Terra-Computing II: Bounded Mechanisms for Elemental Isolation and Intent Compression

Terra-Computing II: Bounded Mechanisms for Elemental Isolation and Intent Compression Chloe Jane Tully, Independent Researcher Engineer, Australia https://orcid.org/0009-0007-5661-7332 November 12th 2026 CC BY 4.0 The preceding note (Terra-Computing I) proposed that certain pre-modern ritual enclosures can be read as biological computing stacks: geometric boundaries as sandboxes, elemental media as power and data channels, and the practitioner's nervous system as processor. The present paper supplies the missing operational constraints. It defines three checkable claims—(i) a measurable isolation differential produced by a closed geometric boundary, (ii) a compression step that reduces a multi-part intention to a single non-semantic sigil, and (iii) a coherence filter, indexed by the Quasi-Equivalence Index (QEI), that rejects low-coherence cognitive traffic during the enclosed interval. No identity is asserted between the -graded Ly-Algebra and any physical substrate; the algebra supplies only the grading used to score coherence. All mechanisms are stated so that they can be confirmed, refuted, or bounded by simple observational protocols.