Lean statements
Lean is a language for mathematical statements and proofs that a computer can verify. The release supplies 416 statement files, listing 189 as main results. Each row links a Lean statement to its possible paper counterpart and shows independent assessments and reports of proof verification.
Every Lean statement
416 of 416 shown
The independent groups, MathVet; Carlos Toledo’s cert-machine, assess whether each family’s Lean statements express the whole result OpenAI describes in its catalogue. Each row shows that family-level assessment. A possible match selected from shared wording has no recorded review of whether the statements mean the same thing.
No Lean statement matches these filters.
| Lean statement | Family | Paired paper statement | MathVet on the family | cert-machine on the family | Reports of acceptance | Local definitions | ||||
|---|---|---|---|---|---|---|---|---|---|---|
Noncoordinate polynomial in every dimension at least fourAbhyankarSathayeAlgebraic and complex geometry | A stable-coordinate counterexample in four variables | Algebraic and complex geometry | no confident match | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | Yes | 0 | 7 | |
Affine Bernstein classification for complete graphs in dimensions three through nineAffineBernsteinDifferential geometry | Affine Bernstein rigidity through dimension nine and a smooth dimension-ten counterexample | Differential geometry | Theorem 1.1The affine Bernstein theorem in dimensions three through ninepossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNLINKED” | 2 | No | 11 | 51 | |
Polynomial-time construction of strong thin treesAlgorithmicThinTreesCombinatorics | Deterministic construction of strong thin spanning trees | Combinatorics | no confident match | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | No | 37 | 131 | |
Additivity and capacity for generalized amplitude dampingAmplitudeDampingMathematical physics | Classical capacity of generalized amplitude damping | Mathematical physics | Theorem 1.1Classical capacity and entropy inequalities for generalized amplitude dampingpossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — DECLARED” | 3 | Yes | 22 | 77 | |
Three-fixed-point Arnold counterexampleArnoldCounterexampleDifferential geometry | Counterexamples to stable-Morse and strong Arnold fixed-point bounds | Differential geometry | Theorem 1.1Three fixed points on the symplectic quadric threefoldpossible match from catalogue wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — DECLARED” | 3 | Yes | 19 | 74 | |
Artin group with no geometric $\mathrm{CAT}(0)$ actionArtinCAT0Group theory | Classifying spaces and geometric obstructions for Artin groups | Group theory | Theorem 1.1An Artin group with no geometric CAT(0) actionpossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | Yes | 13 | 51 | |
Parabolic intersections, closures, and structural consequencesArtinParabolicIntersectionsGroup theory | Classifying spaces and geometric obstructions for Artin groups | Group theory | Corollary 1.4Parabolic intersections in Artin groupspossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | No | 16 | 64 | |
Asymptotically minimal Littlewood maximumAsymptoticallyMinimalLittlewoodReal and complex analysis | Real ultraflat Littlewood polynomials and unbounded binary merit factors | Real and complex analysis | Theorem 1.1Asymptotically minimal maxima of real Littlewood polynomialspossible match from Lean wording; no review recorded | Part of itTheir term: “weaker-statement” | Part of itTheir term: “NARROWER — UNLINKED” | 3 | Yes | 3 | 10 | |
Sharp Gaussian minorants from an atomic certificateAtomicGaussianConvex and metric geometry | Triangular-lattice optimality, long-range Riesz and Coulomb energies, and spherical logarithmic energy | Convex and metric geometry | Theorem 1.2An atomic certificate for triangular-lattice universal optimalitypossible match from catalogue wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNLINKED” | 2 | No | 68 | 147 | |
Auslander–Reiten counterexampleAuslanderReitenAlgebra | Counterexamples to Auslander–Reiten, Tachikawa and related homological conjectures | Algebra | Theorem 1.1An explicit counterexample to the Auslander-Reiten conjecturepossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — DECLARED” | 2 | Yes | 6 | 49 | |
Quasinilpotent operator with transitive commutantBackwardIntertwinersOperator algebras | Invariant projections, hyperinvariant subspaces, and transitive algebras | Operator algebras | Corollary 1.2Backward intertwiners and a transitive commutantpossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | Yes | 4 | 18 | |
Incompressible transport of solid boxesBalancedBoxRoutingPartial differential equations | Universal computation in forced Navier–Stokes flows | Partial differential equations | no confident match | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | No | 24 | 64 | |
Balanced Ryser counterexamples at prime ordersBalancedRyserCombinatorics | Counterexamples to Ryser’s covering conjecture | Combinatorics | no confident match | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNDECLARED” | 2 | No | 8 | 19 | |
Finite computation in a balanced zero-data fluid flowBalancedThreeStackPartial differential equations | Universal computation in forced Navier–Stokes flows | Partial differential equations | Theorem 1.1Velocity-Field Detection of Computation in Forced Navier–Stokes Flowspossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | No | 51 | 172 | |
Exact criterion for higher-dimensional symplectic ball packingsBallPackingDifferential geometry | Symplectic ball packing in higher dimensions | Differential geometry | Theorem 1.1Symplectic Ball Packings in Higher Dimensionspossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | No | 8 | 24 | |
Necessity of the volume and pairwise capacity inequalitiesBallPackingNecessityDifferential geometry | Symplectic ball packing in higher dimensions | Differential geometry | Theorem 1.1Symplectic Ball Packings in Higher Dimensionspossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | No | 8 | 24 | |
Barnette’s Hamiltonian-cycle conjectureBarnetteHamiltonianCombinatorics | Barnette’s Hamiltonian-cycle conjecture | Combinatorics | Theorem 1.1Paired states and Hamiltonian cycles in cubic bipartite planar graphspossible match from Lean wording; no review recorded | All of itTheir term: “full” | Part of itTheir term: “NARROWER — UNDECLARED” | 3 | No | 5 | 31 | |
Trace rank and characteristic-zero Kaplansky idempotents for torsion-free groupsBassTorsionFreeAlgebra | The ℓ¹-Bass conjecture for all discrete groups | Algebra | Corollary 1.2The Bass trace conjecture and the characteristic-zero Kaplansky idempotent conjecturepossible match from Lean wording; no review recorded | Part of itTheir term: “weaker-statement” | Part of itTheir term: “NARROWER — UNDECLARED” | 2 | No | 18 | 194 | |
Complex Bass trace vanishing and supportBassTraceAlgebra | The ℓ¹-Bass conjecture for all discrete groups | Algebra | Corollary 1.2The Bass trace conjecture and the characteristic-zero Kaplansky idempotent conjecturepossible match from catalogue wording; no review recorded | Part of itTheir term: “weaker-statement” | Part of itTheir term: “NARROWER — UNDECLARED” | 2 | Yes | 31 | 387 | |
Nonuniqueness phase and critical laws on quasi-transitive graphsBenjaminiSchrammProbability and statistical mechanics | The Benjamini–Schramm nonuniqueness conjecture | Probability and statistical mechanics | Corollary 1Nonuniqueness of percolation on nonamenable quasi-transitive graphspossible match from catalogue wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | No | 42 | 137 | |
A nonflat one-homogeneous Bernoulli minimizer in dimension sevenBernoulliNonflatInSevenPartial differential equations | The critical dimension for the one-phase Bernoulli problem | Partial differential equations | Theorem 1.1The critical dimension for one-phase Bernoulli minimizerspossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — DECLARED” | 2 | No | 12 | 45 | |
Uniform bi-Hölder optimal transportBiholderTransportDifferential geometry | Weak MTW curvature gives convexity and regular optimal transport | Differential geometry | Theorem 1.1Uniform Bi-Holder Transport from Weak MTWpossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | Yes | 13 | 68 | |
Unbounded configuration gaps and additive hardnessBinPackingGapTheoretical computer science | Bin packing and unbounded configuration-LP gaps | Theoretical computer science | Theorem 1.2Additive hardness and unbounded configuration gaps in bin packingpossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 1 | Yes | 68 | 229 | |
Binary edit-distance distortion lower boundBinaryEditLowerConvex and metric geometry | The sharp exponential scale of edit-distance distortion | Convex and metric geometry | Theorem 1.1Tree Constructions for the l1 Distortion of Binary Edit Distancecited in the Lean source; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | No | 9 | 28 | |
Deterministic approximate matching countBinaryMatchingTheoretical computer science | Approximate counting and entropy of perfect matchings | Theoretical computer science | Theorem 1.1A Fully Polynomial Randomized Approximation Scheme for Perfect Matchings in General Graphspossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | Yes | 14 | 45 | |
Binary sweep contraction and mixingBinarySweepProbability and statistical mechanics | Optimal logarithmic mixing of the Thorp shuffle | Probability and statistical mechanics | Theorem 1.1Conditional coordinate sweeps and analytic transferpossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | Yes | 18 | 58 | |
Crossing number of complete bipartite graphsBipartiteCrossingCombinatorics | The Harary–Hill and Zarankiewicz crossing-number formulas | Combinatorics | Theorem 1.1The crossing number of complete bipartite graphspossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | Yes | 11 | 35 | |
Injectivity of Bogomolov–Pop reconstruction modulo the stated ambiguitiesBogomolovPopInjectivityNumber theory | Function-field reconstruction from Milnor K-theory and Galois data | Number theory | Theorem 1.1The Bogomolov-Pop reconstruction theorempossible match from catalogue wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNLINKED” | 3 | No | 24 | 92 | |
Two periodic hard-sphere Boltzmann solutions with the same dataBoltzmannNonuniquenessPartial differential equations | Nonuniqueness with local conservation for the hard-sphere Boltzmann equation | Partial differential equations | Theorem 1.1Nonuniqueness for the periodic hard-sphere Boltzmann equationpossible match from Lean wording; no review recorded | Part of itTheir term: “weaker-statement” | Part of itTheir term: “NARROWER — DECLARED” | 1 | No | 38 | 143 | |
Boone–Higman equivalenceBooneHigmanGroup theory | Boone–Higman embeddings with higher finiteness | Group theory | Theorem 1.1Finite algebraic envelopes and the Boone–Higman conjecturepossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | No | 4 | 16 | |
Nine-dimensional Borsuk counterexampleBorsukNineCombinatorics | Borsuk’s conjecture fails in dimension nine | Combinatorics | Theorem 1.1A nine-dimensional counterexample to Borsuk’s covering assertionpossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | Yes | 6 | 19 | |
Bounded recovery from modular spectral averagesBoundedRecoveryOperator algebras | Relative bicentralizers and modular spectral recovery | Operator algebras | Theorem 4.1Bounded recovery for modular spectral averagespossible match from Lean wording; no review recorded | A supporting or different resultTheir term: “supporting-only” | A supporting or different resultTheir term: “DIFFERENT” | 3 | Yes | 12 | 59 | |
Tree-potential midpoint convexity and renorming obstructionBoundedTreePotentialsFunctional analysis | Reflexive midpoint convexity and diamond distortion | Functional analysis | no confident match | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | Yes | 27 | 295 | |
Bounded-treewidth graph metrics in $L_1$BoundedTreewidthL1Convex and metric geometry | Bounded-distortion L1 embeddings of planar and bounded-treewidth graphs | Convex and metric geometry | Theorem 1.1L1 Embeddings of Graphs of Bounded Treewidthpossible match from Lean wording; no review recorded | All of itTheir term: “full” | Part of itTheir term: “NARROWER — UNDECLARED” | 3 | Yes | 5 | 25 | |
One-third stability of Brenier maps and sharpnessBrenierPartial differential equations | Sharp one-third stability of Brenier maps | Partial differential equations | Theorem 1.1Sharp One-Third Stability of Brenier Mapspossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | No | 12 | 78 | 12 definitions checked by name and type only |
Brennan and inverse-square integral-means boundsBrennanReal and complex analysis | Brennan’s conjecture and the integral-means spectrum | Real and complex analysis | Theorem 1.1Brennan’s conjecture and sharp inverse-square integral meansCorollary 1.2Brennan’s conjecture and sharp inverse-square integral meanspossible match from Lean wording; no review recorded | All of itTheir term: “full” | Part of itTheir term: “NARROWER — UNDECLARED” | 3 | Yes | 8 | 31 | |
Sharp endpoint divergenceBrennanSharpReal and complex analysis | Brennan’s conjecture and the integral-means spectrum | Real and complex analysis | Theorem 1.1Brennan’s conjecture and sharp inverse-square integral meanspossible match from catalogue wording; no review recorded | All of itTheir term: “full” | Part of itTheir term: “NARROWER — UNDECLARED” | 3 | Yes | 8 | 18 | |
Finite-graph buffered Ising likelihood comparisonBufferedIsingProbability and statistical mechanics | Conformal universality for weakly interacting and random-bond Ising models | Probability and statistical mechanics | Theorem 1.1Buffered comparison and stopping-band resolution in critical Isingpossible match from catalogue wording; no review recorded | A supporting or different resultTheir term: “supporting-only” | A supporting or different resultTheir term: “DIFFERENT” | 3 | No | 16 | 66 | |
Bi-Lipschitz absorption of $c_0$C0AbsorptionFunctional analysis | Lipschitz equivalent Banach spaces need not be linearly isomorphic | Functional analysis | no confident match | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | Yes | 5 | 16 | |
A $C^1$ counterexample to the entropy conjectureC1EntropyCounterexampleDynamical systems and ergodic theory | A C1 counterexample to the entropy conjecture | Dynamical systems and ergodic theory | Theorem 1.1A C^1 Counterexample to the Entropy Conjecturepossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | No | 12 | 45 | |
CH categoricity-threshold obstructionCHObstructionMathematical logic | Shelah’s eventual categoricity and the prescribed-threshold obstruction | Mathematical logic | Theorem 1.1A CH obstruction to a prescribed categoricity thresholdpossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — DECLARED” | 3 | Yes | 14 | 63 | |
Area-controlled end replacement and Schwarzschild equality examplesCKSBondiPenroseMathematical physics | Spacetime Penrose inequalities: enclosing area, charge, rotation, and anti-de Sitter extensions | Mathematical physics | Theorem 1.1Area-controlled end replacement and the Bondi Penrose inequality in the CKS classpossible match from catalogue wording; no review recorded | A supporting or different resultTheir term: “supporting-only” | A supporting or different resultTheir term: “DIFFERENT” | 2 | No | 310 | 1,857 | |
Cannon’s geometric-action conclusionCannonGeometricActionGroup theory | Cannon’s conjecture | Group theory | Theorem 1.1A Modulus Proof of Cannon’s Conjecturepossible match from catalogue wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | No | 16 | 64 | |
Compactness of normalized chart-field retractionsCartierChartCompactnessSupportAlgebraic and complex geometry | Bounded klt complements for Fano contractions | Algebraic and complex geometry | Theorem 1Uniform Cartier sections for Fano type contractionspossible match from catalogue wording; no review recorded | A supporting or different resultTheir term: “supporting-only” | A supporting or different resultTheir term: “SUPPORT-ONLY” | 3 | Yes | 1 | 17 | Imports outside Mathlib: OAI.AlgebraicGeometry.CartierSections.FieldTopology, OAI.AlgebraicGeometry.CartierSections.FieldRetraction |
Irrationality of Catalan’s constantCatalanNumber theory | Irrationality of Catalan’s constant | Number theory | Theorem 1.1Catalan’s constant is irrationalpossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 1 | No | 0 | 3 | |
Nonuniqueness for every nonamenable Cayley graphCayleyPercolationProbability and statistical mechanics | The Benjamini–Schramm nonuniqueness conjecture | Probability and statistical mechanics | Corollary 1Nonuniqueness of percolation on nonamenable quasi-transitive graphspossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | No | 17 | 50 | |
Kirchberg–Rørdam character criterionCharacterCriterionOperator algebras | The Kirchberg–Rørdam character criterion and infinite tensor-power Jiang–Su stability | Operator algebras | Theorem 1.1The Kirchberg–Rørdam character criterionpossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNDECLARED” | 2 | Yes | 146 | 1,804 | |
Compatibility of the produced marked solution with every seam equationCharacterVarietiesAllSeamsSupportNumber theory | Potential integral density on curve character varieties | Number theory | Theorem 1.1Integral points on character varieties of curvespossible match from catalogue wording; no review recorded | A supporting or different resultTheir term: “supporting-only” | A supporting or different resultTheir term: “SUPPORT-ONLY” | 2 | Yes | 0 | 9 | Imports outside Mathlib: OAI.AlgebraicGeometry.CharacterVarieties.Seams.ProducedEquations |
Polynomial-time query outside choiceless polynomial timeChoicelessPolynomialTimeMathematical logic | Separating choiceless counting from polynomial time and witnessed choice | Mathematical logic | Theorem 1Choiceless polynomial time with counting does not capture polynomial timepossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | Yes | 83 | 337 | |
