… to generate Turing instability. We find that all 3-node networks that can achieve Turing pattern
… -inhibitor system is more robust for Turing pattern formation than the other one. Additional …

… We demonstrate that the Turing instability can be induced in any network topology by tuning
… altering network connectivity. The extent to which the emergent patterns reflect topological …

… As well as Turing patterns covering the whole spatial domain, spatially localised patterns have
also … In this research a reaction diffusion system on a complex network topology has been …

… on networks have recently renewed the interest in their self-organized … patterns known as
Turing patterns. We investigate the influence of network topology on the emerging patterns and …

… Turing network topology, which proves why three key features of a Turing system are directly
determined by the topology: … -species models whose Turing patterning parameter space are …

… networks were explicitly considered. Here we study Turing patterns in large random networks,
… The initial linear instability leads to spontaneous differentiation of the network nodes into …

… This line of research has been mostly confined within the network science community, …
PDE-based approach to Turing patterns. Moreover, network topology allows for novel dynamics to …

… factors determining a network’s pattern forming properties: the topology—the species and
… In this way, we systematically explore what proportion of network topologies are capable of …

… Studies have shown that network topology significantly affects the Turing pattern formation
in a networked reaction–diffusion (RD) system. Clustering is a common occurrence in nature, …

… Therefore, solving the problem of how communities form and evolve, can not only uncover
the evolution mechanism of network topology at a deeper level, but also help people un…