Publications by authors named "Zun-Guang Guo"
Article Synopsis
- Current research mainly looks at diffusion differences between nodes in networked reaction-diffusion systems, but this paper introduces the idea of contact heterogeneity among individuals within those nodes.
- The authors develop a model that includes higher-order interactions, finding that these can lead to Turing instability, and they note a quadratic relationship between this instability and the average 2-simplices degree in nodes.
- As the average 2-simplices degree rises, the pattern amplitude shows varied trends, while overall infection density consistently increases, providing important insights for tackling epidemic control.
