Effect of long-range interactions on the phase transition of Axelrod's model
arXiv:1609.09107 · doi:10.1103/PhysRevE.94.052149
Abstract
Axelrod's model with cultural features, where each feature can assume states drawn from a Poisson distribution of parameter , exhibits a continuous nonequilibrium phase transition in the square lattice. Here we use extensive Monte Carlo simulations and finite size scaling to study the critical behavior of the order parameter , which is the fraction of sites that belong to the largest domain of an absorbing configuration averaged over many runs. We find that it vanishes as with at the critical point and that the exponent that measures the width of the critical region is . In addition, we find that introduction of long-range links by rewiring the nearest-neighbors links of the square lattice with probability turns the transition discontinuous, with the critical point increasing from to , approximately, as increases from to . The sharpness of the threshold, as measured by the exponent for , increases with the square root of the number of nodes of the resulting small-world network.
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- Erdös-Rényi phase transition in the Axelrod model on complete graphs
- Non-equilibrium phase transition and cultural drift in the continuous-trait Axelrod model