Aspect Relegation

Repeated successful handling of a stable operation permits aspects of that operation to be relegated from explicit control to automatic execution. Relegation is therefore not simple deletion. The relegated operation remains conditionally available to explicit control when prediction error, environmental change, or failure exceeds an admissible threshold.

Relegation threshold and return threshold are independently adjustable. Stable trials reinforce the currently successful operation. Perturbation changes the environment while leaving the automatic operation initially unchanged. This creates a mismatch between the learned operation and its conditions.

No observation yet. Run repeated stable trials and watch for the transition from explicit to automatic control.

The behavior could be explained without invoking a distinct relegation process. A sufficiently ordinary thresholded controller with cached behavior can produce the same state transitions. The experiment therefore operationalizes a distinction proposed by Aspect Relegation Theory; it does not by itself establish that human cognition implements this particular mechanism.

The motivating interpretation becomes less useful if automatic execution cannot be distinguished experimentally from simple persistence, if environmental mismatch provides no principled reason for return to explicit control, or if the same observations are explained equally well without distinguishing explicit and relegated aspects.