This file records the small set of public declarations whose names alone do
not reveal whether their mathematics is checked. A declaration containing
sorry is admitted, not proved. A ...Statement : Prop declaration states a
target and is not itself evidence.
None.
These declarations record possible mathematical targets but currently have no theorem, refutation, or production caller. They contain no admission.
| Declaration | Status |
|---|---|
HurwitzOddEvenToReverseFullyInterlacingPairStatement |
Proposed reverse-row replacement for the refuted legacy Hurwitz-to-Lace orientation |
iterateThetaPlusOneSelfPrec0Statement |
Unused open proper-position target for iterates of theta + 1 |
polarThetaPreservesPrec0Statement |
Unused open proper-position target for the bounded-degree polar-theta operator |
The Hoster--Stump challenge module also retains the abstract, unproved targets
RefinedBaseRowStatement, RefinedRecurrenceStatement,
RefinedDeletionRelaxationStatement, Theorem33DiagramStatement,
Lemma31GammaExpansionStatement, and MainTheoremStatement. Their former
assembly route was removed because it required four separately refuted weak
preservation propositions. None of these targets contains an admission or has
a production caller.
| Topic | Checked declaration |
|---|---|
| Real finite-symbol sufficiency | BorceaBranden.finiteSymbolTheorem |
| Complex finite-symbol classification | Challenges.BorceaBranden.finiteComplexSymbolClassification |
| Complex finite-symbol necessity | Challenges.BorceaBranden.rankOne_or_algebraicSymbol_stable_of_preserves |
| Bidiagonal PF preservation | bidiagonalPFPreserver_of_affineSymbol |
| General Jensen-pencil bidiagonal PF preservation | jensenPencilBidiagonalPreserver |
| Jensen-pencil bidiagonal PF preservation in degree at most one | jensenPencilBidiagonalPreserver_of_degree_le_one |
Jensen-pencil degree-two boundary with beta 2 = 0 |
jensenPencilBidiagonalPreserver_two_of_beta_two_eq_zero |
| Jensen certificate gives endpoint compatibility | BidiagonalJensenPencilCertificate.compatible |
| Jensen output as two Schur--Szegő compositions | bidiagonalOperator_eq_schurSzegoComp |
| General Jensen theorem reduced to root-count contraction | jensenPencilBidiagonalPreserver_of_schurSzegoCompatibility |
| Schur--Szegő Jensen compatibility contraction | schurSzegoPreservesJensenPencilCompatibility |
| Liu theorem with common roots | compatible_iff_theorem21RootCountBranchesWithCommon_nonconstant |
| Garloff--Wagner PF closure | garloffWagnerHadamardPFPrec0_of_nonnegPrec |
The following propositions remain only beside checked proofs of their negations. No production theorem accepts them as a backend.
| Proposition | Checked negation |
|---|---|
theorem21CompatibleToRootCountBranchesNonconstantStatement |
not_theorem21CompatibleToRootCountBranchesNonconstantStatement |
LegacyHurwitzMatrixTotallyNonnegativeToStableStatement |
not_hurwitzMatrixTotallyNonnegativeToStableStatement |
The former homogeneous finite-symbol route was removed entirely because its checked counterexample and the affine-symbol replacement make its conditional frontend unnecessary.
New public theorem-shaped propositions must be entered here when they are
admitted, open, or refuted. Remove an admitted row only after replacing its
sorry with a checked proof and confirming the declaration's axioms locally.
Run python3 scripts/check_proof_status.py to enforce the admission whitelist
and report unclassified low-use statement declarations. Run it with
--self-test to exercise the failure cases without changing repository files.