Classification of circulant Hadamard ordersCirculantHadamardCombinatorics | The circulant Hadamard and Barker-sequence conjectures | Combinatorics | Theorem 1.1The circulant Hadamard conjecturepossible match from catalogue wording; no review recorded | All of itTheir term: “full” | Part of itTheir term: “NARROWER — DECLARED” | 2 | Yes | 5 | 13 | |
Exponential correlation decay for classical $O(n)$ modelsClassicalONProbability and statistical mechanics | Canonical \(O(3)\) continuum limit and exact \(O(4)\) mass asymptotics | Probability and statistical mechanics | Theorem 1.1Exponential decay in two-dimensional classical O(n) modelspossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNLINKED” | 2 | Yes | 12 | 33 | |
Logarithmic independence bound for clique-free graphsCliqueFreeLogCombinatorics | Correspondence coloring with a fixed forbidden subgraph | Combinatorics | Theorem 1.1A logarithmic independence bound for clique-free graphspossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNLINKED” | 3 | Yes | 1 | 10 | |
Failure of rational injectivity for ordinary coarse assemblyCoarseAssemblyTopology | Failure of rational injectivity for maximal coarse assembly | Topology | Theorem 1.1A counterexample to the coarse Novikov conjecturepossible match from catalogue wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNLINKED” | 0 | No | 216 | 4,469 | |
Bounded-degree coboundary expanders in dimensions at least threeCoboundaryExpandersCombinatorics | Bounded-degree coboundary expanders | Combinatorics | Theorem 1.1Bounded-degree coboundary expanders in every dimensionpossible match from Lean wording; no review recorded | All of itTheir term: “full” | Part of itTheir term: “NARROWER — DECLARED” | 3 | No | 15 | 46 | |
FPRAS for common matroid basesCommonBasesFPRASTheoretical computer science | Approximate counting of common integer polymatroid bases | Theoretical computer science | Theorem 1.1Approximate counting of common bases of two matroidspossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNDECLARED” | 3 | Yes | 15 | 106 | |
Commuting locally nilpotent derivationsCommutingDerivationsAlgebraic and complex geometry | A stable-coordinate counterexample in four variables | Algebraic and complex geometry | Corollary 1.2An explicit noncoordinate polynomial with affine three-space zero fibrepossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | Yes | 17 | 39 | |
Compact counterexamples in infinite-dimensional Banach spacesCompactBanachConvex and metric geometry | Compact counterexamples to bi-Lipschitz dimension reduction | Convex and metric geometry | Theorem 1A doubling Hilbert subset with no finite-dimensional bi-Lipschitz embeddingpossible match from catalogue wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | Yes | 2 | 15 | |
Crossing number of complete graphsCompleteCrossingCombinatorics | The Harary–Hill and Zarankiewicz crossing-number formulas | Combinatorics | no confident match | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | Yes | 12 | 55 | |
Complete polynomial inequality and sharpnessCompleteCrouzeixFunctional analysis | The complete Crouzeix conjecture | Functional analysis | Theorem 3.2A direct proof of the complete Crouzeix inequalitypossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | Yes | 5 | 20 | |
Complex affine-space cancellation counterexampleComplexCancellationAlgebraic and complex geometry | Zariski cancellation and affine fibrations over the complex numbers | Algebraic and complex geometry | Theorem 1.1An explicit failure of complex affine-space cancellationpossible match from catalogue wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNDECLARED” | 3 | Yes | 10 | 15 | |
Scalar conductivity nonuniquenessConductivityPartial differential equations | Joint metric and connection recovery from one boundary patch | Partial differential equations | Corollary 1.2Nonuniqueness for bounded measurable scalar conductivities in three dimensionspossible match from catalogue wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNLINKED” | 2 | Yes | 23 | 52 | |
No conjugate points without a nonpositively curved metricConjugatePointsDifferential geometry | A three-manifold without conjugate points or nonpositive curvature | Differential geometry | Theorem 1.1A Three-Manifold Without Conjugate Points and Without a Nonpositively Curved Metricpossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | Yes | 18 | 79 | |
Exact and bounded-time sampling of contingency tablesContingencyTablesTheoretical computer science | Sampling and counting contingency tables with arbitrary margins | Theoretical computer science | Theorem 1.1An FPRAS for Cell-Bounded Contingency Tablespossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | No | 32 | 139 | |
Continuous-weight invariant-projection counterexampleContinuousCircleWeightOperator algebras | Invariant projections, hyperinvariant subspaces, and transitive algebras | Operator algebras | Theorem 1.1Invariant-projection counterexamples for every irrational rotationpossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | No | 10 | 34 | |
QMA-hardness of continuum Coulomb energy with binary chargesContinuumCoulombHardnessMathematical physics | QMA-hardness of continuum Coulomb energy | Mathematical physics | Theorem 1QMA-hardness of continuum Coulomb energy with unit nuclear chargespossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 0 | No | 90 | 416 | |
Temperature singularity over a density intervalContinuumTransitionProbability and statistical mechanics | Continuum phase transitions for radial pair potentials | Probability and statistical mechanics | Theorem 1.1A continuum temperature singularity for a radial pair potentialpossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | Yes | 9 | 42 | |
Conditional coordinate-sweep moment estimateCoordinateSweepsProbability and statistical mechanics | Optimal logarithmic mixing of the Thorp shuffle | Probability and statistical mechanics | Theorem 3.1Conditional coordinate sweeps and analytic transfercited in the Lean source; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | Yes | 59 | 190 | |
Regular trace smoothing and full-permutation mixingCoordinateTraceProbability and statistical mechanics | Optimal logarithmic mixing of the Thorp shuffle | Probability and statistical mechanics | Theorem 1.1Random-subspace tests and trace smoothing for coordinate sweepspossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | No | 52 | 227 | |
Cotype–cotype equivalence with approximation propertyCotypeFunctional analysis | The cotype–cotype conjecture under the approximation property | Functional analysis | Theorem 1.1The cotype–cotype conjecture under the approximation propertypossible match from Lean wording; no review recorded | All of itTheir term: “full” | Part of itTheir term: “NARROWER — UNDECLARED” | 2 | Yes | 12 | 27 | |
Coulomb Monge nonattainment with equality of infimaCoulombCounterexamplePartial differential equations | Nonattainment of the three-marginal Coulomb Monge problem | Partial differential equations | Theorem 1.1A counterexample to the Monge ansatz for the three-marginal Coulomb costpossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — DECLARED” | 2 | No | 19 | 66 | |
Generalized Coulomb ionization-energy asymptoticsCoulombIonizationMathematical physics | The ionization and generalized ionization conjectures | Mathematical physics | Theorem 1.1Generalized ionization energies for full Coulomb atomspossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNLINKED” | 2 | Yes | 19 | 66 | |
Asymptotic outer-electron radii of neutral atomsCoulombRadiiMathematical physics | The ionization and generalized ionization conjectures | Mathematical physics | Theorem 1.1Generalized outer-electron radii of neutral Coulomb atomspossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNLINKED” | 2 | No | 20 | 57 | |
Courtade–Kumar inequality and attainmentCourtadeKumarTheoretical computer science | The Courtade–Kumar and Hellinger conjectures | Theoretical computer science | Corollary 1.2Sharp binary-information contraction on the discrete cubepossible match from catalogue wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNLINKED” | 3 | Yes | 16 | 38 | |
Optimal order for translative and lattice covering-density supremaCoveringDensityConvex and metric geometry | The optimal order of convex-body covering density | Convex and metric geometry | Theorem 1.1Translative covering densities of order n log npossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | No | 22 | 63 | |
No infinite cluster at the critical probabilityCriticalPercolationProbability and statistical mechanics | Critical percolation on every quasi-transitive graph | Probability and statistical mechanics | Theorem 1.1Critical bond and site percolation on the cubic latticepossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | No | 10 | 25 | |
Equilibrium starts, covariance, and mixing lower boundsCriticalSKProbability and statistical mechanics | Critical SK autocorrelation processes and dynamics across the temperature transition | Probability and statistical mechanics | no confident match | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNLINKED” | 3 | Yes | 28 | 84 | |
Critical SK mixing boundsCriticalSKMixingProbability and statistical mechanics | Critical SK autocorrelation processes and dynamics across the temperature transition | Probability and statistical mechanics | no confident match | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNLINKED” | 2 | Yes | 19 | 45 | |
Critical honeycomb strip mass and displacement momentCriticalStripMassProbability and statistical mechanics | The three-quarter exponent for honeycomb self-avoiding walk | Probability and statistical mechanics | Theorem 1.1Critical strip-crossing mass on the honeycomb latticepossible match from Lean wording; no review recorded | A supporting or different resultTheir term: “supporting-only” | A supporting or different resultTheir term: “DIFFERENT” | 2 | No | 22 | 45 | |
No infinite critical clusters on $\mathbb Z^3$CriticalZ3Probability and statistical mechanics | Critical percolation on every quasi-transitive graph | Probability and statistical mechanics | Theorem 1.1Critical bond and site percolation on the cubic latticepossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | Yes | 19 | 36 | |
Complete sharp Crouzeix theorem on arbitrary Hilbert spacesCrouzeixHilbertFunctional analysis | The complete Crouzeix conjecture | Functional analysis | no confident match | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | No | 24 | 106 | |
Isoperimetric profile and all minimizers in the cubic flat three-torusCubicTorusDifferential geometry | The isoperimetric profile of the cubic three-torus | Differential geometry | Theorem 1.1The Isoperimetric Conjecture for the Cubic Flat Three-Toruspossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 1 | No | 18 | 47 | |
Exact cycle–clique Ramsey numbersCycleCliqueRamseyCombinatorics | Cycle–clique Ramsey numbers | Combinatorics | Theorem 1.1Cycle–clique Ramsey numberspossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 0 | No | 2 | 10 | |
Linear cycle-and-edge decompositionCycleDecompositionCombinatorics | The Erdős–Gallai cycle-decomposition conjecture | Combinatorics | Theorem 1.1A linear cycle-and-edge decomposition of every graphpossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | Yes | 3 | 14 | |
Cylinder-covering counterexamples and companion approximationsCylinderCoveringConvex and metric geometry | Cylinder coverings below the half-area bound | Convex and metric geometry | Theorem 1.1Finite triangular approximation of radial sweepsCorollary 1.2Finite triangular approximation of radial sweepspossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | No | 108 | 327 | |
Exact asymptotic moduli and a Daugavet exampleDaugavetModuliFunctional analysis | Reflexive midpoint convexity and diamond distortion | Functional analysis | Theorem 1.1Exact asymptotic moduli in a Daugavet subspace of L1possible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | Yes | 14 | 61 | |
Stable self-similar blowup and positive-probability Gaussian blowupDefocusingNLSPartial differential equations | Stable blowup for the defocusing Schrödinger equation | Partial differential equations | Corollary 1.2Stable self-similar blowup for a supercritical defocusing Schrödinger equation on the toruspossible match from catalogue wording; no review recorded | All of itTheir term: “full” | Part of itTheir term: “NARROWER — DECLARED” | 2 | No | 37 | 216 | 3 definitions checked by name and type only |
Rigidity of the Turing degreesDegreeRigidityMathematical logic | Rigidity of the Turing degrees | Mathematical logic | Theorem 1.1Rigidity of the Turing degreespossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | Yes | 8 | 23 | |
Deligne–Drinfeld main statementDeligneDrinfeldNumber theory | The Deligne–Drinfeld conjecture | Number theory | Theorem 1.1The Deligne-Drinfeld conjecturepossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | Yes | 38 | 157 | |
Homogeneous depth-five bounds for iterated matrix multiplicationDepthFiveTheoretical computer science | Homogeneous depth-five lower bounds for iterated matrix multiplication | Theoretical computer science | Theorem 1.1Homogeneous depth-five lower bounds for iterated matrix multiplicationpossible match from catalogue wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | No | 15 | 104 | |
Depth-three circuit lower bound beyond every square-root constantDepthThreeTheoretical computer science | Beyond the square-root exponent for depth-three circuits | Theoretical computer science | Theorem 1.1Beyond the Square-Root Exponent for Depth-Three Boolean Circuitspossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | Yes | 24 | 87 | |
All-pairs diamond distortion boundDiamondDistortionFunctional analysis | Reflexive midpoint convexity and diamond distortion | Functional analysis | Theorem 1.1Asymptotic midpoint uniform convexity and unbounded diamond distortion in a reflexive tree spacepossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | Yes | 37 | 224 | |
Mézard–Parisi variational equality for diluted even-arity spin glassesDilutedSpinProbability and statistical mechanics | The Mézard–Parisi formula for diluted spin glasses | Probability and statistical mechanics | Theorem 2.1The Mézard–Parisi formula for diluted spin glassespossible match from catalogue wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | No | 23 | 98 | |
PPT channel on dimension 21 whose square is not entanglement breakingDimensionTenChannelMathematical physics | Entanglement without distillable secret key | Mathematical physics | Theorem 1.3Entanglement with zero distillable secret key in local dimension tenpossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — DECLARED” | 2 | No | 9 | 24 | |
Dimension-ten PPT pair with non-entanglement-breaking compositionDimensionTenPairMathematical physics | Entanglement without distillable secret key | Mathematical physics | Theorem 1.2Entanglement with zero distillable secret key in local dimension tenpossible match from catalogue wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — DECLARED” | 2 | No | 25 | 86 | |
Complete Crouzeix inequality and sharpnessDirectCrouzeixFunctional analysis | The complete Crouzeix conjecture | Functional analysis | Theorem 3.2A direct proof of the complete Crouzeix inequalitypossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | Yes | 5 | 22 | |
Constant-factor hardness of directed feedback vertex setDirectedFeedbackTheoretical computer science | The Unique Games Conjecture and optimal approximation thresholds | Theoretical computer science | no confident match | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 0 | No | 15 | 52 | |
Directional transience implies ballisticityDirectionalBallisticityProbability and statistical mechanics | Directional zero–one laws beyond iid environments and iid ballisticity | Probability and statistical mechanics | Theorem 1.1Directional transience implies ballisticitypossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNLINKED” | 2 | Yes | 21 | 69 | |
Directional zero–one law under strict ellipticityDirectionalWalkProbability and statistical mechanics | Directional zero–one laws beyond iid environments and iid ballisticity | Probability and statistical mechanics | Theorem 1.1A directional zero–one law under strict ellipticitypossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNLINKED” | 2 | No | 17 | 65 | |
Dirichlet $L$-function $7/8$ boundDirichletSevenEighthsNumber theory | The quasi-Riemann hypothesis | Number theory | Theorem 1.1The Quasi-Riemann Hypothesis: A Zero-Free Half-Plane \(\Re s\gt 7/8\)possible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | Yes | 0 | 5 | |
Uniformly discrete Lipschitz-free space with AP but no BAPDiscreteLipschitzFreeFunctional analysis | A uniformly discrete counterexample to bounded approximation in Lipschitz-free spaces | Functional analysis | Theorem 1.1A uniformly discrete counterexample to bounded approximation in Lipschitz-free spacespossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | No | 19 | 118 | |
Endpoint gradient bound for the centered disk maximal operatorDiskMaximalReal and complex analysis | Endpoint Sobolev regularity of centered disk averages | Real and complex analysis | Theorem 1.1An Endpoint Gradient Bound for the Centered Disk Maximal Operatorpossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | No | 9 | 27 | |
Separable nonunitarizable witnesses for countable nonamenable groupsDixmierGroup theory | Amenability, unitarizability, and strong Ulam stability | Group theory | Theorem 1.1Unitarizability implies amenability for discrete groupspossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNLINKED” | 3 | No | 5 | 24 | |
