· Interactive · DrLeeWorks

Simple Rules, Uncertain Worlds

An experimental particle demo for observing how simple rules and stochastic fluctuation affect structures over time.

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Simple Rules, Uncertain Worlds

This demo is not a scripted animation designed to produce a particular shape or ideal outcome. It defines only weak attraction, short-range repulsion, small stochastic force, and probabilistic bond formation and breaking, then displays the resulting time evolution.

Run the same setup more than once, or enter a seed to revisit a world you found earlier. The same seed and parameters reproduce the same initial state and, as far as the browser timing permits, the same simulation. Set Randomness to 0 to compare the system without stochastic force.

Observe a particle system over time using a few simple rules and seed-based stochastic force. No particular shape or outcome is being targeted.

Particles50Bonds0Clusters50Largest Cluster1

Attraction · Repulsion · Stochastic movement · Probabilistic bonds

This is not a simulation of quantum mechanics. It is a small computational experiment for observing what structures form, grow, break down, and reconnect when stochastic fluctuation is added to a simple rule-based system. It includes no arbitrary complexity score or rule that forces a particular pattern.

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