Real2Simulation

Real2Simulation turns a phone video into real physics you can measure, replay in 3D and change. The problem: In a school lab, students film an experiment, but getting real numbers from the video means clicking the object frame by frame. A simulation is a separate tool that never matches what really happened. Most AI tools also just give a number with no proof and no uncertainty. What it does: 1. Film an experiment. You upload a phone clip and tell the agent what to measure, for example "Measure the falling book, it is 20.3 cm wide". It tracks the object, fits the motion and gives a result with uncertainty. Our phone book drop measured 9.07 +/- 0.62 m/s^2. The demo video shows another drop of the same book: 9.1 +/- 1.1 m/s^2. Over 12 drops of the same book the median was 9.03: repeatable, but still a little low, and we say that openly. 2. Redo it with changes. The measured points stay fixed in a 3D replay while you change things like gravity (Earth to Moon) and watch the simulation move away from reality. 3. Film a room. Your room video becomes an editable 3D physics lab. You can add a ball, a ramp or a pendulum, press Play and run experiments inside your own room. 4. Use it in a class, with no account needed. A ready physics lab template with guided lessons ("Does a heavier ball fall faster?"), Fit trace with uncertainty, and a Guess the Gravity game. Honest by design: Every number comes from tracked data, the fitter or the simulator, never written by the AI. Results are always labelled MEASURED, SIMULATED or MODEL-ESTIMATED, with "scale assumed" or "scale unverified" where needed. If the agent is missing a size or a frame rate, it asks you instead of guessing. Live: https://real2simulation.rookiecoders.tech