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Hierarchies Evolve in Large Social Systems to Simplify Communication

Large social systems, particularly those with many unfamiliar members, naturally develop hierarchies to simplify communication and reduce the number of connections needed. This hierarchical structure is more cost-effective to maintain, increasing the group's likelihood of survival. The principle behind hierarchy evolution, observed in biological networks and applicable to artificial intelligence research, suggests that purpose-driven organizations like militaries, corporations, and religious groups adopt these structures. Language and culture also exhibit hierarchical organization, reinforcing social hierarchies. AI

IMPACT Understanding hierarchical structures may inform the design of more efficient and scalable artificial intelligence systems.

RANK_REASON The article discusses a general principle of social organization and its potential application to AI, rather than reporting on a specific AI development or event.

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  1. Mastodon — sigmoid.social TIER_1 English(EN) · [email protected] ·

    Hierarchies evolve to reduce connections (and confusion) Large social systems, especially those with many members who do not know each other, tend to evolve int

    Hierarchies evolve to reduce connections (and confusion) Large social systems, especially those with many members who do not know each other, tend to evolve into hierarchies because this reduces the number of connections required to establish communication. When the number of con…