MSc Physics Georges Andres
Postdoc
Interests
My work explores the dynamics of complex systems, focusing on how structural and temporal patterns shape interactions within them. By leveraging advanced models like hypergraphs, temporal networks, and zero-inflated frameworks, I aim to uncover the hidden mechanisms behind sparsity, critical transitions, and polyadic interactions in real-world systems.
Prior to completing my PhD at the Chair of Systems design in 2024, I received a Master’s degree in Physics from ETH Zurich.
Georges's most recent publications
Supply-chain vulnerabilities in critical medicines: A persistent risk to pharmaceutical security
Science - 2025
US tariffs jeopardize medicine supply chains
Science - 2025
Coexistence of balance and hierarchies: An ego perspective to explain empirical networks
PNAS Nexus - 2025
Empirical networks are sparse: Enhancing multiedge models with zero-inflation
PNAS Nexus - 2025
Active matter synchronization and synergetics
European Physical Journal: Special Topics - 2025
Disentangling the Timescales of a Complex System: A Bayesian Approach to Temporal Network Analysis
ArXiv Preprint - 2024
Reconstructing signed relations from interaction data
Scientific Reports - 2023
Modeling social resilience: Questions, answers, open problems
Advances in Complex Systems - 2022
Social nucleation: Group formation as a phase transition
Physical Review E - 2022
Comparing Online and Offline Political Support
Swiss Political Science Review - 2022
