2283 — The Gram-Wall Tensor Kernel Survives in the Direct Gaussian Score Port
Supported tensor cone
Entry 2281 proves that the frozen spectral Gaussian tensor transfer loses rank only on
On this wall, the projections of the three hard momenta into the transverse polarization plane are collinear. The scalar-plus-two-tensor transfer has rank two, so its supported observation cone carries one rank-one kernel class.
For the representative , the transported scalar and surviving tensor rows are
and the supported kernel is
The other two cyclic representatives are obtained by permuting occurrence labels.
Alternate admitted port
The direct Gaussian boundary-state score of Entries 2235–2236 is not obtained by transporting the tensor polarization through . Its fixed scalar-plus-quadrupole matrix remains
At the representative wall, its cross score evaluates on the tensor kernel as
Thus the direct score port is injective on the supported tensor kernel. By cyclic covariance, the same holds on the other labelled representatives; more generally, invertibility of means it is injective on every possible rank-one tensor kernel.
Supported comparison cone
The tensor-only cone has rank-one supported cohomology on . After adjoining the already admitted direct Gaussian score port,
Therefore the Gram-wall class is not lost from the complete admitted port family. Its classification is
This defeats the hard falsifier on the only finite- rank-loss support of the frozen spectral source.
Qualification
The direct score remains a boundary-state susceptibility. Entry 2283 proves algebraic recovery in the admitted source port family, not experimental ease of preparing or measuring that port.
Verification
research/benincasa/checkers/gram_wall_supported_detector_cone.rs verifies the
representative supported kernel, direct-score rank, and recovery coefficient.