Control Complexity Dynamics - Scaffolded-Exploration Flywheel and Cognitive-Overload Trap¶
Run the Control Complexity Dynamics Fullscreen
About This MicroSim¶
A causal loop diagram with eight variable-nodes and two named loops. R1 (Scaffolded-exploration flywheel): When control count stays tight, available germane capacity feeds observation quality, pattern recognition, schema construction, learner confidence, and exploration depth -- a reinforcing productive loop. B1 (Cognitive-overload trap): Too many controls raise extraneous cognitive load, crowd out germane capacity, and freeze exploration. The shared node "Available Germane Capacity" belongs to both loops.
Diagram Details¶
flowchart LR
NC[Number of Controls] -->|+| ECL[Extraneous Cognitive Load]
ECL -->|minus| AGC[Available Germane Capacity]
AGC -->|+| OQ[Observation Quality]
OQ -->|+| PR[Pattern Recognition]
PR -->|+| SCH[Schema Construction]
SCH -->|+ delay| LC[Learner Confidence]
LC -->|+| ED[Exploration Depth]
ED -->|+| PR
NC -->|minus| ED