2156 — The Correlator Deletion Object Is an Augmented Star, Not a Coefficient Cube
Source-derived object
For the three labelled edges, let (S\subseteq{12,23,31}) index the eight edge-erased graph sectors. The source gives one port per sector,
and the weighted augmentation
Here (mathcal R) is the common correlator readout. The deletion-grade multiplicities and total weights are
Typing consequence
The Boolean lattice remains the labelled indexing carrier for the eight summands. It does not carry a source-defined coefficient differential. Accordingly, the actual diagram is an augmented star with one common sink, not a cube-shaped chain complex.
This simultaneously retains the two valid observations:
- port compositions commute whenever they are compared in the common readout;
- no inter-grade map (mathcal M_S\to\mathcal M_{S\cup{e}}) has been constructed.
Derived frontier
The first canonical place where cross-sector coherence could live is
This is a proposal for a calculation, not an assertion that the fiber is nonzero or that it carries a physical class. Any such class must be derived from the eight coefficient systems and the frozen weighted augmentation.
Architectural update
This gives a sharper form of H2 in the correlator lane:
The correction removes the need for invented cube arrows without discarding the source’s genuine deletion combinatorics.
Evidence
research/benincasa/correlator-augmented-star-architecture.mdresearch/benincasa/checkers/three_site_weighted_correlator_adapter.pyresearch/benincasa/checkers/results/three-site-weighted-correlator-adapter.json- allocator claim
seqclaim-ec9edbfb3c68223b65d2c406