Principlev1

When task-boredom signals under-challenge, inject complexity

When task-boredom signals under-challenge, inject complexity by adding constraints, combining tasks, or converting execution into teaching rather than forcing continued engagement.

Why This Is a Principle

Derived from Working Memory Capacity Limit (working memory limits), Directed Attention as Depletable Resource (attention as finite resource), and Flow occurs when challenge slightly exceeds current (flow occurs when challenge matches capability). This is a task-redesign principle that follows from the flow model—it tells you what to do when you detect the boredom signal, based on underlying truths about attention and engagement.

Source Lessons

L-0071

Boredom is an attention signal

Boredom is not the absence of stimulation — it is a self-regulatory signal that your attention is misallocated relative to your current skill level, values, or goals.

Connections

Derived From (3)

AxiomWorking Memory Capacity Limit AxiomDirected Attention as Depletable Resource AxiomFlow occurs when challenge slightly exceeds current

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