Scientists Model How Interactions Between Societies Can Trigger Chaotic Behaviour
Scientists at HSE MIEM have proposed a mathematical model explaining how interactions between societies can influence their stability. Based on the classical theory of evolutionary games, the study reveals an unexpected effect: even a weak informational influence of one society on another can cause one society to remain stable while the other exhibits chaotic behaviour among its individual members. The study has been published in the International Journal of Bifurcation and Chaos.
'We Explore Areas Where Much Remains Unknown'
Computational methods for analysing ancient and modern genomes make it possible to study the formation of genetic diversity in populations, reconstruct their history of mixing and migration, and trace the development of environmental adaptations. The HSE International Laboratory of Statistical and Computational Genomics applies mathematical methods and genetic data to address a wide range of issues across fields such as anthropology, epidemiology, and criminology. The HSE News Service spoke with the laboratory head, Vladimir Shchur, about its work.