Synchronization of self-switching phenomena on full-coupled chaotic oscillators <Abstract> In the state of generating a double-scroll attractor, an oscillator switches between two sub-spaces. This switching phenomenon without external force is called as ``self-switching phenomenon''. We recognized that the investigation of a behavior of self-switching phenomena on full-coupled chaotic oscillators is the important problem in order to clarify a behavior of the system when all oscillators are asynchronized, namely the system is in disorder, and spatio-temporal phenomena in the real physical systems. In this paper, we investigate a behavior of self-switching phenomena on full-coupled chaotic oscillators. In investigated system, we can observe self-switching phenomena on each oscillator occur synchronously at the first time. We call this phenomena ``synchronization of self-switching phenomena''. Synchronization of self-switching phenomena is generated when oscillators are in asynchronization state. Synchronization of self-switching phenomena is the first observation of the existence of the order in asynchronization of chaos which means disorder state. |