Home▸Physics & Mechanics▸Vicsek Model Lab: Noise-Driven Flocking Order-Disorder Transition and Critical Noise

🐟 Vicsek Model Lab: Noise-Driven Flocking Order-Disorder Transition and Critical Noise

Self-propelled particles with noisy alignment: tune noise and density, watch the order parameter collapse, and estimate the critical noise by finite-size scaling.

Physics & Mechanics3DAdvanced60 FPS📱 Mobile-adapted🟠 Blender

⚙ Under the hood

Self-propelled particles with noisy neighbour alignment on a periodic box. Tune noise, density, speed and radius, watch the order parameter collapse, and estimate the critical noise from susceptibility and Binder-cumulant finite-size scaling, with angular versus vectorial noise and a bioluminescent night-sea view.

Vicsek modelflockingphase transitionorder parameterfinite-size scaling

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