For whom will the Bayesian agents vote?
Nestor Caticha, Jonatas Cesar, Renato Vicente

TL;DR
This study uses an agent-based model to explore how social learning influences political orientation, revealing correlations with biological and personality traits, and showing how external pressures affect liberal and conservative behaviors.
Contribution
The paper introduces a novel agent-based model combining formative Bayesian learning and social reinforcement to simulate political orientation development.
Findings
Number of social exchanges correlates with liberal traits.
Conservative-like agents treat novelty and corroboration more equally.
External pressures shift liberal agents towards conservative-like statistics.
Abstract
Within an agent-based model where moral classifications are socially learned, we ask if a population of agents behaves in a way that may be compared with conservative or liberal positions in the real political spectrum. We assume that agents first experience a formative period, in which they adjust their learning style acting as supervised Bayesian adaptive learners. The formative phase is followed by a period of social influence by reinforcement learning. By comparing data generated by the agents with data from a sample of 15000 Moral Foundation questionnaires we found the following. 1. The number of information exchanges in the formative phase correlates positively with statistics identifying liberals in the social influence phase. This is consistent with recent evidence that connects the dopamine receptor D4-7R gene, political orientation and early age social clique size. 2. The…
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