most citedCollective dynamics on higher-order networks

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physics.soc-ph20261 cited

Probability-turbulence divergence: A tunable allotaxonometric instrument for comparing heavy-tailed categorical distributions

P. S. Dodds, J. R. Minot, M. V. Arnold +4

Real-world complex systems often comprise many distinct types of elements as well as many more types of networked interactions between elements. When the relative abundances of typ…

physics.soc-ph20261 cited

Edge interventions can mitigate demographic and prestige disparities in the Computer Science coauthorship network

Kate Barnes, Mia Ellis-Einhorn, Carolina Chávez-Ruelas +5

Social factors such as demographic traits and institutional prestige structure the creation and dissemination of ideas in academic publishing. One place these effects can be observ…

physics.soc-ph2026

Complete asymptotic type-token relationship for growing complex systems with inverse power-law count rankings

Pablo Rosillo-Rodes, Laurent Hébert-Dufresne, Peter Sheridan Dodds

The growth dynamics of complex systems often exhibit statistical regularities involving power-law relationships. For real finite complex systems formed by countable tokens (animals…

physics.soc-ph20261 cited

Empirical validation of the polarization transition in a double-random field model of elections

Jan Korbel, Remah Dahdoul, Stefan Thurner

We model bipartisan elections where voters are exposed to two forces: local homophilic interactions and external influence from two political campaigns. The model is mathematically…

physics.soc-ph20261 cited

Self-reinforcing cascades: A spreading model for beliefs or products of varying intensity or quality

Laurent Hébert-Dufresne, Juniper Lovato, Giulio Burgio +3

Models of how things spread often assume that transmission mechanisms are fixed over time. However, social contagions--the spread of ideas, beliefs, innovations--can lose or gain i…

physics.soc-ph20264 cited

Scaling Laws for Function Diversity and Specialization Across Socioeconomic and Biological Complex Systems

Vicky Chuqiao Yang, James Holehouse, Hyejin Youn +4

Function diversity, the range of tasks individuals perform, and specialization, the distribution of function abundances, are fundamental to complex adaptive systems. In the absence…