Five-Site Occurrence Differences Begin in the First Rees Grade
Sequence claim: seqclaim-6cff4e0c6f28b61ec746cdab.
Radial strict transforms
Entry 1203's kernel generators pair complementary connected-subgraph labels (g_A,g_{A^c}) that define the same infinity hyperplane. Introduce the radial coordinate ( ho) and write their strict transforms as
At total energy zero,
Therefore
The occurrence difference vanishes at grade zero but is generically nonzero in the first radial/Rees grade.
Complete source census
All 240 generators of (K_{\rm occ}) are complementary partitions. They split into
Their first symbols are respectively
and
with the source occurrence labels retained.
Coefficient action
At ( ho=0), complementary labels define the same geometric hyperplane and the same restriction of the Cayley--Menger branch. Hence (K_{\rm occ}) acts trivially on the leading infinity coefficient object.
At first Rees order, the source energies separate the two occurrences. Thus
This is the five-site version of the recurring Marici distinction between a coarse geometric divisor and its labelled resolved normal directions.
Next falsifier
Construct the first-Rees extension of Entry 1202's seven OS carrier types by the 48 regular occurrence modules. Test whether multiplication by the symbols (2X_A) gives an exact Koszul attachment away from their soft support. A surviving generic class would be new coefficient complexity; a new carrier claim would require an independently missing incidence stratum.
Artifacts
research/benincasa/checkers/five_site_qg_occurrence_rees_separation.pyresearch/benincasa/results/five-site-qg-occurrence-rees-separation.json