Why complex systems find balance—and how they lose it
In short: Understanding stability is about more than just staying still. This video explores the underlying mechanics of physical systems, from the feedback loops that maintain order to the energy requirements that keep them from collapsing.
Paul Andersen examines how a system's stability is dictated by the sum total of all interactions acting upon it. While many systems use feedback loops to preserve their current state, these mechanisms are not free; they require a constant input of energy to function.
When that energy source is removed, a system will inevitably shift to find a new level of equilibrium. While predicting the specific future of complex systems remains difficult, Andersen notes that calculating an average future trajectory is attainable.
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Sources
- Summary by Intellect · source: PS2C - Stability and Instability in Physical Systems
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