Teacher · Implementation laboratory

POC — Nested Identity Ring-Torus Projections

This experiment renders a recursively nested MindNode tree (galaxy → solar system → sun / planet → moon) as identities nested inside identities. Each child supplies two live circular readings: its depth-one phase and its terminal-depth phase. Their joint phase address has S¹×S¹ topology; this page chooses an invisible ring-torus embedding for that address. Only the identity — one point per node — is rendered on that declared embedding. Every node's two displayed phase coordinates come from its own identity dimension, integrated by the governed mind-dynamics.js runtime (G3 vertical consequence, automatic G5 whole convergence at any node declaring two dimensions, automatic G6 delayed return into that node's own depth 1, and explicitly configured G7 wider routes linking every child to its own parent). Nothing here re-derives real orbital mechanics, gravity, or black-hole physics: the "galaxy core" / "solar system" / "planet" / "moon" labels are a container metaphor for recursive nested identity, matching the source description of a whole formed from parts that are themselves wholes. The nesting radius, per-level tilt, and sibling spread are display conventions chosen for this POC, not source-derived observables.