Most "physics visualizations" are cartoons: someone decides what a thing should look like and animates that. This one inverts the rule. Every panel below is driven by a number the engine computes from the forced recognition law, with zero free parameters. Where a value is a Lean theorem we say so; where it is an empirical match we label it; where it is an interpretation we hold short of proof we tag it. The point is not that it looks impressive. The point is that you can check it, and that you can try to break it and watch it refuse.
New here? Take the two-minute guided tour, from nothing to a galaxy →
The first row is the kernel itself. The second row is what the same kernel produces at the scale of a particle, a galaxy, and a thought. Tick-synced panels share the breath you see in the hero.
A single act of recognition forces the cost law, which forces φ, the 8-tick cadence, and three dimensions, which force the fine-structure constant and the mass ladder. No step is fitted. Watch the forcing pulse travel the chain each breath.
Every recognition is posted twice, plus and minus, so conservation is exact rather than approximate. The J-cost meter only ever climbs. Hit "force an imbalance" to inject an unbalanced posting and watch the falsifier fire: σ leaves zero and the panel rejects the tick.
Reality's clock is a period-8 cyclic shift. An idle region just rotates its register one notch per tick and lands exactly back where it began after eight, so skipping idle time is exact, not approximate. This is the cadence every other panel runs on.
This is the hero field, measured. Regions are carried coarse for free; the engine only spends work where a distinction is forced. The compression bar is the fraction still carried coarse; the cost bar is the J-cost posted this breath. The same engine spans a voxel and a cosmos because idle is cheap.
A particle is a closed 8-tick light pattern; its mass is a power of φ set by which rung it closes on. The electron, muon, and tau sit at rungs 2, 13, 19. Their ratios are pure powers of φ with no fitted constant. The absolute scale is one shared calibration, not one per particle.
Words live as chords on the same manifold that carries mass. Run the recognition tick around a closed loop and it banks a Berry phase equal to half the area it encloses. The octant loop banks exactly π/4. That accumulated phase is what the framework reads as understanding.
Real SPARC galaxies. The dots are measured rotation speeds with error bars. The dashed line is what the visible matter alone predicts under Newton: it falls. The solid line is the recognition-weight prediction from the same baryons, with zero per-galaxy parameters, and it stays flat with the data. Toggle the negative control to scramble the velocities and watch the agreement collapse, exactly as the Lean falsifier requires.
The rotation-curve panel embeds real per-radius arrays computed by the audited ILG kernel and parity-checked against the gated scorecard, so the curve you see is the curve the science produces. The cost law, the 8-tick shift, the φ ladder, and the Pancharatnam Berry phase are exact small calculations ported into this page and annotated in the source. The roadmap to make every panel fully trace-driven from the live server engine is a one-step upgrade: stream the kernel's per-tick ledger into the same renderers.
scripts/cosmogenesis/export_viz_data.py (faithful SPARC curves, parity-checked) and artifacts/ilg_rotation_curve_scorecard.json. Regenerate with python3 -m scripts.cosmogenesis.build_reality_viz. Generated 2026-06-05T21:41:16.