ORGANISM

LIVE ANATOMY self-repair EXPERIMENTAL human-on-loop

The living organism (a11oy + killinchu) as a directed causal-dependency graph: an edge source→target means the target organ causally depends on the source. Each organ holds local homeostatic invariants. DEMO: kill an organ and watch downstream organs re-route around it while the surrounding tissue self-heals over discrete NCA-style steps. Vitals are LIVE where the in-process anatomy/mesh expose them, MODELED otherwise; self-repair is an EXPERIMENTAL explicit local rule (not a trained CA). Effectors SIMULATED — this heals a model of the organism.

Causal organism · 3D LIVE + EXPERIMENTAL GET /organism/causal · /self-repair

lesion organ

organism healthy · no lesion

Organs · invariants · vitals λ2 …

loading causal anatomy…

Self-repair traceEXPERIMENTAL

kill an organ to run the local homeostatic update…

HONESTY. The causal graph + invariants are LIVE; per-organ vitals are LIVE where the in-process anatomy/mesh expose them, MODELED otherwise. Self-repair is an EXPERIMENTAL explicit local rule — s += rate·(mean(neighbour_state)−s), the lesioned organ pinned to 0, re-route on a dead required upstream — not a trained neural CA. Fiedler λ2 is the same spectral metric the MESH surface uses. 3D is the app's vendored UMD three.js (/vendor/three.min.js); 0 runtime CDN — degrades to an honest 2D fallback if the vendor bundle is absent. Effectors SIMULATED human-on-loop — no live vessel/sub control. Doctrine v11, locked = 8 @ c7c0ba17.
Refs. Growing NCA distill.pub/2020/growing-ca · homeostatic NCA arXiv:2511.02241 · Fiedler arXiv:2504.06894.