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Changing the Length of a Delay Moves Behaviour More than Changing Any Number in the Loop

The delay rung. Rests on lev-leverage-ladder-orders-intervention-points and hard on lop- (delay inside a loop produces overshoot and oscillation), which owns the phenomenon; this node owns only the intervention question - what happens if you change the delay's length. Stops at the lop- line and at the control-theory fence: no damping ratios, no stability criteria, no tuning mathematics. Feeds lev-judge-after-one-full-delay.

jeremy Video

The Length of Delays as a Leverage Point in Systems Thinking

The length of delays relative to the rate of system change is a leverage point in systems thinking: it describes the time between when a discrepancy between a system's actual state and its desired st…