Publications by authors named "Deyi Ren"
Article Synopsis
- Researchers studied chimera states in spatiotemporal dynamical systems across various fields, aiming to understand how localized disturbances affect the system's evolution towards different stable states.
- Their numerical analysis revealed that the system displays critical behavior over time, leaning toward either chimera states or synchronization, depending on the initial conditions and perturbation strengths.
- They discovered that the transient time, which influences the system's stability, follows a power-law distribution and identified a unique pattern where the critical values for odd and even clusters converge towards a common point, suggesting a potential model for predicting this behavior.
Asymmetry is omnipresent in human society and nature and the reasons causing asymmetry are multiple. To think about the impact of asymmetries on the cooperation systems, we focus on a typical model of great asymmetric traits-the boxed pigs game-and extended the one-to-one interaction to the interaction in population. We consider the asymmetry of payoff and the spatial structure of the two populations in space.
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