3D UFO Cell Culture Dose-Response Simulator
3D radiobiology simulator: watch two live instanced cell-culture dishes — one irradiated at a claimed UFO exposure dose, one an unexposed control — where individual cells visibly die according to the linear-quadratic dose-response model, with a live survival-fraction tally and statistical-significance verdict against the background mutation rate.
A claimed "cellular damage" exposure from a UFO encounter is testable the same way any radiobiology claim is: fit it to the linear-quadratic dose-response model that predicts real cell-survival curves, then check whether the resulting damage rate clears the ordinary background mutation rate cells show anyway. This 3D scene renders that test as two live instanced cell-culture dishes — an irradiated dish where each cell independently survives or dies according to S(D) = e^(−αD−βD²), and an unexposed control dish dying only at the background rate — with a live survival tally on the dish itself and a full-sample two-proportion z-test run alongside it. Adjust dose, radiosensitivity, background rate and sample size, then re-irradiate to see how much a small dish can mislead versus what the statistics on the full assay actually support.
Visualize individual cells in a 3D grid, where each cell stochastically survives or dies based on the calculated dose-response probability.
3D · Three.js / WebGL renderer · 60 FPS target · runs fully client-side, no install