The study, titled “Topology shapes dynamics of higher-order networks,” and published in Nature Physics, proposed a theoretical framework specifically designed for understanding complex higher ...
Traditional networks fail to capture multi-agent interactions in ecosystems, neuroscience, and physics. A new study shows how ...
The present project will focus on the mathematical investigation of the interplay between study structure and dynamics of higher-order networks with applications to biological systems. Depending on ...
4. Descriptive Complexity Theory and (Hyper-)Graph Neural Networks: Analysis of the expressive power required to model Higher Order Motif Counting problems in selected extensions of first-order logic ...
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