Adaptive hyperedge feedback on d-uniform hypergraphs induces discontinuous phase transitions, nonlinear thresholds, and bistable regimes where high initial prevalence leads to disease-free equilibrium, with targeted interventions outperforming random ones.
Information Dynamics in Evolving Net- works Based on the Birth-Death Process: Random Drift and Natural Selection Perspec- tive,
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Adaptive Epidemic Dynamics on Hypergraphs with Group-Level Immunization and Rewiring
Adaptive hyperedge feedback on d-uniform hypergraphs induces discontinuous phase transitions, nonlinear thresholds, and bistable regimes where high initial prevalence leads to disease-free equilibrium, with targeted interventions outperforming random ones.