Life
According to a long-standing idea, life exists at the edge of chaos, meaning it is sensitive enough to respond to small environmental changes. But an analysis of processes that occur inside cells challenges the idea
By Karmela Padavic-Callaghan
Modelling the biology of Escherichia coli bacteria suggests life is not as chaotic as we had thought
Ezume Images/Shutterstock
Life may not exist at the “edge of chaos” after all. The long-standing belief has been challenged by computer simulations of dozens of processes within cells.
A hallmark of chaotic systems is that a small disturbance can lead to an outsized effect. The famous butterfly effect offers a classic example, where a flap of an insect’s wings is proposed to cause a storm many kilometres away. Since the late 1980s, researchers have…
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