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About this paper
Satoshi Komuro
A mathematical modeling study examines how digital media-driven polarization affects epidemic spread through multiplex networks, revealing that polarization's impact varies based on disease transmission rates - reducing infections when transmission is low but amplifying spread when transmission is high.
Key insights
- Digital media influence increases affective polarization within networks
- Polarization's effect on epidemic spread depends on transmission rates
- Awareness levels mediate the relationship between polarization and infection rates
Summary by alphaXiv.
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