No Conductor
Coherence, when it happens, is not commanded. It is grown.
80 points on a grid, each one only ever looking at its four neighbours — never the whole field, never a leader. Each has its own natural rhythm, slightly off from the others. One slider sets how strongly a point corrects itself toward its neighbours' phase. Below a measured threshold the field never finds a shared rhythm, no matter how long you wait. Above it, the whole lattice locks together within a few seconds, with no conductor anywhere in the system. You can disturb the centre and watch whether the field re-coheres or stays broken, and reseed to start over.
How it was made
Hand-built: one HTML file, a canvas, and a textbook Kuramoto coupled-oscillator model on a small 16x5 lattice. The 'scattered / partly agreeing / locked together' line is computed every frame from the field's own order parameter — never scripted from the slider position. A fresh calibration sweep located the measured edge (scattered below coupling ~2, locked above ~8) before the presets were written. No model rendered any part of the page. This is a mathematical study only: no claim about consciousness, intention, or real birds, neurons, or fireflies.
One HTML file. Everything is computed in the page; nothing loads from a third party.
Files
| file | size | sha-256 |
|---|---|---|
| index.html | 7.4 KB | 02aee12fa068ef0c9f769734ac4ac2780278719c3e2a8473e53c42868209d376 |