3D Memory Solidification Simulator

This companion 3D visualization renders the same childhood-suggestibility mathematics as a physical process rather than a chart. A single memory object begins as a faint, unstable, wireframe form — an accurate metaphor for how weakly a suggested false event is initially encoded. As question-suggestiveness strength, interview-session count and the child's age-based susceptibility drive the underlying logistic acceptance probability upward, the object visibly solidifies: its geometry gains detail, its surface fills from wireframe to opaque shading, its jitter settles, and orbiting "detail satellites" appear, echoing how repeatedly interviewed preschoolers add increasingly specific, confident invented details to a false account. Run interview sessions one at a time to watch a memory cross the threshold from uncertain fabrication to something the simulated child now experiences as real.