Mizraji2026SCCS

Title

Extensive Social Connectivity and Cognitive Instability.
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Authors

Eduardo Mizraji.

Affiliations

Group of Cognitive Systems Modeling, Biophysics and Systems Biology Section, Faculty of Sciences, University of the Republic, Uruguay.

Abstract

This paper attempts to translate findings on the link between connectivity and stability in large, highly connected networks to systems where complex networks are established through social ties between individuals. In the abstract theory of complex networks, their intrinsic tendency toward dynamic instability can be mitigated through various measures. Here, we present some basic findings on complex networks and then apply them to situations of social interaction. We select a few real-world examples of social instability generated by connectivity and ultimately focus on the problems of connectivity, particularly that which occurs through digital social networks, among adolescents.

KeyPhrases

Complexity vs. stability in complex networks; stabilization procedures in highly connected networks; instability and stability in highly connected social communities.

Dates

Created 2025-08-31, updated 2026-03-01, published 2026-03-04, revised 2026-03-24.

Citation

Brainiacs Journal 2026 Volume 7 Issue 2 Edoc W799E6AEE
DOI: 10.48085/W799E6AEE
NPDS: LINKS/Brainiacs/Mizraji2026SCCS

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