slime mold spread simulation
A free physics simulation — play it in your browser, no install. [Entry for the McGill Physics Hackathon 2022] 🥈2nd place Overall Winner 🥇1st place Biophysics Winner | Simulating the spread of slime mold using cellular automata.
Vote and save it — continue with GitHub or sign in free
GitHub asks to share your profile and email with us. We never post anything.
No account needed to save ♥ or react 🔥: they’re under the game. Or vote with email.
Open the live demo Source on GitHubFrom the README
Simulating the spread of the Physarum polycephalum slime mold using cellular automata. Inspired by reasearch done on pattern formation observed on real life slime mold.
Based on the Jones 2010 paper.
Entry for the McGill Physics Hackathon 2022.
Made by Mohamed Ben Mekki, Leif Martens-Wallace, and Rayane Bouafia.
Built something like this? Submit your vibe — free account, takes a minute. How listing works.
More like this
double pendulum
A simulation for the popular double pendulum experiment in classical physics.
cellularAutomata
A cellular automaton (pl. cellular automata, abbrev. CA) is a discrete model studied in computer science, mathematics, physics, complexity science…
life3d
3D Game of Life where cells have weight: unsupported structures fall, shatter and grow again. three.js + Rapier. All done by Claude Opus 5.5.
spherical mirror sandbox
Visualizing the image formation via. a spherical mirror.
DinoRerun
A remake of Chrome Dino game using p5js graphics library.
ray tracer
Javascript implementation of 2d raytracer
Made this?
Claim it: create a free account, then press CLAIM THIS in the cruiser. Put the badge below in your README or on your demo page first; that link is how we know it's yours.
Your project is on the cruise, loaded live from your own site. Put the badge in your README or on the demo page: it shows your live play count, it links back to this page, and everyone who lands here is one click from running the real thing.
