Barrier induced stalemate-consensus transition of self-propelled participants subject to majority rule
Yan-Wen Xiao, Wei-Chen Guo, Bao-Quan Ai, Liang He

TL;DR
This study models how physical barriers influence opinion dynamics among mobile agents, revealing a critical barrier size that causes a transition from opinion stalemate to consensus, with divergence in relaxation times near this transition.
Contribution
It introduces a minimal agent-based model demonstrating how barriers induce a phase transition in opinion states, highlighting the critical barrier size and divergence phenomena.
Findings
Existence of a critical barrier size for opinion transition
Power-law divergence of relaxation time near the critical point
Barriers significantly impact opinion consensus dynamics
Abstract
Natural or artificial barriers, such as the Himalayas, the Berlin Wall, or the Korean Demilitarized Zone, can significantly impede human migration. As a consequence, they may also hinder the dissemination of opinions within society, thereby contributing to divergent geopolitical landscapes and cultural developments. This raises a fundamental question: how do such barriers influence the opinion dynamics of mobile agents, such as human beings? In particular, can a barrier induce transitions in collective opinion states among spatially segregated groups? Here, we investigate the opinion dynamics governed by majority rule in a minimal model comprising self-propelled agents with binary opinions performing random walks within a closed space divided by a barrier. We focus on the conditions under which initially segregated clusters of agents with opposing opinions can reach consensus. Our…
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Taxonomy
TopicsOpinion Dynamics and Social Influence · Distributed Control Multi-Agent Systems · Evolutionary Game Theory and Cooperation
