CHIRAL SYNTH

Real-time Phase Velocity via Koopman Angular Momentum
Draw bounding boxes on the camera feed and wave your hands. Instead of heavy OpenCV optical flow, this uses the Geometric Neuron V5 math: collapsing frames into 1D spatial vectors and applying a bilinear cross-time product L = Im(z(t) ยท z*(t-lag)). It computes direction instantly, scaling pitch to phase velocity.

*Requires camera access and Web Audio API

ACTIVE ZONES (2)
Draw a box on the video feed to create a new synth zone.
Why is this faster than OpenCV?
Standard dense optical flow solves polynomial equations for every pixel (O(N*M)). Chiral Synth averages activity into vertical columns, creating a 1D complex observable. It then calculates the phase rotation between frames using pure arithmetic. It tracks movement direction at a fraction of the computational cost.