This repository is a personal collection of simulation experiments — from physics to pattern formation — written in Python and Julia. It's a space where I implement and visualize any simulation idea that sparks my curiosity.
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Turing Patterns – reaction-diffusion systems and pattern emergence (Postponed)
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Wave Simulations – 1D/2D wave equations in motion (work in progress)
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Kolmogorov Flow Simulation – currently in progress
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Plinko – casino-style plinko (matter.js) with a Science mode that overlays the empirical slot histogram on the theoretical binomial distribution. Open
plinko/index.htmlin a browser — no build step. Adjustable rows (8–16), risk profile, auto-bet, trails, heatmap, and a 10k-sample stress test. -
More to come: fluid dynamics, cellular automata, particle systems...
- Python – NumPy, Matplotlib, SciPy
- Julia – Makie.jl, DifferentialEquations.jl, FFTW.jl
This is a constantly evolving project — not all simulations are polished, but each one reflects something I wanted to understand by building it.
Feel free to suggest cool systems to simulate!