Negative Mass Chase: Exotic Matter Dynamics
Simulate exotic matter with negative inertial mass: a negative-mass body accelerates toward a push instead of away from it, producing a self-accelerating 'runaway' pair with a positive-mass partner. Real Newtonian dynamics, no fiction.
Theories that require exotic matter — from traversable wormholes to speculative multiversal energy-transfer schemes — usually lean on one specific property: negative mass-energy density. This simulator isolates that single property and runs it through ordinary Newtonian mechanics with nothing else changed. Spawn a "chase pair" — one positive-mass and one negative-mass body — and watch them accelerate together indefinitely, the negative-mass body forever pursuing the positive-mass body that is forever fleeing it, because F = ma with a negative m inverts the direction of every force applied to it. Adjust the two masses and the coupling constant, drop in a mixed random field to see many such interactions play out at once, and read live totals for body count, peak speed, and total momentum while the simulation runs.
Simulate exotic matter with negative inertial mass: a negative-mass body accelerates toward a push instead of away from it, producing a self-accelerating 'runaway' pair with a positive-mass partner under ordinary Newtonian gravity.
3D · Three.js / WebGL renderer · 60 FPS target · runs fully client-side, no install