Unitarizability for all discrete groupsDixmierAllDiscreteGroup theory | Amenability, unitarizability, and strong Ulam stability | Group theory | Theorem 1.1Unitarizability implies amenability for discrete groupspossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNLINKED” | 3 | Yes | 5 | 28 | |
Doubling Hilbert subset without finite-dimensional embeddingDoublingHilbertConvex and metric geometry | Compact counterexamples to bi-Lipschitz dimension reduction | Convex and metric geometry | Theorem 1A doubling Hilbert subset with no finite-dimensional bi-Lipschitz embeddingpossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | Yes | 3 | 14 | |
Equidistribution of prime-degree torus packetsDukePrimeDegreeNumber theory | Torus-packet equidistribution in prime, quartic, and sextic degrees | Number theory | Theorem 1.1Equidistribution of Prime-Degree Torus Packets with Arbitrary Local Typepossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNLINKED” | 1 | No | 32 | 164 | |
Complete-domain Dutta multiplicity comparisonDuttaDomainAlgebra | Lech’s multiplicity conjecture | Algebra | Corollary 5.4Lech’s multiplicity conjecturepossible match from Lean wording; no review recorded | A supporting or different resultTheir term: “supporting-only” | A supporting or different resultTheir term: “DIFFERENT” | 2 | No | 10 | 39 | |
Positive-measure avoidance of every affine dyadic sequenceDyadicAvoidanceReal and complex analysis | The geometric case of the Erdős similarity conjecture | Real and complex analysis | Theorem 1.1The dyadic case of the Erdős similarity conjecturepossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNLINKED” | 3 | No | 1 | 9 | |
Almost-linear randomized approximation of edit distanceEditApproximationTheoretical computer science | Almost-linear approximation of edit distance | Theoretical computer science | Theorem 1.1An Almost-Linear Approximation Scheme for Edit Distancepossible match from catalogue wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | No | 1,212 | 16,221 | |
Matching exponential-scale bounds for edit-distance distortionEditDistanceConvex and metric geometry | The sharp exponential scale of edit-distance distortion | Convex and metric geometry | Theorem 1.1Edit Distance in l1: Matching Bounds up to Constants in the Exponentpossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | No | 12 | 36 | |
Short expansions, counting, and prescribed denominatorsEgyptianFractionsNumber theory | Short Egyptian fractions | Number theory | Corollary 1.3Short Egyptian fractionspossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | Yes | 11 | 89 | |
Counterexample to the Eilenberg–Ganea conjectureEilenbergGaneaGroup theory | A finitely generated Eilenberg–Ganea counterexample | Group theory | Theorem 1.1A finitely generated counterexample to the Eilenberg–Ganea conjecturepossible match from catalogue wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | No | 25 | 82 | |
Classification of positively curved Einstein four-manifoldsEinsteinFourDifferential geometry | Nonnegative-curvature Einstein classification and an L2 topological gap | Differential geometry | Theorem 1.1Positively curved Einstein four-manifoldspossible match from catalogue wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNLINKED” | 1 | No | 32 | 128 | |
Global uniqueness of smooth isotropic Lamé moduliElasticityUniquenessPartial differential equations | Global uniqueness in smooth isotropic elasticity | Partial differential equations | Theorem 1.1Global Uniqueness for the Smooth Isotropic Elasticity Inverse Problempossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | No | 23 | 64 | |
Elementary positivity for natural unit interval graphsElementaryPositivityCombinatorics | Shareshian–Wachs elementary positivity | Combinatorics | Theorem 1.1Elementary positivity of chromatic quasisymmetric functionspossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | No | 12 | 37 | One definition checked by name and type only |
Threshold parallel repetition for entangled gamesEntangledGamesMathematical physics | Threshold repetition for entangled games | Mathematical physics | Theorem 1.1Threshold parallel repetition for finite-dimensional entangled gamespossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | Yes | 10 | 55 | |
Entropy photon-number inequality for finite-energy bosonic inputsEntropyPhotonNumberMathematical physics | The entropy photon-number inequality | Mathematical physics | Theorem 1.1The entropy photon-number inequalitypossible match from Lean wording; no review recorded | All of itTheir term: “full” | Part of itTheir term: “NARROWER — UNDECLARED” | 3 | No | 17 | 50 | |
Erdős’s reciprocal-sum arithmetic-progression conjectureErdosReciprocalCombinatorics | Erdős’s reciprocal-sum conjecture and quasipolynomial Szemerédi bounds | Combinatorics | Corollary 1.2Quasipolynomial Bounds for Arithmetic Progressionspossible match from catalogue wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — DECLARED” | 2 | No | 3 | 9 | |
No proper five-coloringEuclideanFiveColorCombinatorics | The Euclidean plane cannot be colored with five colors | Combinatorics | Theorem 1.1The Euclidean plane is not five-colorablepossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | Yes | 1 | 4 | One definition checked by name and type only |
Tensor-field classification of Ramsey configurationsEuclideanRamseyCombinatorics | Classification of finite Euclidean Ramsey configurations | Combinatorics | Theorem 1.1A classification of finite Euclidean Ramsey configurationspossible match from catalogue wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNDECLARED” | 3 | Yes | 10 | 29 | |
Ramsey property for at most five circle pointsEuclideanRamseyCircleCombinatorics | Classification of finite Euclidean Ramsey configurations | Combinatorics | Corollary 7.4A classification of finite Euclidean Ramsey configurationspossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNDECLARED” | 3 | No | 3 | 11 | |
Nine-point non-Ramsey circle configurationEuclideanRamseyNineCombinatorics | Classification of finite Euclidean Ramsey configurations | Combinatorics | Proposition 7.6A classification of finite Euclidean Ramsey configurationspossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNDECLARED” | 3 | No | 4 | 16 | |
Quadratic-independence criterion for spherical configurationsEuclideanRamseyQuadraticCombinatorics | Classification of finite Euclidean Ramsey configurations | Combinatorics | Proposition 7.3A classification of finite Euclidean Ramsey configurationspossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNDECLARED” | 3 | No | 7 | 23 | |
Cosphericity of Ramsey configurationsEuclideanRamseySphericalCombinatorics | Classification of finite Euclidean Ramsey configurations | Combinatorics | Proposition 2.4A classification of finite Euclidean Ramsey configurationspossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNDECLARED” | 3 | No | 3 | 11 | |
Ramsey property for subsets of finite transitive configurationsEuclideanRamseyTransitiveCombinatorics | Classification of finite Euclidean Ramsey configurations | Combinatorics | Corollary 7.2A classification of finite Euclidean Ramsey configurationspossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNDECLARED” | 3 | No | 3 | 14 | |
Classification of positive even Barker lengthsEvenBarkerCombinatorics | The circulant Hadamard and Barker-sequence conjectures | Combinatorics | Corollary 1.2The circulant Hadamard conjecturepossible match from Lean wording; no review recorded | All of itTheir term: “full” | Part of itTheir term: “NARROWER — DECLARED” | 2 | No | 3 | 9 | |
Subsequential savings for exact Fourier circuitsExactFourierTheoretical computer science | Exact Fourier transforms below \(n\log n\) | Theoretical computer science | Proposition 3.4Finite tensor savings and exact Fourier circuitspossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | Yes | 10 | 34 | |
Fixed-amplification pure infiniteness for exact algebrasExactInfinitenessOperator algebras | Weak pure infiniteness and Cuntz-algebra absorption | Operator algebras | Theorem 1.2Weak pure infiniteness and O-infinity absorptionpossible match from catalogue wording; no review recorded | All of itTheir term: “full” | Part of itTheir term: “NARROWER — UNDECLARED” | 1 | No | 23 | 116 | |
Exact quantum factoring over a fixed finite gate setExactQuantumFactoringMathematical physics | Exact quantum factoring over a fixed finite gate set | Mathematical physics | Theorem 1.1Exact quantum factoring over a fixed finite gate setcited in the Lean source; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | No | 27 | 93 | |
Brownian continuum-random-tree limit for finite FK mapsFKCRTProbability and statistical mechanics | The geometric phase diagram, diffusion, and spectra of random planar maps | Probability and statistical mechanics | Theorem 1.1Brownian continuum random tree limits of finite Fortuin–Kasteleyn maps above fourpossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNLINKED” | 2 | No | 34 | 116 | |
Single generation of separable-predual $\mathrm{II}_1$ factorsFactorGenerationOperator algebras | The generator problem for finite factors | Operator algebras | Theorem 1.1Relative generation and the generator problem for finite factorspossible match from catalogue wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | Yes | 5 | 23 | |
Falconer distance theorem in every dimensionFalconerAllDimensionsReal and complex analysis | The Falconer distance conjecture | Real and complex analysis | Theorem 1.1The Falconer distance conjecture in all dimensionspossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | No | 0 | 5 | |
Optimality of the Euclidean filling coefficientFillingCoefficientDifferential geometry | Sharp Cartan–Hadamard isoperimetry and rigidity | Differential geometry | Theorem 1.1Sharp integral fillings in CAT(0) spacespossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNLINKED” | 2 | No | 23 | 83 | |
Finite-circle obstructions and histogram embeddings for edit distanceFiniteCircleConvex and metric geometry | The sharp exponential scale of edit-distance distortion | Convex and metric geometry | Theorem 1.1Finite-Circle Obstructions, Binary Codes, and Histogram Embeddings for Edit Distancepossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | No | 42 | 173 | |
Colored-graph criterion for finite congruence latticesFiniteCongruenceGraphAlgebra | Finite lattice representation and undecidability | Algebra | Theorem 1.1Finite congruence lattices: characterization and undecidabilitypossible match from catalogue wording; no review recorded | A supporting or different resultTheir term: “supporting-only” | A supporting or different resultTheir term: “DIFFERENT” | 3 | No | 10 | 38 | |
Finite separation of microstates and nonmicrostates free entropyFiniteEntropySeparationOperator algebras | Two notions of free entropy differ even when both are finite | Operator algebras | Theorem 1.1A finite-entropy separation of microstates and nonmicrostates free entropypossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | No | 19 | 85 | |
Finite-factor invariant-projection counterexampleFiniteFactorOperator algebras | Invariant projections, hyperinvariant subspaces, and transitive algebras | Operator algebras | Theorem A.1Invariant-projection counterexamples for every irrational rotationpossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | No | 5 | 21 | |
Left/right finitistic-dimension asymmetryFinitisticAsymmetryAlgebra | A counterexample to finitistic-dimension finiteness | Algebra | Corollary 1.2An algebra of infinite little finitistic dimensionpossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | Yes | 3 | 21 | |
Limiting satisfiability threshold for every fixed $k\ge3$FixedClauseThresholdProbability and statistical mechanics | Limiting random SAT thresholds, sharp variance and computability | Probability and statistical mechanics | Theorem 1.1A Limiting Satisfiability Threshold for Every Fixed Clause Sizepossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — DECLARED” | 3 | No | 8 | 24 | |
Effective finite computation detected by a fixed particleForcedNavierStokesComputationPartial differential equations | Universal computation in forced Navier–Stokes flows | Partial differential equations | Theorem 5.1Computation under Rapidly Vanishing Navier–Stokes Forcingpossible match from catalogue wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | No | 50 | 170 | |
Reflexive tree space, midpoint modulus, and diamond distortionForestSpaceFunctional analysis | Reflexive midpoint convexity and diamond distortion | Functional analysis | Theorem 1.1Asymptotic midpoint uniform convexity and unbounded diamond distortion in a reflexive tree spacepossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | Yes | 43 | 324 | |
One rational matrix tuple hitting all bounded-size noncommutative formulasFormulaHittingTheoretical computer science | Uniform black-box noncommutative identity testing across characteristics | Theoretical computer science | Theorem 1.1One Rational Matrix Hitting Point for Noncommutative Formulaspossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNLINKED” | 3 | No | 10 | 40 | |
Quadratic stabilization of the canonical Foulkes–Howe mapFoulkesHoweAlgebra | Foulkes' conjecture for sixth powers and quadratic stabilization | Algebra | Theorem 1Quadratic stabilization of the canonical Foulkes–Howe mappossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — DECLARED” | 2 | Yes | 6 | 27 | |
Strict four-row permanent inequality near the uniform lawFourRowPermanentProbability and statistical mechanics | Optimal logarithmic mixing of the Thorp shuffle | Probability and statistical mechanics | Theorem 1.1A strict four-row permanent inequality and permutation momentspossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | No | 9 | 21 | |
Almost-everywhere convergence of full symmetric Fourier partial sumsFourierLLogLReal and complex analysis | The \(L\log L\) Fourier-convergence conjecture | Real and complex analysis | Theorem 1.1Almost-everywhere Fourier convergence in L log Lpossible match from catalogue wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | Yes | 1 | 13 | |
Factor-of-IID threshold for the free Ising modelFreeIsingProbability and statistical mechanics | The exact factor-of-IID threshold for free Ising spins on trees | Probability and statistical mechanics | Theorem 1.1The sharp factor-of-IID threshold for the free Ising model on regular treespossible match from catalogue wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | Yes | 16 | 61 | |
A universal IID factor for the free uniform spanning forestFreeUniformSpanningForestProbability and statistical mechanics | The free uniform spanning forest is a factor of IID | Probability and statistical mechanics | Theorem 1.1The free uniform spanning forest is a factor of IIDpossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | No | 26 | 106 | |
Differentiability for every positive Gamma edge-weight lawGammaPassageProbability and statistical mechanics | Planar first-passage geometry and the absence of bigeodesics | Probability and statistical mechanics | Theorem 1.1Strict convexity and differentiability of the planar exponential first-passage limit shapepossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNLINKED” | 2 | No | 17 | 62 | |
Finite-entropy localization and regularization boundsGaussianFiniteEntropyTheoretical computer science | Memory–sample lower bounds for noiseless Gaussian regression | Theoretical computer science | no confident match | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | No | 50 | 144 | |
Information growth under repeated exact Gaussian observationsGaussianInformationTheoretical computer science | Memory–sample lower bounds for noiseless Gaussian regression | Theoretical computer science | Theorem 3.2Localization costs and information growth for exact Gaussian observationspossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | No | 53 | 144 | |
Uniform bounds for bounded-step Gaussian-prime walksGaussianMoatNumber theory | Uniformly bounded components of Gaussian-prime graphs | Number theory | Theorem 1.1Bounded-Step Walks on Gaussian Primespossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | Yes | 5 | 26 | |
Gaussian propeller bound and attainmentGaussianPropellerConvex and metric geometry | The Gaussian propeller conjecture in every dimension | Convex and metric geometry | Theorem 1.1The Gaussian propeller bound in every dimensionpossible match from Lean wording; no review recorded | All of itTheir term: “full” | Part of itTheir term: “NARROWER — DECLARED” | 3 | Yes | 8 | 22 | |
Gaussian replacement and information boundsGaussianReplacementTheoretical computer science | Memory–sample lower bounds for noiseless Gaussian regression | Theoretical computer science | no confident match | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | Yes | 64 | 428 | |
General Mahler inequality and simplex equality casesGeneralMahlerConvex and metric geometry | The Mahler conjectures, functional inequalities and polar-product symplectic width | Convex and metric geometry | Corollary 6.2The symmetric Mahler conjecture and its equality casespossible match from Lean wording; no review recorded | All of itTheir term: “full” | Part of itTheir term: “NARROWER — DECLARED” | 2 | No | 3 | 15 | |
Uniform generalized star-height bound of threeGeneralizedStarHeightTheoretical computer science | Generalized star height at most three | Theoretical computer science | Theorem 1.1Finite Monoid Computations and a Uniform Generalized Star-Height Boundpossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | No | 4 | 26 | |
Average sensitivity of polynomial threshold functionsGotsmanLinialTheoretical computer science | Average sensitivity of polynomial threshold functions | Theoretical computer science | Theorem 1Average sensitivity of polynomial threshold functionspossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | Yes | 10 | 28 | |
