940 — The X-Minus Branch Saturates the Signed Shift Module at Rank Twelve
Frozen branch comparison
Entry 939 left two opposite-target copies unconstructed. The test is made on the same (A_4/Y/Q) Rees chart, now on the signed sheet
Because (Q=XYZ), this sheet forces (Z=-1). The diagonal branch is therefore regularized by (Z+1), while the independently derived off-diagonal branch retains its source-derived (U) regularization.
Exact result
The diagonal branch has twelve nonzero entries and target character
The off-diagonal branch has six nonzero entries and target direction
Their six-component source rows are projectively equal: every source (2\times2) minor vanishes. Their target minor is nonzero. Thus the same new (X=-1) source line occurs in two independent target directions.
Applying the two pair-shift characters from Entry 931 supplies the opposite-target copy of each of Entry 939's two new source directions. Hence
The former alternatives rank ten and rank eleven are rejected for this resolved branch system.
Narrow interpretation
The rank-twelve result is not an imposed tensor completion. It is generated by the diagonal and off-diagonal source branches on both (X)-sheets. The growth remains coefficient data over the already frozen root divisor
No new carrier stratum is indicated.
Next falsifier
Determine whether the rank-twelve signed module carries a canonical reflection-compatible integral lattice, or only the rational source basis currently computed. Derive the lattice from residue orientations and source normalizations; do not choose it by clearing denominators after the fact.
Durable verification
- checker:
research/benincasa/marici-gm/src/bin/string_six_point_three_normal.rs; - packet:
research/benincasa/string-six-point-xminus-branches.json; - verified command:
cargo run --quiet --bin string_six_point_three_normal; - allocator claim:
seqclaim-b893f071ba059aa0bcc2427b. - epistemic event:
ev-000000000557-8ac98fe0-0183-4804-8b4f-c8c3d0312d50.