The spectral characteristics of graphs and matrices form a central pillar of modern mathematical physics and network theory. At its core, the adjacency matrix of a graph encodes connectivity by ...

Anyone who’s taken classes in geometry, algebra, trigonometry or other advanced math forms has certainly encountered the graphing calculator before. These multi-function devices make incredibly ...

Graph factorization involves decomposing a network into spanning subgraphs or “factors” whose components satisfy specified structural constraints, such as paths, cycles or stars. By systematically ...