Twelve-point spherical non-Ramsey exampleGrahamSphericalCombinatorics | Classification of finite Euclidean Ramsey configurations | Combinatorics | Proposition 7.6A classification of finite Euclidean Ramsey configurationspossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNDECLARED” | 3 | Yes | 12 | 28 | |
Elementary-expansion weak equivalenceGrothendieckElementaryExpansionTopology | The Grothendieck homotopy hypothesis | Topology | Theorem 1.1The Grothendieck homotopy hypothesis via elementary expansionspossible match from Lean wording; no review recorded | A supporting or different resultTheir term: “supporting-only” | Part of itTheir term: “NARROWER — DECLARED” | 2 | Yes | 76 | 344 | |
Group-ring determinant counterexampleGroupRingDeterminantAlgebra | A torsion-free group algebra that is not directly finite | Algebra | Theorem 1.1A Counterexample to the Group-Ring Determinant Conjecturepossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNLINKED” | 2 | Yes | 7 | 29 | |
Cube-fiber cancellation for order-six Hadamard row ratiosHadamardCubeFiberMathematical physics | Exactly three mutually unbiased bases in dimension six | Mathematical physics | Proposition 4.1Exact Fourier certificates for complex Hadamard matrices of order sixpossible match from Lean wording; no review recorded | Part of itTheir term: “weaker-statement” | Part of itTheir term: “NARROWER — DECLARED” | 3 | No | 7 | 17 | |
Arbitrarily large counterexamples to Hadwiger’s conjectureHadwigerCounterexampleCombinatorics | Graph coloring, clique minors, and Colin de Verdière invariants | Combinatorics | Corollary 1.2A counterexample to Hadwiger’s conjectureTheorem 1.1A counterexample to Hadwiger’s conjecturepossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — DECLARED” | 2 | Yes | 4 | 28 | |
Power-saving bounds for halving pairs and level switchesHalvingLinesCombinatorics | Power savings for planar halving lines and k-sets | Combinatorics | Theorem 1.1A power saving for planar halving linespossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNDECLARED” | 3 | No | 9 | 37 | |
Uniform ground-state condensation in the dilute hard-sphere gasHardSphereMathematical physics | Positive-temperature Bose–Einstein condensation and exact quantum depletion | Mathematical physics | Theorem 1.1Ground-state condensation in the dilute hard-sphere gaspossible match from catalogue wording; no review recorded | Part of itTheir term: “weaker-statement” | Part of itTheir term: “NARROWER — UNLINKED” | 2 | No | 31 | 301 | |
Contractibility of the Salvetti coverHarmonicArtinGroup theory | Classifying spaces and geometric obstructions for Artin groups | Group theory | Corollary 1.3Parabolic intersections in Artin groupspossible match from catalogue wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | Yes | 13 | 36 | |
Counterexample to harmonic dimension comparisonHarmonicGrowthDifferential geometry | Failure of integer-degree harmonic dimension comparison | Differential geometry | Theorem 1.1A counterexample to integer-degree harmonic dimension comparisonpossible match from Lean wording; no review recorded | Part of itTheir term: “weaker-statement” | Part of itTheir term: “NARROWER — UNLINKED” | 3 | Yes | 19 | 58 | Declares an axiom |
Finite-order Hecke $L$-function $7/8$ boundHeckeSevenEighthsNumber theory | The quasi-Riemann hypothesis | Number theory | Theorem 1.1The Quasi-Riemann Hypothesis: A Zero-Free Half-Plane \(\Re s\gt 7/8\)possible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | Yes | 23 | 185 | |
Power improvement for the smallest Heilbronn triangleHeilbronnTriangleCombinatorics | A power improvement in the Heilbronn triangle lower bound | Combinatorics | Theorem 1.1A power improvement in the Heilbronn triangle lower boundpossible match from Lean wording; no review recorded | Part of itTheir term: “weaker-statement” | Part of itTheir term: “NARROWER — DECLARED” | 2 | No | 12 | 40 | |
Low-temperature spontaneous magnetization for every positive spinHeisenbergMathematical physics | Bloch’s law, its lattice correction, and the spherical magnetization law | Mathematical physics | Theorem 1.1Spontaneous magnetization in the quantum Heisenberg ferromagnetpossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNLINKED” | 2 | No | 31 | 169 | |
Subcritical Hénon–Lane–Emden nonexistenceHenonEmdenPartial differential equations | The Lane–Emden and Hénon–Lane–Emden conjectures | Partial differential equations | Corollary 1.2The Subcritical Hénon–Lane–Emden Conjecturepossible match from catalogue wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | Yes | 3 | 18 | |
Numerical-range geometry and finite-compression supportHilbertCrouzeixFunctional analysis | The complete Crouzeix conjecture | Functional analysis | Corollary 6.3The complete Crouzeix theorem: optimal similarity and a common positive boundary representationpossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | No | 26 | 92 | |
Finiteness of critical bridge mass and first length momentsHoneycombBridgeFinitenessProbability and statistical mechanics | The three-quarter exponent for honeycomb self-avoiding walk | Probability and statistical mechanics | Theorem 1.1Polynomial vacuum representations and bridge mass for honeycomb walkspossible match from catalogue wording; no review recorded | A supporting or different resultTheir term: “supporting-only” | A supporting or different resultTheir term: “DIFFERENT” | 3 | No | 13 | 44 | |
Strict honeycomb bridge mass of order $(1+h)^{-1/4}$HoneycombBridgeMassSupportProbability and statistical mechanics | The three-quarter exponent for honeycomb self-avoiding walk | Probability and statistical mechanics | no confident match | A supporting or different resultTheir term: “supporting-only” | A supporting or different resultTheir term: “DIFFERENT” | 2 | Yes | 15 | 46 | |
Existence of the honeycomb free-energy limitHoneycombFreeEnergyProbability and statistical mechanics | The three-quarter exponent for honeycomb self-avoiding walk | Probability and statistical mechanics | Theorem 1.1Critical honeycomb chords with prescribed boundary endpointspossible match from catalogue wording; no review recorded | A supporting or different resultTheir term: “supporting-only” | A supporting or different resultTheir term: “DIFFERENT” | 3 | No | 15 | 39 | |
Strict hot spots and absence of interior critical pointsHotSpotsPartial differential equations | The hot spots conjecture for simply connected planar domains | Partial differential equations | no confident match | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | No | 8 | 34 | |
Nonspectrahedral hyperbolicity coneHyperbolicConesConvex and metric geometry | Hyperbolicity cones without semidefinite lifts | Convex and metric geometry | Proposition 4.1A nonspectrahedral hyperbolicity conepossible match from Lean wording; no review recorded | Part of itTheir term: “weaker-statement” | Part of itTheir term: “NARROWER — UNLINKED” | 2 | Yes | 15 | 48 | |
Hyperbolic group with no geometric CAT(0) actionHyperbolicObstructionGroup theory | A hyperbolic group without a geometric CAT(0) action | Group theory | Theorem 1.1A hyperbolic group with no geometric CAT(0) actionpossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | Yes | 23 | 87 | |
Quasinilpotent operator with a transitive commutantHyperinvariantSubspacesOperator algebras | Invariant projections, hyperinvariant subspaces, and transitive algebras | Operator algebras | Corollary 1.2Backward intertwiners and a transitive commutantpossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | No | 4 | 16 | |
Independent-product spaces and positive midpoint moduliIndependentProductsFunctional analysis | Reflexive midpoint convexity and diamond distortion | Functional analysis | Theorem 1.1Independent products in real L1: asymptotic midpoint convexity without AUC renormingspossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | Yes | 17 | 66 | |
Independent-set hardness in three-colorable graphsIndependentSetsTheoretical computer science | Hardness of coloring three-colorable graphs | Theoretical computer science | Theorem 1.1Hardness of finding large independent sets in three-colorable graphspossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 1 | Yes | 15 | 50 | |
Individual proper infiniteness implies strong pure infinitenessIndividualStrongInfinitenessOperator algebras | Weak pure infiniteness and Cuntz-algebra absorption | Operator algebras | Theorem 1.2Weak pure infiniteness and O-infinity absorptionpossible match from catalogue wording; no review recorded | All of itTheir term: “full” | Part of itTheir term: “NARROWER — UNDECLARED” | 3 | No | 42 | 248 | |
Infinite matroid packing/covering counterexampleInfiniteMatroidCombinatorics | Counterexamples to infinite matroid intersection and packing/covering | Combinatorics | Theorem 1.1A Counterexample to the Infinite Matroid Packing/Covering Conjecturepossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | Yes | 4 | 20 | |
Partitional intersection, covering, and packing counterexamplesInfiniteMatroidCorollariesCombinatorics | Counterexamples to infinite matroid intersection and packing/covering | Combinatorics | no confident match | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | No | 19 | 98 | |
Isomorphism of all interpolated free group factorsInterpolatedFactorsOperator algebras | Isomorphism of the free group factors | Operator algebras | Corollary 7.1An isomorphism of the free group factorspossible match from Lean wording; no review recorded | All of itTheir term: “full” | Part of itTheir term: “NARROWER — DECLARED” | 3 | No | 41 | 139 | |
Pressure and ground-state limits for invariant Ising modelsInvariantIsingProbability and statistical mechanics | All-temperature pressure of orthogonally invariant Ising spin glasses | Probability and statistical mechanics | Theorem 1.1All-temperature pressure for orthogonally invariant Ising spin glassespossible match from catalogue wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | No | 66 | 389 | |
Invariant-projection counterexamples for every irrational rotationIrrationalRotationOperator algebras | Invariant projections, hyperinvariant subspaces, and transitive algebras | Operator algebras | Theorem A.1Invariant-projection counterexamples for every irrational rotationpossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | No | 114 | 551 | |
Ergodicity of triangular billiards with an irrational angleIrrationalTriangleBilliardDynamical systems and ergodic theory | Weak mixing of triangular billiards with an irrational angle | Dynamical systems and ergodic theory | Theorem 1Ergodicity of triangular billiards with an irrational anglepossible match from Lean wording; no review recorded | Part of itTheir term: “weaker-statement” | Part of itTheir term: “NARROWER — UNLINKED” | 3 | No | 16 | 62 | |
Finiteness of the Ising-perceptron variational valueIsingFinitenessProbability and statistical mechanics | Perceptron free energies and microscopic jamming exponents | Probability and statistical mechanics | Theorem 2.3The free energy of the Ising random perceptronpossible match from catalogue wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNLINKED” | 3 | No | 13 | 54 | |
Smooth local isometric-immersion obstructionIsometricImmersionDifferential geometry | A smooth surface metric with no local isometric immersion in ℝ3 | Differential geometry | Theorem A (unnumbered)A Smooth Metric with No Local Isometric Immersion into Three-Spacepossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | Yes | 5 | 27 | |
Quadratic Jacobsthal boundJacobsthalNumber theory | A quadratic bound for Jacobsthal’s function | Number theory | Theorem 1.1A quadratic bound for Jacobsthal’s functionpossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 1 | Yes | 2 | 8 | |
Jacobsthal bound with an iterated-logarithm savingJacobsthalImprovedNumber theory | A quadratic bound for Jacobsthal’s function | Number theory | Theorem 1.1A quadratic bound for Jacobsthal’s functionpossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 1 | No | 2 | 9 | |
Joint Dickman law and equal ordering densities for consecutive integersJointDickmanNumber theory | Independent largest prime factors of consecutive integers | Number theory | Theorem 1.1The joint Dickman law for consecutive integerspossible match from catalogue wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 1 | No | 6 | 25 | |
Combinatorial invariance of Kazhdan–Lusztig polynomialsKLInvarianceCombinatorics | Combinatorial invariance of Kazhdan–Lusztig polynomials | Combinatorics | Theorem 1.1Combinatorial invariance of Kazhdan–Lusztig polynomialspossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | No | 9 | 56 | |
Randomized metric $k$-median approximation below twoKMedianRecoveryTheoretical computer science | The metric k-median approximation threshold and recovery | Theoretical computer science | no confident match | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | Yes | 18 | 70 | |
Exact-budget recovery from accurate distinct cluster proxiesKMedianRefinedRecoveryTheoretical computer science | The metric k-median approximation threshold and recovery | Theoretical computer science | Theorem 1.1Single-exponential recovery and bounded-price strictness for metric k-medianpossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | No | 27 | 112 | |
Exact approximation threshold under $P\ne NP$KMedianThresholdTheoretical computer science | The metric k-median approximation threshold and recovery | Theoretical computer science | Corollary 1.2The approximation threshold for metric k-medianpossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | No | 19 | 63 | |
Squared-logarithmic randomized $k$-server on arbitrary metricsKServerTheoretical computer science | Optimal-order randomized k-server on arbitrary metrics | Theoretical computer science | Theorem 1.1Squared-logarithmic randomized k-server on arbitrary metricspossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | No | 9 | 42 | 9 definitions checked by name and type only |
Bounded primitives for all Hochschild cocycles of degree at least twoKadisonRingroseOperator algebras | The Kadison–Ringrose cohomology conjecture | Operator algebras | Proposition 1.2Vanishing of higher bounded Hochschild cohomologypossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | No | 3 | 18 | |
Kadison’s similarity theorem and uniform hyperreflexivityKadisonSimilarityOperator algebras | Kadison’s similarity conjecture | Operator algebras | Theorem 1.1Kadison’s similarity theorem through uniform derivation estimatescited in the Lean source; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 1 | No | 20 | 62 | |
Universal-cover product splittingKahlerSplittingAlgebraic and complex geometry | Tangent splittings and product decompositions | Algebraic and complex geometry | Theorem 1.1Universal-cover splitting for compact Kähler manifoldspossible match from Lean wording; no review recorded | All of itTheir term: “full” | Part of itTheir term: “NARROWER — DECLARED” | 3 | Yes | 17 | 98 | |
Characteristic-two direct-finiteness counterexampleKaplanskyDirectFinitenessAlgebra | A torsion-free group algebra that is not directly finite | Algebra | Theorem 1.1A Counterexample to Kaplansky’s Direct-Finiteness Conjecture in Characteristic Twopossible match from catalogue wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNLINKED” | 2 | No | 1 | 6 | |
Finitely presented characteristic-two counterexampleKaplanskyFinitelyPresentedAlgebra | A torsion-free group algebra that is not directly finite | Algebra | Theorem 1.1A Counterexample to Kaplansky’s Direct-Finiteness Conjecture in Characteristic Twopossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNLINKED” | 2 | Yes | 0 | 6 | |
Nonadditive normalized $2$-quasitracesKaplanskyQuasitraceOperator algebras | Kaplansky’s quasitrace conjecture and failure of tensor-product stable finiteness | Operator algebras | Theorem 1.1A counterexample to Kaplansky’s quasitrace conjecture and failure of tensor-product stable finitenesspossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | Yes | 7 | 27 | |
Tensor-product failure of stable finiteness and quasitrace consequencesKaplanskyStableFinitenessOperator algebras | Kaplansky’s quasitrace conjecture and failure of tensor-product stable finiteness | Operator algebras | Corollary 1.2A counterexample to Kaplansky’s quasitrace conjecture and failure of tensor-product stable finitenesspossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | No | 26 | 125 | |
Coefficient-group injectivity for unimodular one-relator quotientsKervaireGroup theory | Nonsingular systems of equations over arbitrary groups | Group theory | Theorem 1.1The Kervaire theorem for groupspossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNLINKED” | 3 | No | 7 | 16 | |
Removable-boundary rigidity and the circle-domain theoremKoebeCircleDomainsReal and complex analysis | Koebe’s circle-domain conjecture | Real and complex analysis | Theorem 1.1Removable Boundaries and Rigidity of Circle Domainspossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | No | 13 | 42 | |
Uniform Laughlin $V_1$ spectral gapLaughlinMathematical physics | Uniform Laughlin gap and stability under bounded scalar disorder | Mathematical physics | no confident match | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — DECLARED” | 2 | Yes | 13 | 43 | |
Uniform Fock-space spectral-gap inequalityLaughlinFockMathematical physics | Uniform Laughlin gap and stability under bounded scalar disorder | Mathematical physics | no confident match | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — DECLARED” | 1 | No | 11 | 34 | |
Uniform unperturbed spherical Laughlin gap inequalityLaughlinGapMathematical physics | Uniform Laughlin gap and stability under bounded scalar disorder | Mathematical physics | Theorem 1.1Uniform Stability of the Spherical Laughlin Gappossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — DECLARED” | 2 | No | 13 | 44 | |
