Cognitive Psychology Analysis

Model and evidence

Working memory is limited; long-term schemas change effective complexity. Interruption requires goal-memory reconstruction. Guidance effects depend on expertise and can reverse [EV-COG-2026-27F1]. Disruption varies with context, timing, source, and priority [EV-COG-2026-C5A4]. External cues can improve resumption [EV-MAINT-2026-0A52].

Counterevidence and interpretations

“Cognitive load” is often used as an unfalsifiable design slogan. Self-reported load may not track performance. Redundancy can be harmful for experts but protective in safety contexts. Lower effort can reduce learning.

Reusable methods and outcomes

Dual-task measures, recall, delayed transfer, resumption lag, error rate, calibration, eye tracking where justified, expertise stratification, and retention tests.

Coverage, gap, and challenged assumptions

Psychology explains recipient adaptation, cueing, memory limits, and calibration. It rejects one-template-fits-all and “less effort is always better.” It does not specify organizational authority or software lifecycle traceability.

Discriminating experiment

Factor handoff detail by measured task expertise and risk. Expertise-by-detail interaction should appear; absence would weaken adaptive-profile claims.

Confidence and limits

High confidence in general mechanisms; Medium transfer to real software handoffs.

Ten future questions

1. Which task-state elements are most vulnerable to forgetting?
2. What expertise measure predicts detail needs?
3. When does redundancy become protective?
4. Does lower reconstruction effort impair later learning?
5. Which calibration feedback reduces false confidence?
6. How does interruption timing alter optimal handoff content?
7. Are self-report load measures decision-useful?
8. Can progressive disclosure avoid expertise reversal?
9. What is the minimum cue set for goal reconstruction?
10. Does cognitive adaptation add value beyond ordinary audience analysis?

Completion assessment

Bounded rapid map complete; real-world factorial replication remains debt.