Modeling the dynamics of dissent
Eun Lee, Petter Holme, Sang Hoon Lee

TL;DR
This paper models how dissenting opinions spread in authoritarian societies, revealing that network structure and authority distribution critically influence dissent dynamics and time to reach consensus.
Contribution
It introduces a novel opinion dynamics model incorporating authority levels, confidence, and opinion override, analyzing their effects on dissent spread in social networks.
Findings
Dissent spreads more easily with less heterogeneity in authority.
Positive correlation between authority and connectivity suppresses dissent.
Network structure and agent heterogeneity significantly affect spreading time.
Abstract
We investigate the formation of opinion against authority in an authoritarian society composed of agents with different levels of authority. We explore a "dissenting" opinion, held by lower-ranking, obedient, or less authoritative people, spreading in an environment of an "affirmative" opinion held by authoritative leaders. A real-world example would be a corrupt society where people revolt against such leaders, but it can be applied to more general situations. In our model, agents can change their opinion depending on their authority relative to their neighbors and their own confidence level. In addition, with a certain probability, agents can override the affirmative opinion to take the dissenting opinion of a neighbor. Based on analytic derivation and numerical simulations, we observe that both the network structure and heterogeneity in authority, and their correlation, significantly…
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