Planar spectral-gap inequalityLaughlinPlanarMathematical physics | Uniform Laughlin gap and stability under bounded scalar disorder | Mathematical physics | no confident match | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — DECLARED” | 2 | No | 17 | 44 | |
Sharp one-dimensional Lieb–Thirring inequalityLiebThirringMathematical physics | Sharp finite-matrix Lieb–Thirring inequalities and all equality cases | Mathematical physics | Theorem 1.1Sharp one-dimensional Lieb–Thirring constantspossible match from Lean wording; no review recorded | Part of itTheir term: “weaker-statement” | Part of itTheir term: “NARROWER — UNLINKED” | 3 | Yes | 15 | 51 | |
Bi-Lipschitz equivalent nonisomorphic Banach spacesLipschitzEquivalenceFunctional analysis | Lipschitz equivalent Banach spaces need not be linearly isomorphic | Functional analysis | Theorem 1.1Lipschitz Equivalent Separable Banach Spaces Need Not Be Linearly Isomorphicpossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | Yes | 5 | 25 | |
Uniform short Hilbert-transform bounds for Lipschitz directionsLipschitzHilbertReal and complex analysis | Hilbert transforms along Lipschitz directions | Real and complex analysis | Theorem 1.1A uniform Hilbert transform estimate for Lipschitz directionspossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 1 | No | 8 | 46 | |
Linear list-coloring bound in the Hadwiger numberListHadwigerCombinatorics | Graph coloring, clique minors, and Colin de Verdière invariants | Combinatorics | Theorem 1.1A linear list-coloring bound in terms of the Hadwiger numberpossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — DECLARED” | 3 | No | 6 | 19 | |
Infinite little finitistic dimensionLittleFinitisticAlgebra | A counterexample to finitistic-dimension finiteness | Algebra | Corollary 1.2An algebra of infinite little finitistic dimensionpossible match from catalogue wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | Yes | 1 | 10 | |
Finite-exponent flatness of one all-length Littlewood familyLittlewoodFiniteFlatnessReal and complex analysis | Real ultraflat Littlewood polynomials and unbounded binary merit factors | Real and complex analysis | Theorem 1.1Asymptotically minimal maxima of real Littlewood polynomialspossible match from Lean wording; no review recorded | Part of itTheir term: “weaker-statement” | Part of itTheir term: “NARROWER — UNLINKED” | 3 | No | 3 | 19 | |
Logarithmic Brunn–Minkowski inequalityLogBrunnMinkowskiConvex and metric geometry | Logarithmic and Lp Brunn–Minkowski inequalities and the B-conjecture | Convex and metric geometry | Theorem 1.1The logarithmic Brunn–Minkowski conjecturepossible match from catalogue wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNDECLARED” | 3 | Yes | 6 | 18 | |
Subpolynomial query complexity for log-concave samplingLogConcaveQueryTheoretical computer science | Subpolynomial query complexity for log-concave sampling | Theoretical computer science | Theorem 1.1Subpolynomial query complexity for well-conditioned log-concave samplingpossible match from catalogue wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | Yes | 16 | 55 | |
Logarithmic Kodaira additivity in the negative-fiber branchLogKodairaFiberNegativeAlgebraic and complex geometry | Iitaka subadditivity, variation, and logarithmic additivity | Algebraic and complex geometry | Corollary 1.2The reverse logarithmic Kodaira inequality and additivitypossible match from catalogue wording; no review recorded | A supporting or different resultTheir term: “supporting-only” | A supporting or different resultTheir term: “DIFFERENT” | 3 | No | 34 | 149 | |
Exact equality of deterministic and randomized logarithmic spaceLogspaceEqualityTheoretical computer science | Exact derandomization of logarithmic space: \(\mathsf L=\mathsf{RL}=\mathsf{BPL}\) | Theoretical computer science | Theorem 1.2Exact derandomization of logarithmic space: L = RL = BPLpossible match from catalogue wording; no review recorded | All of itTheir term: “full” | Part of itTheir term: “NARROWER — DECLARED” | 3 | Yes | 25 | 100 | 20 definitions checked by name and type only |
Order-six Hadamard Fourier vanishing and a five-basis upper boundMUBSixMathematical physics | Exactly three mutually unbiased bases in dimension six | Mathematical physics | Theorem 1.1Exact Fourier certificates for complex Hadamard matrices of order sixpossible match from Lean wording; no review recorded | Part of itTheir term: “weaker-statement” | Part of itTheir term: “NARROWER — DECLARED” | 1 | No | 16 | 35 | |
Symmetric Mahler inequalityMahlerConjectureConvex and metric geometry | The Mahler conjectures, functional inequalities and polar-product symplectic width | Convex and metric geometry | no confident match | All of itTheir term: “full” | Part of itTheir term: “NARROWER — DECLARED” | 2 | Yes | 1 | 8 | |
Nontrivial Markov type and superreflexivityMarkovTypeFunctional analysis | Markov type characterizes superreflexivity | Functional analysis | Theorem 1.1Nontrivial Markov Type Forces Superreflexivitypossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | Yes | 10 | 41 | |
Global boundedness and persistence for weakly reversible mass-action systemsMassActionDynamical systems and ergodic theory | Classwise permanence for weakly reversible mass-action systems | Dynamical systems and ergodic theory | Theorem 1.1Boundedness and persistence of weakly reversible mass-action systemspossible match from Lean wording; no review recorded | Part of itTheir term: “weaker-statement” | Part of itTheir term: “NARROWER — UNLINKED” | 2 | No | 8 | 38 | |
Superpolynomial lower bound for affine semidefinite liftsMatchingAffineLiftTheoretical computer science | Exponential semidefinite complexity of perfect matching | Theoretical computer science | Corollary 1.2Exponential PSD rank of positively shifted matching matricespossible match from catalogue wording; no review recorded | Part of itTheir term: “weaker-statement” | Part of itTheir term: “NARROWER — DECLARED” | 2 | No | 6 | 19 | |
Perfect-matching entropy boundMatchingEntropyTheoretical computer science | Approximate counting and entropy of perfect matchings | Theoretical computer science | Proposition 5.2Entropy and Face Dimension of the Perfect-Matching Polytopepossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | Yes | 13 | 32 | |
Refined pointwise perfect-matching entropy boundsMatchingEntropyBoundsTheoretical computer science | Approximate counting and entropy of perfect matchings | Theoretical computer science | Theorem 1.1Entropy and Face Dimension of the Perfect-Matching Polytopepossible match from catalogue wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | No | 14 | 35 | |
Randomized approximation of the perfect-matching countMatchingFPRASTheoretical computer science | Approximate counting and entropy of perfect matchings | Theoretical computer science | Theorem 1.1A Fully Polynomial Randomized Approximation Scheme for Perfect Matchings in General Graphspossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | No | 18 | 64 | |
Superpolynomial PSD rank for the perfect-matching slack matrixMatchingPSDTheoretical computer science | Exponential semidefinite complexity of perfect matching | Theoretical computer science | Corollary A.4Exponential PSD rank of positively shifted matching matricespossible match from Lean wording; no review recorded | Part of itTheir term: “weaker-statement” | Part of itTheir term: “NARROWER — DECLARED” | 3 | No | 11 | 30 | |
Matrix-multiplication exponent over every fieldMatrixFieldsTheoretical computer science | Matrix multiplication with exponent at most 9/4 | Theoretical computer science | Theorem 1.1Staggered extraction for exact matrix multiplication over every fieldpossible match from Lean wording; no review recorded | All of itTheir term: “full” | Part of itTheir term: “NARROWER — UNDECLARED” | 2 | Yes | 14 | 55 | |
Complex square, dual, and rectangular exponent boundsMatrixMultiplicationTheoretical computer science | Matrix multiplication with exponent at most 9/4 | Theoretical computer science | Theorem 1.1Complex Matrix Multiplication Below 2.258 and Rectangular Boundspossible match from Lean wording; no review recorded | All of itTheir term: “full” | Part of itTheir term: “NARROWER — UNDECLARED” | 2 | Yes | 18 | 69 | |
Failure of polynomial removal for ordered binary matricesMatrixRemovalCombinatorics | Polynomial removal fails for ordered binary matrices | Combinatorics | Theorem 1.1Polynomial removal fails for ordered binary matricespossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | Yes | 11 | 52 | |
One-sample matroid prophet inequality against an almighty adversaryMatroidProphetTheoretical computer science | One-sample matroid prophet inequalities against an almighty adversary | Theoretical computer science | Theorem 1.1One Sample Suffices for Matroid Prophet Inequalities against an Almighty Adversarypossible match from catalogue wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | No | 16 | 58 | |
Hidden-vector matroid selection with worst-order guaranteeMatroidSecretaryTheoretical computer science | One-sample matroid prophet inequalities against an almighty adversary | Theoretical computer science | Theorem 1.1One Sample Suffices for Matroid Prophet Inequalities against an Almighty Adversarypossible match from catalogue wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | No | 31 | 134 | |
Eventual maximal Seshadri constantsMaximalSeshadriConstantsAlgebraic and complex geometry | Nagata’s conjecture and maximal Seshadri constants | Algebraic and complex geometry | Theorem 1.1Maximal Seshadri constants on arbitrary polarized surfacespossible match from catalogue wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNLINKED” | 2 | Yes | 44 | 223 | |
Projection estimates and memory–precision boundsMemoryPrecisionTheoretical computer science | Memory–sample lower bounds for noiseless Gaussian regression | Theoretical computer science | no confident match | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | Yes | 66 | 688 | |
Counterexample to metric-entropy dualityMetricEntropyDualityFunctional analysis | A counterexample to metric-entropy duality | Functional analysis | Theorem 1.1Counterexamples to the duality conjecture for metric entropypossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | Yes | 8 | 29 | |
Deterministic metric $k$-median approximation at the thresholdMetricKMedianTheoretical computer science | The metric k-median approximation threshold and recovery | Theoretical computer science | Theorem 1.1The approximation threshold for metric k-medianpossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | No | 9 | 42 | |
Midpoint-lens tail estimateMidpointLensesFunctional analysis | Reflexive midpoint convexity and diamond distortion | Functional analysis | Theorem 1.1Midpoint lenses in segment spacespossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | Yes | 35 | 275 | |
Arbitrary constant-factor hardness of Min-UnCutMinUncutTheoretical computer science | The Unique Games Conjecture and optimal approximation thresholds | Theoretical computer science | Theorem 1.1Constant-factor hardness of Min-UnCutpossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 0 | No | 18 | 65 | |
Nagata’s conjectureNagataAlgebraic and complex geometry | Nagata’s conjecture and maximal Seshadri constants | Algebraic and complex geometry | Theorem 1.1Nagata’s conjecture for plane curvespossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNLINKED” | 2 | Yes | 29 | 233 | |
Counterexample to Naimark’s problem in ZFCNaimarkOperator algebras | A ZFC counterexample to Naimark’s problem | Operator algebras | Theorem 1.1A counterexample to Naimark’s problem in ZFCpossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | No | 7 | 34 | 7 definitions checked by name and type only |
Rapidly decaying alternating-coordinate memoryNavierStokesAlternatingPartial differential equations | Universal computation in forced Navier–Stokes flows | Partial differential equations | Theorem 1.1Velocity-Field Detection of Computation in Forced Navier–Stokes Flowspossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | No | 56 | 173 | |
Pointwise and integral velocity-field detection of haltingNavierStokesVelocityPartial differential equations | Universal computation in forced Navier–Stokes flows | Partial differential equations | Theorem 1.1Velocity-Field Detection of Computation in Forced Navier–Stokes Flowspossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | No | 196 | 607 | |
Sharp upper bound for nodal length on smooth surfacesNodalLengthDifferential geometry | Yau’s nodal bounds: surfaces and higher dimensions | Differential geometry | Theorem 1.1Sharp nodal length on smooth surfacespossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNDECLARED” | 2 | No | 8 | 35 | |
Subquadratic and fixed-quadratic memory–precision lower boundsNoiselessRegressionTheoretical computer science | Memory–sample lower bounds for noiseless Gaussian regression | Theoretical computer science | Proposition 7.1Subsphere methods for memory-sample lower bounds in noiseless Gaussian regressionpossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | No | 19 | 82 | |
Obstruction to nuclear norm-ultrapower embeddingsNuclearUltrapowerOperator algebras | Kirchberg’s \(\mathcal O_2\) norm-ultrapower embedding problem | Operator algebras | Theorem 1.1An explicit obstruction to nuclear norm-ultrapower embeddingspossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | No | 29 | 133 | |
Row–column overlap on occupied boardsOccupiedOverlapProbability and statistical mechanics | Optimal logarithmic mixing of the Thorp shuffle | Probability and statistical mechanics | Theorem 5.1Row–column symmetry and contraction of coordinate sweepscited in the Lean source; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | No | 33 | 160 | 5 definitions checked by name and type only |
Prescribed odd-characteristic counterexampleOddKaplanskyAlgebra | A torsion-free group algebra that is not directly finite | Algebra | Theorem 1.1A Counterexample to Kaplansky’s Direct-Finiteness Conjecture in Odd Characteristicpossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNLINKED” | 2 | Yes | 4 | 16 | |
Time-capped and unknown-time one-tape simulation in two-fifths-power spaceOneTapeSpaceTheoretical computer science | One-tape time simulation in two-fifths-power space | Theoretical computer science | Theorem 1Simulating One-Tape Time in Two-Fifths-Power Spacepossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | Yes | 53 | 167 | |
Exponential deterministic state lower bound for livenessOneWayLivenessTheoretical computer science | Exponential state costs for two-way automata | Theoretical computer science | Theorem 1.1An exponential two-way deterministic state lower bound for one-way livenesspossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | Yes | 22 | 70 | |
Optimal Max-Cut hardness gapOptimalMaxCutTheoretical computer science | The Unique Games Conjecture and optimal approximation thresholds | Theoretical computer science | Theorem 1.1A Direct Proof of Optimal Max-Cut Hardnesspossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 1 | Yes | 24 | 94 | |
Ordinary Elliott cancellation under uniform nonpretentiousnessOrdinaryElliottNumber theory | Ordinary two-point correlations and the corrected Elliott conjecture | Number theory | Theorem 1.2Ordinary two-point correlations of multiplicative functionspossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | No | 6 | 23 | |
Ordinary Liouville and multiplicative two-point correlationsOrdinaryTwoPointCorrelationsNumber theory | Ordinary two-point correlations and the corrected Elliott conjecture | Number theory | Theorem 1.1Ordinary two-point correlations of multiplicative functionspossible match from catalogue wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 1 | No | 9 | 39 | |
Ostmann’s inverse Goldbach theorem and the infinite-summands caseOstmannCompleteNumber theory | Ostmann’s inverse Goldbach conjecture | Number theory | Theorem 2.3The additive indecomposability of the primespossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | No | 5 | 20 | |
Additive indecomposability of the primes up to finite changesOstmannPrimesNumber theory | Ostmann’s inverse Goldbach conjecture | Number theory | Theorem 1.1The additive indecomposability of the primespossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | No | 0 | 3 | |
Parity-lift characterization of Weisfeiler–Leman equivalenceParityLiftsTheoretical computer science | The computational complexity of Weisfeiler–Leman refinement | Theoretical computer science | Theorem 1.2Parity lifts and bounded-treewidth witnesses for Weisfeiler–Leman equivalencepossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | No | 37 | 154 | |
Fourier bounds from complementary coset capsPartialPermutationProbability and statistical mechanics | Optimal logarithmic mixing of the Thorp shuffle | Probability and statistical mechanics | no confident match | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | No | 17 | 70 | |
Relative consistency of the Partition Principle with ordinal Choice and failure of ChoicePartitionConsistencyMathematical logic | The Partition Principle does not imply Choice | Mathematical logic | Theorem 1.2The Partition Principle does not imply Choicepossible match from catalogue wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — DECLARED” | 3 | No | 47 | 200 | |
Partition Principle without Choice from a ground modelPartitionPrincipleMathematical logic | The Partition Principle does not imply Choice | Mathematical logic | Theorem 3.3The Partition Principle does not imply Choicepossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — DECLARED” | 1 | Yes | 50 | 155 | |
Patterson first moment and angular cancellationPattersonFirstMomentNumber theory | Patterson’s first moment for cubic Gauss sums | Number theory | Theorem 1.1An unconditional first moment for cubic Gauss sumspossible match from catalogue wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | No | 21 | 54 | |
