Feedback loop
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The JC’s amateur guide to systems theory™
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Feedback loop
ˈfiːdbæk luːp (n.)
A mechanism where the output or result of a process within a system is used as input to influence the behavior and future state of the system creating a circular causality that tends to amplify or stabilise the system’s behaviour.
Feedback loops can be positive (reinforcing) where they amplify change, potentially leading to exponential growth or decline or negative (stabilising) where they counteract change, reinforcing an equilibrium state.