A new renormalization method for bipartite networks shows that two-mode geometry controls multiscale hierarchies while leaving scaling invariance intact.
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physics.soc-ph 2years
2026 2representative citing papers
In both ordinary networks and hypergraphs, the percolation threshold exhibits nonmonotonic dependence on assortativity, with moderately disassortative configurations often the most fragile under random node removal.
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Two-mode geometry controls multiscale organization in bipartite systems
A new renormalization method for bipartite networks shows that two-mode geometry controls multiscale hierarchies while leaving scaling invariance intact.
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Nonmonotonic percolation threshold in correlated networks and hypergraphs
In both ordinary networks and hypergraphs, the percolation threshold exhibits nonmonotonic dependence on assortativity, with moderately disassortative configurations often the most fragile under random node removal.