Variational formula for spherical-perceptron pressurePerceptronFreeEnergyProbability and statistical mechanics | Perceptron free energies and microscopic jamming exponents | Probability and statistical mechanics | Theorem 8.5The free energy of the Ising random perceptronpossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNLINKED” | 2 | No | 27 | 71 | |
Perfect-completeness reduction for 2-to-1 gamesPerfectCompletenessTheoretical computer science | Perfect completeness for 2-to-1 games | Theoretical computer science | Theorem 1.1Perfect completeness for 2-to-1 gamespossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 1 | Yes | 30 | 101 | |
Infinite finitely presented periodic groupPeriodicGroupGroup theory | An infinite finitely presented residually finite 2-group and a finitely presented nil algebra | Group theory | Theorem 1.1An infinite finitely presented periodic grouppossible match from catalogue wording; no review recorded | Part of itTheir term: “weaker-statement” | Part of itTheir term: “NARROWER — UNLINKED” | 2 | No | 9 | 31 | |
Aperiodic translational tile in dimension threePeriodicTilingThreeCombinatorics | A counterexample to periodic tiling in dimension three | Combinatorics | Theorem 1.1A translational tile with no fully periodic tiling in dimension threepossible match from catalogue wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | Yes | 12 | 34 | |
Cubic lower bounds for permanent determinantal complexityPermanentCubicTheoretical computer science | A cubic permanent–determinant lower bound | Theoretical computer science | Theorem 1.1A cubic lower bound for border determinantal complexity of the permanentpossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | No | 6 | 24 | |
Petty’s projection-volume inequalityPettyProjectionVolumeConvex and metric geometry | Sharp projection-body inequalities and a counterexample to simplex maximization | Convex and metric geometry | Theorem 1.1Petty’s projection-volume conjecture in dimensions at least fourpossible match from catalogue wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — DECLARED” | 3 | Yes | 10 | 24 | |
The irrationality exponent of $\pi$ equals twoPiExponentNumber theory | The irrationality exponent of π is 2 | Number theory | Theorem 1.1The irrationality exponent of pi is 2possible match from Lean wording; no review recorded | All of itTheir term: “full” | Part of itTheir term: “NARROWER — DECLARED” | 2 | No | 0 | 9 | |
Negatively pinched Kähler threefold without bounded coordinatesPinchedKahlerDifferential geometry | Negative Kähler curvature without bounded holomorphic coordinates | Differential geometry | Theorem 1.1A negatively pinched Kähler threefold without bounded holomorphic coordinatespossible match from catalogue wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — DECLARED” | 2 | Yes | 37 | 105 | |
Weak pinned planar distance theoremPinnedDistancesCombinatorics | Planar distinct distances and unit-distance bounds | Combinatorics | Corollary 1.2The weak pinned planar distance theorempossible match from catalogue wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | Yes | 6 | 15 | |
Almost-sure spectrum of the planar Anderson operatorPlanarAndersonSpectrumMathematical physics | Localization and delocalization in the Anderson model | Mathematical physics | Theorem 1.1Pure-Point Spectrum for the Two-Dimensional Anderson Model at Every Positive Disorderpossible match from Lean wording; no review recorded | Part of itTheir term: “weaker-statement” | Part of itTheir term: “NARROWER — UNDECLARED” | 3 | No | 6 | 15 | |
Planar Falconer distance theoremPlanarFalconerReal and complex analysis | The Falconer distance conjecture | Real and complex analysis | Proposition 5.10The Falconer distance conjecture in all dimensionspossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | Yes | 3 | 7 | |
Differentiability of the exponential first-passage limit shapePlanarFirstPassageProbability and statistical mechanics | Planar first-passage geometry and the absence of bigeodesics | Probability and statistical mechanics | Theorem 1.1Strict convexity and differentiability of the planar exponential first-passage limit shapepossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNLINKED” | 2 | Yes | 17 | 64 | |
Planar graph metrics in $L_1$PlanarL1Convex and metric geometry | Bounded-distortion L1 embeddings of planar and bounded-treewidth graphs | Convex and metric geometry | Theorem 1.1Planar Graph Metrics Embed into L1 with Constant Distortionpossible match from Lean wording; no review recorded | All of itTheir term: “full” | Part of itTheir term: “NARROWER — UNDECLARED” | 2 | Yes | 4 | 31 | |
Sharp Fourier certificate for planar circle packingPlanarPackingConvex and metric geometry | Triangular-lattice optimality, long-range Riesz and Coulomb energies, and spherical logarithmic energy | Convex and metric geometry | Theorem 1.1A sharp Fourier certificate for planar circle packingpossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNLINKED” | 0 | No | 4 | 13 | |
Power saving for planar unit distancesPlanarUnitDistancesCombinatorics | Planar distinct distances and unit-distance bounds | Combinatorics | Theorem 1.1A power saving for planar unit distancespossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | No | 4 | 11 | |
Proper seven-coloringPlaneColoringCombinatorics | The Euclidean plane cannot be colored with five colors | Combinatorics | Theorem 1.1The Euclidean plane is not five-colorablepossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | Yes | 2 | 5 | |
Quasi-isometric recognition of virtually polycyclic groups and solvable latticesPolycyclicRecognitionGroup theory | Quasi-isometric recognition of virtually polycyclic groups | Group theory | Theorem 1.4Quasi-isometric recognition of virtually polycyclic groupspossible match from catalogue wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | No | 20 | 136 | |
Posterior-replica comparisons and sample lower boundPosteriorReplicasTheoretical computer science | Memory–sample lower bounds for noiseless Gaussian regression | Theoretical computer science | Proposition 7.1Subsphere methods for memory-sample lower bounds in noiseless Gaussian regressionpossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | Yes | 75 | 323 | |
Positive density of power-free polynomial valuesPowerFreeValuesNumber theory | Squarefree quartics and power-free polynomial values | Number theory | Corollary 1.3Squarefree values of quartics and power-free values of polynomialspossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | Yes | 7 | 24 | |
Positive lower density of prime-ratio increasesPrimeGapsNumber theory | Positive lower density of large prime gaps | Number theory | Theorem 1.1Positive lower density of large prime gapsCorollary 1.2Positive lower density of large prime gapspossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | No | 6 | 23 | |
Brown measure of the selected product weighted shiftProductBrownOperator algebras | Invariant projections, hyperinvariant subspaces, and transitive algebras | Operator algebras | no confident match | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | No | 62 | 541 | |
Failure of the simplex upper bound in dimension 20ProjectionCounterexampleConvex and metric geometry | Sharp projection-body inequalities and a counterexample to simplex maximization | Convex and metric geometry | Theorem 1A product counterexample to the simplex maximum for projection-body volumepossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — DECLARED” | 3 | Yes | 8 | 17 | |
Projection, cap, and Riesz estimates with regression boundsProjectionMomentsTheoretical computer science | Memory–sample lower bounds for noiseless Gaussian regression | Theoretical computer science | no confident match | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | Yes | 90 | 425 | |
Explicit product-of-simplices counterexampleProjectionVolumeConvex and metric geometry | Sharp projection-body inequalities and a counterexample to simplex maximization | Convex and metric geometry | Theorem 1A product counterexample to the simplex maximum for projection-body volumepossible match from catalogue wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — DECLARED” | 3 | Yes | 11 | 33 | |
Constant-depth quantum parity lower boundQACParityMathematical physics | Parity is not in QAC0 | Mathematical physics | Theorem 1Product-projection localization and the QAC0 parity lower boundpossible match from Lean wording; no review recorded | All of itTheir term: “full” | Part of itTheir term: “NARROWER — UNDECLARED” | 3 | Yes | 16 | 37 | |
Ample bundles without Griffiths-positive metricsQuadricBundlesAlgebraic and complex geometry | A counterexample to Griffiths’ positivity conjecture | Algebraic and complex geometry | Theorem 1.1Ample rank-two bundles on the quadric surface without Griffiths-positive metricspossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | Yes | 34 | 134 | |
Uniform van der Waerden lower boundQuantitativeVanDerWaerdenCombinatorics | Superexponential van der Waerden numbers | Combinatorics | no confident match | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | Yes | 4 | 12 | |
Riemann zeta $7/8$ boundQuasiRiemannHypothesisNumber theory | The quasi-Riemann hypothesis | Number theory | Theorem 1.1The Quasi-Riemann Hypothesis: A Zero-Free Half-Plane \(\Re s\gt 7/8\)possible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | Yes | 0 | 3 | |
Exact two-cycle bound for quintic Liénard systemsQuinticLienardDynamical systems and ergodic theory | Hilbert’s sixteenth problem: uniform bounds for limit cycles | Dynamical systems and ergodic theory | Proposition 2.5Two limit cycles for quintic Liénard systemspossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNLINKED” | 2 | Yes | 5 | 17 | |
A common radial phase transition over a density intervalRadialDensityIntervalProbability and statistical mechanics | Continuum phase transitions for radial pair potentials | Probability and statistical mechanics | Theorem 1.1A radial continuum phase transition with algebraic decaypossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | No | 13 | 44 | |
Fixed-density radial continuum phase transitionRadialTransitionProbability and statistical mechanics | Continuum phase transitions for radial pair potentials | Probability and statistical mechanics | Theorem 1.1A radial continuum phase transition with algebraic decaypossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | Yes | 13 | 41 | |
Sharp logarithmic exponent of $r(5,t)$RamseyFiveCombinatorics | Sharp logarithmic exponents for off-diagonal Ramsey numbers | Combinatorics | no confident match | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | No | 4 | 16 | |
Randomized quasipolynomial mean-payoff algorithmRandomizedMeanPayoffTheoretical computer science | Quasipolynomial algorithms for mean-payoff, stochastic and parity games | Theoretical computer science | Theorem 1.1Randomized quasipolynomial-time mean-payoff gamespossible match from Lean wording; no review recorded | Part of itTheir term: “weaker-statement” | Part of itTheir term: “NARROWER — UNDECLARED” | 2 | Yes | 23 | 94 | |
Polynomial hitting lists for rational formulasRationalHittingTheoretical computer science | Uniform black-box noncommutative identity testing across characteristics | Theoretical computer science | Theorem 1.1Polynomial Hitting Lists for Noncommutative Rational Formulaspossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNLINKED” | 3 | Yes | 22 | 66 | |
Quantitative renorming of real $\ell_1$RealL1RenormingFunctional analysis | A uniformly discrete counterexample to bounded approximation in Lipschitz-free spaces | Functional analysis | Corollary 1.3A uniformly discrete counterexample to bounded approximation in Lipschitz-free spacespossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | No | 6 | 23 | |
Recursive-potential spaces and midpoint convexityRecursivePotentialsFunctional analysis | Reflexive midpoint convexity and diamond distortion | Functional analysis | Theorem 2.1Midpoint convexity from two recursive potentialsTheorem 6.3Midpoint convexity from two recursive potentialspossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | Yes | 159 | 538 | |
Nonexpansive fixed points in reflexive spacesReflexiveFixedPointsFunctional analysis | Nonexpansive fixed points in reflexive Banach spaces | Functional analysis | Theorem 1.1Fixed Points of Nonexpansive Maps in Reflexive Banach Spacespossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | Yes | 1 | 11 | |
Polynomial-size parity specializationRegularParityMathematical physics | Parity is not in QAC0 | Mathematical physics | Theorem 1Product-projection localization and the QAC0 parity lower boundpossible match from Lean wording; no review recorded | All of itTheir term: “full” | Part of itTheir term: “NARROWER — UNDECLARED” | 3 | Yes | 15 | 36 | |
Dense relative generators for irreducible inclusions of finite factorsRelativeGenerationOperator algebras | The generator problem for finite factors | Operator algebras | Theorem 1.1Relative generation and the generator problem for finite factorspossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | No | 11 | 66 | |
Quantitative higher-codimension Riesz rectifiabilityRieszQuantitativeReal and complex analysis | Riesz transforms and rectifiability in higher codimension | Real and complex analysis | Theorem 1.3Riesz transforms and uniform rectifiability in higher codimensionpossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 1 | Yes | 8 | 34 | |
Mixing of every finite order for one mixing transformationRokhlinDynamical systems and ergodic theory | Rokhlin’s multiple-mixing problem | Dynamical systems and ergodic theory | Theorem 1.1Rokhlin’s multiple-mixing problem for one transformationpossible match from catalogue wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | No | 4 | 18 | 4 definitions checked by name and type only |
Finite cylinder approximation for the selected ruled familiesRuledCoveringConvex and metric geometry | Cylinder coverings below the half-area bound | Convex and metric geometry | no confident match | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | No | 46 | 161 | |
Fixed-prime Ryser counterexamplesRyserCoveringCombinatorics | Counterexamples to Ryser’s covering conjecture | Combinatorics | no confident match | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNDECLARED” | 2 | Yes | 10 | 29 | |
Counterexamples in odd extension degreesRyserOddExtensionsCombinatorics | Counterexamples to Ryser’s covering conjecture | Combinatorics | Theorem 1.1A counterexample to Ryser’s covering conjecturepossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNDECLARED” | 2 | Yes | 11 | 41 | |
Computability of the random $3$-SAT thresholdSATComputabilityProbability and statistical mechanics | Limiting random SAT thresholds, sharp variance and computability | Probability and statistical mechanics | Theorem 1.1Computing the Random 3-SAT Thresholdpossible match from catalogue wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — DECLARED” | 2 | No | 8 | 26 | |
Sharpness of random $k$-SAT lifetime and replacement boundsSATSharpnessProbability and statistical mechanics | Limiting random SAT thresholds, sharp variance and computability | Probability and statistical mechanics | Theorem 1.1A Limiting Satisfiability Threshold for Every Fixed Clause Sizepossible match from catalogue wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — DECLARED” | 3 | No | 16 | 44 | |
Variance bounds for the random $k$-SAT hitting timeSATVarianceProbability and statistical mechanics | Limiting random SAT thresholds, sharp variance and computability | Probability and statistical mechanics | Theorem 1.1Linear Variance of the Random 3-SAT Hitting Timepossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — DECLARED” | 3 | No | 16 | 38 | |
Stretched-exponential barriers from typical equilibrium initial statesSKBarriersProbability and statistical mechanics | Critical SK autocorrelation processes and dynamics across the temperature transition | Probability and statistical mechanics | Theorem B.1Stretched-exponential barriers for typical SK initial statespossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNLINKED” | 2 | No | 19 | 46 | |
Full support of zero-temperature SK minimizersSKFullSupportMathematical physics | QAOA attains the SK optimum in the thermodynamic-first limit | Mathematical physics | Theorem 1.1Full support of the zero-temperature Sherrington-Kirkpatrick order parameterpossible match from Lean wording; no review recorded | A supporting or different resultTheir term: “supporting-only” | A supporting or different resultTheir term: “DIFFERENT” | 2 | No | 16 | 63 | |
Spectral-gap bound throughout the high-temperature SK phaseSKHighTemperatureProbability and statistical mechanics | Critical SK autocorrelation processes and dynamics across the temperature transition | Probability and statistical mechanics | Theorem 1.1A spectral gap throughout the high-temperature Sherrington–Kirkpatrick phasepossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNLINKED” | 2 | No | 18 | 42 | |
Discrete mixing-time ratio cutoff for $\beta<1/2$SKRatioProbability and statistical mechanics | Critical SK autocorrelation processes and dynamics across the temperature transition | Probability and statistical mechanics | Theorem 1.1A spectral gap throughout the high-temperature Sherrington–Kirkpatrick phasepossible match from catalogue wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNLINKED” | 2 | No | 16 | 44 | |
Parisi ground-state value identities and finite Gaussian approximationSKValueMathematical physics | QAOA attains the SK optimum in the thermodynamic-first limit | Mathematical physics | Theorem 1.1QAOA attains the SK ground-state energy in the thermodynamic-first limitpossible match from catalogue wording; no review recorded | A supporting or different resultTheir term: “supporting-only” | A supporting or different resultTheir term: “DIFFERENT” | 2 | No | 35 | 128 | |
