This MATLAB-based simulation models the Brownian motion of particles suspended in a fluid, designed to complement experimental observations of polystyrene beads in glycol solution. The simulation provides theoretical predictions that can be compared with experimental data gathered using computer vision tracking.
The simulation implements both 1D and 2D Brownian motion models, incorporating various physical parameters and statistical analyses. It's particularly useful for validating experimental setups and understanding the underlying physics of particle diffusion.