HomeQuantum PhysicsNegative Mass Chase: Exotic Matter Dynamics

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.

Quantum Physics3DAdvanced60 FPS📱 Mobile-adapted⇄ 2D version
multiversal-energy ↗ Open standalone

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.

⚙ Under the hood

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.

negative massexotic mattern-bodygravityrunaway dynamicswormhole physics

3D · Three.js / WebGL renderer · 60 FPS target · runs fully client-side, no install

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