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Main Authors: AlMahmoud, Hind, Mallmann-trenn, Frederik
Format: Preprint
Published: 2024
Subjects:
Online Access:https://arxiv.org/abs/2410.09225
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author AlMahmoud, Hind
Mallmann-trenn, Frederik
author_facet AlMahmoud, Hind
Mallmann-trenn, Frederik
contents We investigate the dynamics of opinion formation on social networking platforms, focusing on how individual opinions, influenced by both social connections and platform algorithms, evolve. We model this process using a differential equation, accounting for both peer influence and the platform's content curation based on user preferences. Our primary aim is to analyze how these factors contribute to opinion polarization and identify potential strategies for its mitigation. We explore the conditions under which opinions converge to a consensus or remain polarized, emphasizing the role of the platform's influence function. Our findings in two-agent, complete graphs, and stochastic block model provide insights into the impact of social media algorithms on public discourse and offer a framework for understanding how polarization can be avoided.
format Preprint
id arxiv_https___arxiv_org_abs_2410_09225
institution arXiv
publishDate 2024
record_format arxiv
spellingShingle Harmonizing vs Polarizing Platform Influence Functions
AlMahmoud, Hind
Mallmann-trenn, Frederik
Social and Information Networks
We investigate the dynamics of opinion formation on social networking platforms, focusing on how individual opinions, influenced by both social connections and platform algorithms, evolve. We model this process using a differential equation, accounting for both peer influence and the platform's content curation based on user preferences. Our primary aim is to analyze how these factors contribute to opinion polarization and identify potential strategies for its mitigation. We explore the conditions under which opinions converge to a consensus or remain polarized, emphasizing the role of the platform's influence function. Our findings in two-agent, complete graphs, and stochastic block model provide insights into the impact of social media algorithms on public discourse and offer a framework for understanding how polarization can be avoided.
title Harmonizing vs Polarizing Platform Influence Functions
topic Social and Information Networks
url https://arxiv.org/abs/2410.09225