reaches a partially ordered stationary state, characterised by an algebraic correlator, % , whose lifetime diverges in the thermodynamic limit of infinitely many agents, so that consensus is not reached. For a finite system escape towards the fully ordered configuration is finally promoted by development of large distance correlations. In a system of sites, global consensus is achieved after a time for , for , and for .
16 pages, 9 figures
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Cited by in corpus (5)
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- Ordering kinetics with long-range interactions: interpolating between voter and Ising models
- Coarsening in the Persistent Voter Model: analytical results
- Schrödinger-invariance in the voter model