Positivity of the explicit gauge on every positive-time segmentSLELowerPositivityProbability and statistical mechanics | Exact Hausdorff gauges for SLE | Probability and statistical mechanics | Theorem 1.1An explicit exact Hausdorff gauge for SLEpossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNDECLARED” | 2 | No | 14 | 53 | |
Saxl’s conjectureSaxlAlgebra | Saxl’s conjecture and universal tensor squares | Algebra | Theorem 1.1A Cyclic Polytabloid Proof of Saxl’s Conjecturepossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | Yes | 14 | 72 | |
Second Kahn–Kalai threshold boundsSecondKahnKalaiCombinatorics | The second Kahn–Kalai conjecture with an edge-count bound | Combinatorics | Theorem 1.1The second Kahn–Kalai conjecturepossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | Yes | 12 | 37 | |
Entropy-rate dimension formulaSelfSimilarDynamical systems and ergodic theory | The entropy-rate dimension formula for self-similar measures | Dynamical systems and ergodic theory | Theorem 1.1The entropy-rate dimension formula for self-similar measures on the linepossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | Yes | 12 | 39 | |
Homogeneous-measure and self-similar-attractor dimension formulasSelfSimilarCorollariesDynamical systems and ergodic theory | The entropy-rate dimension formula for self-similar measures | Dynamical systems and ergodic theory | Theorem 1.1The entropy-rate dimension formula for self-similar measures on the linepossible match from catalogue wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | No | 10 | 43 | |
Superquadratic sensitivity separationSensitivitySeparationTheoretical computer science | A superquadratic separation of sensitivity and block sensitivity | Theoretical computer science | Theorem 1.1A superquadratic separation between sensitivity and block sensitivitypossible match from Lean wording; no review recorded | Part of itTheir term: “weaker-statement” | Part of itTheir term: “NARROWER — UNDECLARED” | 3 | Yes | 5 | 22 | |
Failure of the separable quotient assertion under the continuum hypothesisSeparableQuotientNegativeFunctional analysis | Independence of the separable quotient problem | Functional analysis | Proposition 2.2Relative independence of the separable quotient problempossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — DECLARED” | 3 | No | 3 | 11 | |
Seymour’s second-neighborhood conjectureSeymourSecondNeighborhoodCombinatorics | Seymour’s second-neighborhood conjecture | Combinatorics | Theorem 1.1A proof of Seymour’s second-neighborhood conjecturepossible match from catalogue wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | Yes | 4 | 15 | |
Sharp integral fillings in proper $\mathrm{CAT}(0)$ spacesSharpCAT0FillingDifferential geometry | Sharp Cartan–Hadamard isoperimetry and rigidity | Differential geometry | Theorem 1.1Sharp integral fillings in CAT(0) spacespossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNLINKED” | 2 | No | 24 | 93 | |
Sharp logarithmic exponent for fixed off-diagonal Ramsey numbersSharpLogRamseyCombinatorics | Sharp logarithmic exponents for off-diagonal Ramsey numbers | Combinatorics | Theorem 1.1Sharp logarithmic exponents for fixed off-diagonal Ramsey numberspossible match from catalogue wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | No | 4 | 20 | |
Sharp threshold width for monotone graph propertiesSharpThresholdCombinatorics | Uniform influence and sharp thresholds for graph and hypergraph properties | Combinatorics | Theorem 1.1A Sharp Threshold Bound for Monotone Graph Propertiespossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNLINKED” | 2 | No | 12 | 37 | |
Optimal order of the shortest Egyptian-fraction expansionsShortEgyptianFractionsNumber theory | Short Egyptian fractions | Number theory | Proposition 2.1Short Egyptian fractionspossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | No | 3 | 14 | |
Counterexample to Sidorenko’s conjectureSidorenkoCounterexampleCombinatorics | Counterexamples to Sidorenko’s conjecture and the forcing conjecture | Combinatorics | Theorem 1.1A counterexample to Sidorenko’s conjecturepossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — DECLARED” | 3 | No | 7 | 23 | |
Uniform real-zero gapSiegelZerosNumber theory | The quasi-Riemann hypothesis | Number theory | Theorem 1Uniform exclusion of Landau–Siegel zerospossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | Yes | 0 | 16 | |
Signed finite-band disk-maximal gradient boundSignedFiniteBandReal and complex analysis | Endpoint Sobolev regularity of centered disk averages | Real and complex analysis | Theorem 1.1An Endpoint Gradient Bound for the Centered Disk Maximal Operatorpossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | Yes | 7 | 21 | |
Uniform signed-occurrence moment bound for coordinate sweepsSignedSweepMomentProbability and statistical mechanics | Optimal logarithmic mixing of the Thorp shuffle | Probability and statistical mechanics | Theorem 1.1Signed tensor densities and diagram budgets for the Thorp shufflepossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | No | 34 | 133 | |
Infinite finitely presented simple amenable groupSimpleAmenableGroup theory | An infinite finitely presented simple amenable group | Group theory | Theorem 1.1An infinite finitely presented simple amenable grouppossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | Yes | 1 | 8 | |
Simple type $F_\infty$ overgroups of groups with decidable word problemSimpleOvergroupsGroup theory | Boone–Higman embeddings with higher finiteness | Group theory | Theorem 1.1Simple F∞ overgroups of groups with decidable word problempossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | No | 3 | 22 | |
Single-fold Diophantine representationsSingleFoldMathematical logic | Single-fold Diophantine representations and undecidability under an at-most-one-solution promise | Mathematical logic | Corollary 1.2Single-fold Diophantine representationspossible match from catalogue wording; no review recorded | All of itTheir term: “full” | Part of itTheir term: “NARROWER — DECLARED” | 3 | Yes | 3 | 12 | |
Single-lattice covering boundSingleLatticeCoveringConvex and metric geometry | The optimal order of convex-body covering density | Convex and metric geometry | Theorem 1.1A single-lattice covering bound of order n log npossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | Yes | 3 | 11 | |
Approximate counting with singleton loopsSingletonLoopMatchingTheoretical computer science | Approximate counting and entropy of perfect matchings | Theoretical computer science | Theorem 1.2Entropy and Face Dimension of the Perfect-Matching Polytopepossible match from catalogue wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | Yes | 24 | 80 | |
Determinantal lower bound from a smooth initial formSmoothInitialFormTheoretical computer science | A cubic permanent–determinant lower bound | Theoretical computer science | no confident match | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | No | 5 | 37 | |
Finite-entropy system without a smooth positive-volume modelSmoothObstructionDynamical systems and ergodic theory | Zero entropy does not guarantee a smooth positive-volume model | Dynamical systems and ergodic theory | Theorem 1.1A zero-entropy system without a smooth positive-volume modelpossible match from Lean wording; no review recorded | Part of itTheir term: “weaker-statement” | Part of itTheir term: “NARROWER — DECLARED” | 3 | No | 9 | 58 | |
Nodal counterexamples in dimensions three and fourSmoothYauDifferential geometry | Yau’s nodal bounds: surfaces and higher dimensions | Differential geometry | no confident match | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNDECLARED” | 2 | Yes | 18 | 88 | |
Reconstruction of the 35-move Snaky certificateSnakyCertificateCombinatorics | Snaky in 21 Maker moves | Combinatorics | Proposition 10Snaky in 21 Maker movespossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | No | 670 | 718 | |
Conditional winning templates from finite partial positionsSnakyConditionalCombinatorics | Snaky in 21 Maker moves | Combinatorics | Proposition 10Snaky in 21 Maker movespossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | No | 9 | 41 | |
Legal Snaky winning strategy within 21 Maker movesSnakyTwentyOneCombinatorics | Snaky in 21 Maker moves | Combinatorics | Theorem 1Snaky in 21 Maker movespossible match from catalogue wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 1 | No | 9 | 41 | |
Sharp binary-channel contraction and entropy productionSoftChannel204Theoretical computer science | The Courtade–Kumar and Hellinger conjectures | Theoretical computer science | Theorem 1.1Sharp binary-information contraction on the discrete cubepossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNLINKED” | 2 | No | 34 | 68 | |
Positive diagonal programs on incompressible coding sheetsSolenoidalSheetProgramsPartial differential equations | Universal computation in forced Navier–Stokes flows | Partial differential equations | Theorem 5.1Computation under Rapidly Vanishing Navier–Stokes Forcingpossible match from catalogue wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | No | 42 | 139 | |
Spherical linear-field dual formula and approximationSphericalFieldProbability and statistical mechanics | Perceptron free energies and microscopic jamming exponents | Probability and statistical mechanics | Proposition 4The free energy of the spherical random perceptronpossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNLINKED” | 2 | No | 66 | 446 | |
One-sided angle bound for signed spin typesSpinAngleProbability and statistical mechanics | Optimal logarithmic mixing of the Thorp shuffle | Probability and statistical mechanics | Corollary 1.3Compatibility entropy and the spectrum of a Thorp sweeppossible match from catalogue wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | No | 61 | 329 | 3 definitions checked by name and type only |
Integrability of both holomorphic tangent summandsSplitTangentIntegrabilityAlgebraic and complex geometry | Tangent splittings and product decompositions | Algebraic and complex geometry | Theorem 1.1Integrability of split tangent bundles on rationally connected manifoldspossible match from Lean wording; no review recorded | All of itTheir term: “full” | Part of itTheir term: “NARROWER — DECLARED” | 3 | No | 20 | 86 | |
Power saving for square-difference-free setsSquareDifferenceCombinatorics | Power savings for intersective polynomial differences and prime arguments | Combinatorics | Theorem 1.1A power saving for square-difference-free setspossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNLINKED” | 1 | No | 1 | 7 | |
Unbounded violations of the square-root Fourier-degree boundSquareRootDegreeCombinatorics | Boolean functions violate the square-root degree bound by arbitrary factors | Combinatorics | Theorem 1.1Unbounded Violations of the Square-Root Degree Boundpossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | No | 12 | 29 | |
Degree-five stable noncoordinate with nonrectifiable affine-space fibersStableCoordinateFourAlgebraic and complex geometry | A stable-coordinate counterexample in four variables | Algebraic and complex geometry | Theorem 1.1An explicit noncoordinate polynomial with affine three-space zero fibrepossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | Yes | 13 | 28 | |
Positive-area hyperbolic Bernoulli componentStandardMapComponentsDynamical systems and ergodic theory | Positive metric entropy for the standard map | Dynamical systems and ergodic theory | Corollary 1.2Positive Metric Entropy for the Standard Map at Large Parameterspossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | No | 19 | 77 | |
Positive metric entropy for all sufficiently large parametersStandardMapEntropyDynamical systems and ergodic theory | Positive metric entropy for the standard map | Dynamical systems and ergodic theory | Theorem 1.1Positive Metric Entropy for the Standard Map at Large Parameterspossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | No | 11 | 29 | |
Positive Lyapunov exponents and entropyStandardMapLyapunovDynamical systems and ergodic theory | Positive metric entropy for the standard map | Dynamical systems and ergodic theory | Theorem 1.1Positive Metric Entropy for the Standard Map at Large Parameterspossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | No | 21 | 75 | |
Euclidean signed and reordered prefix boundsSteinitzBergstromConvex and metric geometry | The Euclidean Steinitz–Bergström bound | Convex and metric geometry | Corollary 6.1The Euclidean Steinitz–Bergström theorempossible match from Lean wording; no review recorded | All of itTheir term: “full” | Part of itTheir term: “NARROWER — UNDECLARED” | 3 | Yes | 3 | 16 | |
Strict inverse-first-power bound and consequencesStrictMeansReal and complex analysis | Brennan’s conjecture and the integral-means spectrum | Real and complex analysis | Theorem 1.1A strict inverse-first-power bound for univalent functionspossible match from Lean wording; no review recorded | All of itTheir term: “full” | Part of itTheir term: “NARROWER — UNDECLARED” | 2 | Yes | 7 | 25 | |
Universal near-identity unitary conjugacy for close von Neumann algebrasStrongKadisonKastlerOperator algebras | Strong Kadison–Kastler stability and its spatial boundaries | Operator algebras | Theorem 1.1Universal strong Kadison–Kastler stabilitypossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNLINKED” | 2 | No | 6 | 17 | |
Strong thin-tree boundStrongThinTreeCombinatorics | Deterministic construction of strong thin spanning trees | Combinatorics | Theorem 1.1The strong thin tree conjecturepossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | Yes | 6 | 23 | |
Strongly Rayleigh and determinantal-process IID factorsStronglyRayleighDPPProbability and statistical mechanics | The free uniform spanning forest is a factor of IID | Probability and statistical mechanics | Corollary 1.4The free uniform spanning forest is a factor of IIDpossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | No | 21 | 139 | |
Optimal similarity and boundary representationStructuralCrouzeixFunctional analysis | The complete Crouzeix conjecture | Functional analysis | Theorem 1.2The complete Crouzeix theorem: optimal similarity and a common positive boundary representationTheorem 1.3The complete Crouzeix theorem: optimal similarity and a common positive boundary representationpossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | Yes | 18 | 119 | |
Dimension reduction in $L_p$SubpolynomialLpConvex and metric geometry | Subpolynomial dimension reduction in Lp | Convex and metric geometry | no confident match | All of itTheir term: “full” | Part of itTheir term: “NARROWER — DECLARED” | 3 | Yes | 4 | 25 | |
Subsphere estimates and memory–sample lower boundsSubsphereCurrentTheoretical computer science | Memory–sample lower bounds for noiseless Gaussian regression | Theoretical computer science | Proposition 7.1Subsphere methods for memory-sample lower bounds in noiseless Gaussian regressionpossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | Yes | 61 | 265 | |
Polynomial-time 2-approximation for shortest common superstringSuperstringTheoretical computer science | A factor-two approximation for shortest common superstring | Theoretical computer science | Theorem 1.1A Polynomial-Time 2-Approximation for Shortest Common Superstringpossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | Yes | 10 | 20 | |
Ring-theoretic properties of the completed surface-cone candidateSurfaceConeCandidateSupportAlgebra | A counterexample to the small Cohen–Macaulay module conjecture | Algebra | Theorem 1.1A Complete Local Domain without a Small Cohen–Macaulay Modulepossible match from Lean wording; no review recorded | A supporting or different resultTheir term: “supporting-only” | A supporting or different resultTheir term: “SUPPORT-ONLY” | 3 | Yes | 0 | 7 | |
Smooth isometric immersion of every closed surface into four-spaceSurfaceImmersionDifferential geometry | Smooth isometric immersions of surfaces into ℝ4 | Differential geometry | Theorem 1.1Smooth isometric immersions of closed surfaces into Euclidean four-spacepossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 1 | No | 6 | 18 | |
Polynomial mixing and connectivity for every graphical degree sequenceSwitchChainTheoretical computer science | Rapid mixing of graph switches for every degree sequence | Theoretical computer science | Theorem 1.1Polynomial mixing of the switch chain for every graphical degree sequencepossible match from Lean wording; no review recorded | All of itTheir term: “full” | Part of itTheir term: “NARROWER — DECLARED” | 2 | No | 28 | 125 | |
Symmetry of semialgebraic bounded domainsSymmetricDomainsAlgebraic and complex geometry | Semialgebraic universal covers and bounded domains | Algebraic and complex geometry | Theorem 1.1Symmetry of semialgebraic bounded domains with compact quotientpossible match from Lean wording; no review recorded | A supporting or different resultTheir term: “supporting-only” | A supporting or different resultTheir term: “DIFFERENT” | 2 | Yes | 8 | 44 | |
Symmetric Mahler equality characterizationSymmetricMahlerEqualityConvex and metric geometry | The Mahler conjectures, functional inequalities and polar-product symplectic width | Convex and metric geometry | Theorem 1.1The symmetric Mahler conjecture and its equality casespossible match from Lean wording; no review recorded | All of itTheir term: “full” | Part of itTheir term: “NARROWER — DECLARED” | 2 | Yes | 5 | 26 | |
Gromov width of symmetric polar productsSymmetricPolarConvex and metric geometry | The Mahler conjectures, functional inequalities and polar-product symplectic width | Convex and metric geometry | Theorem 1.1Symplectic Balls in Symmetric Polar Productspossible match from Lean wording; no review recorded | All of itTheir term: “full” | Part of itTheir term: “NARROWER — DECLARED” | 3 | Yes | 9 | 28 | |
