Belief Correction via Costly-Accurate Signals
Interactive Bayesian model of how a formal undergraduate science curriculum corrects a false belief over time: each course exposure is a high-cost, high-quality evidence signal that shifts a student's log-odds toward truth, unlike casual low-quality social exposure.
A student's belief in a false explanation is modeled as a probability tracked in log-odds form, updated Bayesian-style by every piece of coursework encountered. Because formal science education is expensive to produce and consume — derivations, lab work, peer-reviewed sources — each exposure carries a large, mostly truth-pointing likelihood ratio, so the cohort's log-odds drift steadily toward the correct explanation over a semester timescale, distinct from the fast, noisy contagion dynamics of casual social exposure. Tune the course-exposure rate, evidence quality and starting belief to see how quickly — and how reliably — a whole cohort converges.
This simulation models how formal education corrects beliefs through high-quality evidence, using Bayesian updates.
2D · HTML5 Canvas 2D · 60 FPS target · runs fully client-side, no install