[[液中原子間力顕微鏡の開発と固液界面現象の原子スケール計測]] &color(blue){Study of Self-Sustained Oscillators}; It is further divided into two categories: (1) Study of Autonomous Behavior, i.e. the study of an isolated oscillator. (2) Study of Coupled or Collective Behavior, i.e. the study of interacting oscillators. &color(red){Self-Sustained Oscillators}; &color(blue){Linear vs Nonlinear}; Linear systems either show decaying behavior like radioactive substances or exhibit growth which eventually saturates like population growth of any species. In contrast, Nonlinear systems have an ability to display self-sustained behavior, i.e. rhythmic activity, like heart rhythms, neuron activities in brain, etc. #ref(self.png,,30%) #ref(selft.png,,40%) &color(blue){Coupled Behavior}; #ref(1.png,,50%) |
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