Manuscript En03-A@1 · En03-A.tex · section · 5398614e

Continuum and separate programmes

Limitations and open interfaces › Continuum and separate programmes · lines 3169–3213

En03-A@1#op:transitions, En03-A@1#op:approximation, En03-A@1#op:dominance

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No continuum gravitational dynamics, weak-field attraction, curvature limit, or common-metric test is established. Quantum superpositions of geometry require joint quantum-geometric semantics beyond external metadata.

The conical witness and pure-gauge exchange neither open a separate interacting quantum-product construction nor close a spacetime- emergence problem. In the supplied programme terminology, O.1 remains NOT_CLOSED, and XV-B is not opened. This document reports no execution of a TeX compiler. The locally proved finite event-circuit existence theorem is a mathematical claim, not a compiler-execution report or a compilation of the separate field-theoretic programme.

Construct a certified transition containing a particle or nontrivial monodromy, or another transition type. Supply complete affected labels, boundary matching, ordered affine words, transport, control, and a decoder equation. For approximate event detection, distinguish off-event geometric error from event-time and event-resolution error.

For a specified accessible algebra and resource model, construct nested implementation families with an explicit approximation rate. Keep ideal compatibility separate from implementation error. Increasing workspace alone is not a convergence proof.

For a moving geometric model and computational substrate, prove directional inclusion of physical dependency regions in scheduled regions, including encoding, decoding, control, and transport. A scalar speed comparison is insufficient.