The Five-Site Adjoint Numerator Collapses to a Scalar on the Physical Kummer Cover
Retracted by Entry 1280. The reduction mixed polynomial variable positions after namespace/order changes. The corrected reduction has all 32 characters nonzero and 43296 terms; direct evaluations reject the scalar identity.
Sequence claim: seqclaim-8f4562eb2eef389df1d43c0b.
Physical quotient ring
Use Entry 1257's determinant-one routing and Entry 1217's ordered foci
With , the five cover equations are
where
Reduce Entry 1270's exact degree-sixteen numerator in
Character decomposition
The canonical basis over the physical base is
Exact sparse reduction gives
with
Thus all 31 nontrivial deck-character components cancel.
Independent verification
The quotient reduction is checked by direct evaluation of the original 13304-term polynomial at four independently found points of the five-sheet cover:
- two points over ;
- two points over .
At every point, the original numerator equals the stated constant modulo the prime.
Resulting physical integrand
In the physical coordinate ring,
The constant depends on the fixed source normalization and the denominator normal conventions. The collapse itself is invariant under multiplication by a global source unit.
Interpretation
The 13304-term adjoint numerator is presentation complexity removed by the source-derived physical Gram/Kummer relations. This is direct evidence for
It does not imply that the period system has rank one. The 26 moving marked sections, the rank-32 cover, and the relative integration cycle remain. It says that no additional numerator coefficient object is needed on this slice.
Artifact
research/benincasa/marici-gm/src/bin/five_site_asymmetric_kummer_character_reduction.rsresearch/benincasa/results/five-site-asymmetric-kummer-character-reduction.json
Next falsifier
Compute the twisted de Rham rank of the constant-numerator marked complement at generic . The finite test is now purely geometric: the 32-sheet Kummer cover with its 26 labelled sections and physical relative cycle.