Tachikawa counterexampleTachikawaAlgebra | Counterexamples to Auslander–Reiten, Tachikawa and related homological conjectures | Algebra | Theorem 1.1A counterexample to Tachikawa’s second conjecturepossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — DECLARED” | 3 | Yes | 3 | 22 | |
Talagrand discrete convexityTalagrandDiscreteConvexityCombinatorics | Talagrand’s expectation thresholds, discrete convexity, and graph decompositions | Combinatorics | Theorem 1.1Talagrand’s discrete-convexity conjecturepossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNLINKED” | 3 | Yes | 8 | 20 | |
Integral–fractional expectation-threshold comparisonTalagrandExpectationThresholdCombinatorics | Talagrand’s expectation thresholds, discrete convexity, and graph decompositions | Combinatorics | Theorem 1.1Integral and fractional expectation thresholds are equivalentpossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNLINKED” | 3 | Yes | 12 | 25 | |
Taming implies compatibilityTamingCompatibilityDifferential geometry | Donaldson’s tamed-to-compatible conjecture | Differential geometry | Theorem 1.1Taming implies compatibility on four-manifoldspossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | Yes | 13 | 40 | |
Thomason model structures and nerve detection in all positive strict dimensionsThomasonModelStructuresTopology | Thomason model structures in all strict higher dimensions | Topology | Theorem 1.1Thomason Model Structures in Every Strict Higher Dimensionpossible match from catalogue wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | No | 110 | 1,914 | |
Nonamenability of Thompson’s group $F$ThompsonNonamenabilityGroup theory | Thompson’s group F is nonamenable | Group theory | Theorem 1.1Thompson’s group F is nonamenablepossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | Yes | 12 | 51 | |
Reciprocal Specht degrees and eight-block Fourier boundThorpFirstReciprocalProbability and statistical mechanics | Optimal logarithmic mixing of the Thorp shuffle | Probability and statistical mechanics | no confident match | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | No | 34 | 138 | |
Frame, spectral, and density estimates for Thorp mixingThorpRemainingProbability and statistical mechanics | Optimal logarithmic mixing of the Thorp shuffle | Probability and statistical mechanics | Theorem 1.1Optimal-order mixing of the Thorp shufflepossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | No | 87 | 349 | |
Nine routing-density and representation estimatesThorpRoutingProbability and statistical mechanics | Optimal logarithmic mixing of the Thorp shuffle | Probability and statistical mechanics | Proposition 5.1Routing densities and representation contraction for Thorp sweepspossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 1 | Yes | 357 | 1,565 | |
Weighted row–column compatibility boundThorpWeightedCompatibilityProbability and statistical mechanics | Optimal logarithmic mixing of the Thorp shuffle | Probability and statistical mechanics | Theorem 1.1Row–column symmetry and contraction of coordinate sweepspossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | Yes | 7 | 33 | |
Optimal three-machine unit-job schedulingThreeMachineTheoretical computer science | Polynomial-time scheduling on three identical machines | Theoretical computer science | Theorem 1.1A Polynomial-Time Algorithm for Three-Machine Unit-Job Schedulingpossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | No | 18 | 72 | |
Supercritical reconstruction on regular and Poisson treesThreeStateSupercriticalProbability and statistical mechanics | Exact three- and four-state reconstruction thresholds and four-state tree capacity | Probability and statistical mechanics | Theorem 1.1The exact reconstruction threshold for the three-state symmetric channelpossible match from Lean wording; no review recorded | Part of itTheir term: “weaker-statement” | Part of itTheir term: “NARROWER — UNLINKED” | 3 | No | 17 | 65 | |
Three-state reconstruction above the Kesten–Stigum thresholdThreeStateTreeClausesProbability and statistical mechanics | Exact three- and four-state reconstruction thresholds and four-state tree capacity | Probability and statistical mechanics | Theorem 1.1The exact reconstruction threshold for the three-state symmetric channelpossible match from Lean wording; no review recorded | Part of itTheir term: “weaker-statement” | Part of itTheir term: “NARROWER — UNLINKED” | 3 | No | 14 | 60 | |
Smooth simple Lebesgue spectrum on the three-torusThreeTorusDynamical systems and ergodic theory | Banach’s simple Lebesgue-spectrum problem | Dynamical systems and ergodic theory | Theorem 1.1A smooth three-torus diffeomorphism with simple Lebesgue spectrumpossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | No | 12 | 51 | |
Tingley’s sphere-isometry extensionTingleySphereIsometryFunctional analysis | Tingley’s sphere-isometry problem | Functional analysis | Theorem 1.1A positive solution to Tingley’s problempossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | Yes | 2 | 17 | |
Torsion-free hyperbolic group that is not residually finiteTorsionFreeHyperbolicGroup theory | A torsion-free hyperbolic group that is neither residually finite nor linear over any field | Group theory | Corollary 1.2A torsion-free hyperbolic group that is not residually finitepossible match from catalogue wording; no review recorded | All of itTheir term: “full” | Part of itTheir term: “NARROWER — DECLARED” | 3 | Yes | 4 | 22 | |
Torsion-free group-algebra counterexampleTorsionFreeZeroDivisorsAlgebra | A counterexample to Kaplansky’s zero-divisor conjecture | Algebra | Theorem 1.1A Torsion-Free Group Algebra with Zero Divisorspossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | Yes | 3 | 24 | |
Totient-count asymptotics and regular variationTotientAsymptoticNumber theory | An asymptotic formula for the number of totients | Number theory | Theorem 2.1An asymptotic formula for the number of totientspossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 1 | No | 32 | 105 | |
Exact zero case for the companion totient countsTotientCompanionZeroNumber theory | An asymptotic formula for the number of totients | Number theory | Theorem 2.1An asymptotic formula for the number of totientspossible match from catalogue wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 1 | No | 22 | 64 | |
Transport of trace ideals and their additive-idempotent descriptionTraceIdealTransportSupportOperator algebras | Trace cones and Razak–Jacelon stabilization | Operator algebras | Theorem 1.1The trace cone classifies Razak–Jacelon stabilizationspossible match from catalogue wording; no review recorded | A supporting or different resultTheir term: “supporting-only” | A supporting or different resultTheir term: “SUPPORT-ONLY” | 3 | Yes | 30 | 158 | |
Quantitative and superpolynomial sample lower bounds for trace reconstructionTraceReconstructionTheoretical computer science | Quantitative trace-reconstruction bounds with a uniform decoder | Theoretical computer science | Theorem 1.1Quantitative lower bounds for trace reconstructionpossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNLINKED” | 3 | No | 13 | 49 | |
Tree-based binary edit-distance distortion lower boundTreeEditConvex and metric geometry | The sharp exponential scale of edit-distance distortion | Convex and metric geometry | no confident match | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | No | 7 | 25 | |
Face correspondence under triangle expansionTriangleFaceTheoretical computer science | Approximate counting and entropy of perfect matchings | Theoretical computer science | no confident match | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | No | 24 | 86 | |
Sharp terminal edge count in random triangle removalTriangleRemovalCombinatorics | The sharp terminal leave in random triangle removal | Combinatorics | Theorem 1.1The sharp terminal leave in random triangle removalpossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | No | 11 | 31 | |
Explicit triangular-cylinder cover below half areaTriangularCoveringConvex and metric geometry | Cylinder coverings below the half-area bound | Convex and metric geometry | Theorem 1.1Finite angular cylinder covers below the half-area boundpossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | No | 16 | 40 | |
Universal energy minimality of the triangular latticeTriangularEnergyConvex and metric geometry | Triangular-lattice optimality, long-range Riesz and Coulomb energies, and spherical logarithmic energy | Convex and metric geometry | Theorem 1.1An atomic certificate for triangular-lattice universal optimalitypossible match from catalogue wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNLINKED” | 2 | No | 20 | 39 | |
Gaussian Fourier minorants with their constructionTriangularGaussianConvex and metric geometry | Triangular-lattice optimality, long-range Riesz and Coulomb energies, and spherical logarithmic energy | Convex and metric geometry | Theorem 1.2An atomic certificate for triangular-lattice universal optimalitypossible match from catalogue wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNLINKED” | 2 | No | 73 | 149 | |
Maximal triangular Hilbert transform boundTriangularHilbertReal and complex analysis | Annular variation and dyadic absolute bounds for the triangular Hilbert transform | Real and complex analysis | Theorem 1.1The maximal triangular Hilbert transform at the symmetric pointpossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNDECLARED” | 2 | Yes | 9 | 28 | |
Finite counterexample to Truffet’s optimization procedureTruffetCounterexampleTheoretical computer science | Quasipolynomial algorithms for mean-payoff, stochastic and parity games | Theoretical computer science | Proposition 5.1Randomized quasipolynomial-time mean-payoff gamespossible match from Lean wording; no review recorded | Part of itTheir term: “weaker-statement” | Part of itTheir term: “NARROWER — UNDECLARED” | 3 | No | 30 | 92 | |
Two-way nondeterministic complementation lower boundTwoWayComplementationTheoretical computer science | Exponential state costs for two-way automata | Theoretical computer science | Theorem 1.1An exponential state lower bound for two-way nondeterministic complementationpossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | Yes | 5 | 24 | |
Same-family determinization lower boundTwoWayDeterminizationTheoretical computer science | Exponential state costs for two-way automata | Theoretical computer science | Theorem 1.1An exponential state lower bound for two-way nondeterministic complementationpossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | Yes | 8 | 36 | |
Weak normalization implies strong normalization in every pure type systemTypeSystemNormalizationMathematical logic | Weak normalization implies strong normalization in pure type systems | Mathematical logic | Theorem 1Weak and strong normalization in pure type systemspossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | No | 18 | 76 | |
Uniform amplified commutator estimateUniformCommutatorOperator algebras | Kadison’s similarity conjecture | Operator algebras | Theorem 1.2Kadison’s similarity theorem through uniform derivation estimatespossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | No | 3 | 21 | |
Uniform exact DFT and convolution with a power savingUniformFourierTheoretical computer science | Exact Fourier transforms below \(n\log n\) | Theoretical computer science | Corollary 1.3An explicit power saving for the exact discrete Fourier transformpossible match from catalogue wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | Yes | 54 | 198 | |
Uniform property $\Gamma$ from tracial real rank zeroUniformGammaOperator algebras | Cuntz comparison, nuclear dimension, and equivariant Jiang–Su stability | Operator algebras | Theorem 1.1Tracial projection methods and uniform property Gammapossible match from Lean wording; no review recorded | A supporting or different resultTheir term: “supporting-only” | A supporting or different resultTheir term: “DIFFERENT” | 3 | Yes | 67 | 331 | |
Uniform bit algorithm for the squared-logarithmic $k$-server boundUniformKServerTheoretical computer science | Optimal-order randomized k-server on arbitrary metrics | Theoretical computer science | Theorem 1.1Uniform computation of the squared-logarithmic k-server boundpossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | No | 31 | 132 | |
Uniform sparsest-cut integrality gapsUniformSparsestCutTheoretical computer science | Uniform sparsest cut: hardness and semidefinite gaps | Theoretical computer science | Theorem 1.1Near-square-root logarithmic integrality gaps for uniform sparsest cutpossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — DECLARED” | 3 | Yes | 7 | 30 | |
Unique Games gap reductionUniqueGamesTheoremTheoretical computer science | The Unique Games Conjecture and optimal approximation thresholds | Theoretical computer science | Theorem 1.1The Unique Games Theorempossible match from catalogue wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 1 | Yes | 31 | 122 | |
Universal group of type $F_\infty$UniversalFInfinityGroup theory | Boone–Higman embeddings with higher finiteness | Group theory | Theorem 1.1A universal group of type F∞possible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | Yes | 1 | 13 | |
Universal irreducible tensor squares for symmetric groupsUniversalTensorSquaresAlgebra | Saxl’s conjecture and universal tensor squares | Algebra | Theorem 1.1Universal Tensor Squares for Symmetric Groupspossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 0 | No | 12 | 72 | |
EXPTIME-completeness of variable-dimension Weisfeiler–Leman equivalenceVariableWLTheoretical computer science | The computational complexity of Weisfeiler–Leman refinement | Theoretical computer science | no confident match | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | No | 27 | 93 | |
Positive-probability transience and the velocity hemisphereVelocityHemisphereProbability and statistical mechanics | Directional zero–one laws beyond iid environments and iid ballisticity | Probability and statistical mechanics | Corollary 1.2Directional transience implies ballisticitypossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNLINKED” | 2 | No | 20 | 74 | |
Energy bounds, strong locality, and an irreducible conformal netVertexAlgebraNetMathematical physics | Unitary vertex operator algebras and conformal nets | Mathematical physics | Theorem 1.1Strongly rational unitary vertex operator algebras and conformal netspossible match from catalogue wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — DECLARED” | 3 | No | 89 | 535 | |
Vertex Cover gap and factor-two hardnessVertexCoverTheoretical computer science | The Unique Games Conjecture and optimal approximation thresholds | Theoretical computer science | Theorem 1.1The Factor-Two Hardness Threshold for Vertex Coverpossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 1 | Yes | 26 | 103 | |
Global classical Vlasov–Maxwell solutionsVlasovMaxwellPartial differential equations | Global smoothness for relativistic Vlasov–Maxwell | Partial differential equations | Theorem 1.1Global classical solutions of the three-dimensional relativistic Vlasov–Maxwell systempossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | Yes | 28 | 80 | |
EXPTIME-completeness of Weisfeiler–Leman graph identificationWLIdentificationTheoretical computer science | The computational complexity of Weisfeiler–Leman refinement | Theoretical computer science | Theorem 1.1The complexity of identifying a graph by Weisfeiler–Leman refinementpossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | No | 32 | 93 | |
Weak Hessian bounds along every geodesicWeakHessianDifferential geometry | Gigli’s characterization of Alexandrov curvature | Differential geometry | Theorem 1.1Weak Hessian bounds along every geodesic in RCD spacespossible match from Lean wording; no review recorded | A supporting or different resultTheir term: “supporting-only” | A supporting or different resultTheir term: “DIFFERENT” | 2 | Yes | 45 | 149 | |
Convex injectivity domains under weak MTWWeakMTWGlobalSupportDifferential geometry | Weak MTW curvature gives convexity and regular optimal transport | Differential geometry | Theorem 1.1Global Support and Convex Injectivity Domains under Weak MTWpossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 2 | Yes | 10 | 46 | |
Weighted Schatten moments and operator contraction for coordinate sweepsWeightedSweepMomentsProbability and statistical mechanics | Optimal logarithmic mixing of the Thorp shuffle | Probability and statistical mechanics | Theorem 1.1Row–column symmetry and contraction of coordinate sweepspossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | No | 42 | 175 | |
Unconditional sequential time lower bounds for Weisfeiler–Leman equivalenceWeisfeilerLemanTheoretical computer science | The computational complexity of Weisfeiler–Leman refinement | Theoretical computer science | Theorem 1.1Unconditional time lower bounds for Weisfeiler–Leman equivalencepossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | No | 52 | 196 | |
Strict expressive gain from one witnessed symmetric choiceWitnessedChoiceMathematical logic | Separating choiceless counting from polynomial time and witnessed choice | Mathematical logic | Theorem 1.1Witnessed symmetric choice is strictly stronger than choiceless polynomial time with countingpossible match from Lean wording; no review recorded | All of itTheir term: “full” | All of itTheir term: “MATCHES” | 3 | No | 62 | 357 | |
Unbounded nodal ratio on $S^4\times S^1$YauCounterexampleDifferential geometry | Yau’s nodal bounds: surfaces and higher dimensions | Differential geometry | Theorem 1.1Smooth counterexamples to Yau’s nodal upper bound in dimensions three and fourpossible match from Lean wording; no review recorded | Part of itTheir term: “partial” | Part of itTheir term: “NARROWER — UNDECLARED” | 2 | Yes | 12 | 44 |