Experiments where the Law gets stress-tested.

A single, disciplined yes/no channel that lights up only when a stream behaves like a stable pattern instead of noise. In practice it acts like a “field conscience” for the HUD: if your inputs stay clean and rhythmic, the bit locks in; if you drift, it drops. No formulas, just a binary read on whether you’re actually riding the field or not.

A timing engine that watches how you move through the field— direction changes, bursts, recoveries—and compresses that into a single coherence score between 0 and 1. The same core logic drives both the desktop OpenSpace arena and the 2D mobile build, so the game can feel your “clean play” even when the visuals look different.

A stripped-down firmware stack for microcontrollers that turns biosignals and motion (PPG + IMU) into a live coherence channel and a small “energy” band. It runs on edge hardware with no cloud dependency, so you can feel the field through haptics and light patterns even when everything else is offline.

Small benchmark runs that treat a quantum processor as just another noisy field. We push simple, ordered patterns through toy circuits and watch how fast they blur as we add qubits and depth. The point isn’t to publish gate counts—it’s to get a first, honest coherence read on the hardware stack itself. Early runs already show the same dephasing + relaxation patterns as classical fields.