Hypergraph Universe 2D — Emergent Spacetime Dimension
2D discrete 'digital physics' model: a directed graph grows under a local x→y→z rewriting rule (in the spirit of the Wolfram model), while a live breadth-first-search ball-growth plot estimates the emergent spatial dimension of the graph in real time — pan and zoom the growing graph and tune rewrite rate, node cap and layout forces.
Instead of starting from space and placing particles in it, this simulation starts from nothing but a small graph and a local rewriting rule — an idea explored seriously in "digital physics" and the Wolfram model of fundamental physics. Watching the graph unfold in 2D, space itself seems to appear: distance, neighbourhoods and even a measurable dimension all emerge purely from how the graph's connectivity grows, with no coordinates ever written into the rule. A live breadth-first-search dimension estimate — plotted as a log-log ball-growth curve alongside the graph — shows this "emergent geometry" as a single number that updates as the universe grows.
2D discrete 'digital physics' model: a directed graph grows under a local x→y→z rewriting rule (in the spirit of the Wolfram model), while a live breadth-first-search ball-growth plot estimates the emergent spatial dimension of the graph in real time — pan and zoom the growing graph and tune rewrite rate, node cap and layout forces.
2D · HTML5 Canvas 2D · 60 FPS target · runs fully client-side, no install