Once a critical node is destroyed, the interdependent network is prone to experience severe
cascading failure. Due to the coupling, traditional methods are challenging to apply to …

A fundamental concern on the robustness of hypergraphs lies in comprehending how the
failure of individual nodes affects the hyperedges they are associated with. To address the …

Interactions that involve a group of people or objects are omnipresent in practice. Some
examples include the list of recipients of an email, the group of co-authors of a publication …

Hypergraph describes real-world networks widely because it captures pairwise and multiple
nodes' interactions. Various kinds of damages, such as network attacks, hardware …

Identifying nodes that hold relative importance in complex networks is a burgeoning
research area. Previous studies have demonstrated the effectiveness of the gravity model in …

In recent years, the research of multilayer interdependent networks has become a hotspot in
complex networks. However, most of the study is limited to describing pairwise interactions …

In many real-world phenomena, such as the reconstruction of disaster areas after an
earthquake or the stock market's recovery after an economic crisis, damaged networks are …

In complex systems, from human social networks to biological networks, pairwise
interactions are insufficient to express the directed interactions in higher-order networks …

Scientists are aware of the importance of studying interdependent networks, as they
represent real-world scenarios better than isolated networks, such as the interdependent …

In the real world, directed networks are not just constructed as pairs of directed interactions,
but also occur in groups of three or more nodes that form the higher-order structure of the …