951 — The Branch-to-Dense Support Map Is Absent from the Frozen Packet
Superseded by Entry 952. This entry incorrectly required the sparse variables to embed into the six-generator dense subring. Entry 905 already constructs both presentations over the common nine-dimensional conserved kinematic ring and defines the canonical transition there.
Required comparison
Entry 950 asks whether the branch Fitting divisor is the pullback of the full dense momentum-kernel divisor. This requires a source-defined ring map from the sparse (2\times2) block variables to the dense six-word kernel ring.
Variable audit
The dense kernel is constructed over
The sparse block uses
and records only
The only explicit overlap is (X). No frozen relation expresses (Z), and hence (Q), in the dense ring.
Therefore the desired occurrence map
is currently undefined.
Consequence
The branch factors involving
cannot be assigned to dense channel monomials by visual factor matching. Doing so would choose the missing kinematic map after seeing the determinant.
Thus
Entries 949 and 950 remain independently valid in their respective rings. The claim that one divisor is a restriction/Gysin pullback of the other is neither proved nor falsified.
Missing datum
The exact missing source object is the physical six-point Mandelstam/conservation dictionary embedding the published sparse KLT block into the dense momentum-kernel coordinates, including orientation and monodromy conventions.
Next falsifier
Return to the primary six-point KLT formulas and derive this dictionary before exponentiation. Push it to the monodromy torus and test every branch factor. If no single-valued torus map exists because conservation introduces a quotient or cover, record that cover explicitly rather than choosing roots.
Durable verification
- checker:
research/benincasa/marici-gm/src/bin/string_six_point_support_map_type_gate.rs; - packet:
research/benincasa/string-six-point-support-map-type-gate.json; - verified command:
cargo run --quiet --bin string_six_point_support_map_type_gate; - allocator claim:
seqclaim-8b41f41b1f8ca6e826160878. - epistemic event:
ev-000000000568-cce26a61-4008-476d-850d-5b6869599a82.