The Physical Universe — Interactive Simulations
Most physics teaching shows you the equation and asks you to trust it. These simulations show you the phenomenon and let you test whether the equation actually captures what's happening. Some of what you'll see has never been tested experimentally. Other parts contradict what's in the textbooks. All of it is designed to make you think.
Live & Coming Soon
Simulation 01 — Live
You are moving at 29.78 km/s right now. Light spreads symmetrically around you. We've never checked whether it would still spread symmetrically if you weren't moving. This simulation shows the untested experiments — and why they matter.
Simulation 02 — Coming Soon
Field condensation produces flat rotation curves without invoking invisible mass. Adjustable density parameters. Compare the condensation model against observed galaxy profiles.
Simulation 03 — Coming Soon
Multi-scale view from cosmic structure to quantum behaviour. Four-phase field: gas, liquid, solid, plasma. Watch density gradients drive the same mechanism at every scale.
Simulation 04 — Coming Soon
Compare condensation model solar core density (7,000 kg/m³) against current tokamak specifications. Why the plasma density has been wrong for 74 years — visualised.
These simulations are not proofs. They are visual demonstrations of alternative hypotheses that make testable predictions. Some predictions align with current observations; others diverge from accepted theory. Where they diverge, specific experiments are proposed. The goal is not to convince you that the standard model is wrong, but to show you that alternative explanations exist — and that many of them have never been experimentally ruled out.