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New page: The Unique Games Conjecture (openai/math 102) with MathVet review and Palomar-registered PCP formalization; Main Page link |
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** [[The quasi-Riemann hypothesis]] | ** [[The quasi-Riemann hypothesis]] | ||
** [[Prime-factor statistics of p − 1]] | ** [[Prime-factor statistics of p − 1]] | ||
** [[Primitive roots for every admissible integer base]] | |||
** [[Bounded gaps between primes]] | |||
* Convex geometry: | * Convex geometry: | ||
** [[The Mahler conjectures]] | ** [[The Mahler conjectures]] | ||
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* Computational complexity: | * Computational complexity: | ||
** [[The Unique Games Conjecture]] | ** [[The Unique Games Conjecture]] | ||
* Group theory: | |||
** [[Classifying spaces and geometric obstructions for Artin groups]] | |||
** [[Thompson's group F is nonamenable]] | |||
** [[Kaplansky's zero-divisor conjecture]] | |||
* Algebra: | |||
** [[The Deligne–Drinfeld conjecture]] | |||
* Representation theory of algebras: | |||
** [[The little finitistic dimension conjecture]] | |||
* Mathematical logic: | |||
** [[Rigidity of the Turing degrees]] | |||
* Algorithms: | * Algorithms: | ||
** [[A factor-two approximation for shortest common superstring]] | ** [[A factor-two approximation for shortest common superstring]] | ||
** [[Integer multiplication below n log n]] | ** [[Integer multiplication below n log n]] | ||
* Combinatorics: | |||
** [[Monochromatic finite sums and products in the positive integers]] | |||
** [[The hypercube Ramsey number has linear order]] | |||
** [[Power-saving bounds for square-difference-free sets]] | |||
* Discrete geometry: | * Discrete geometry: | ||
** [[The higher-dimensional Erdős distinct-distances conjecture]] | |||
** [[The Euclidean plane is not five-colorable]] | ** [[The Euclidean plane is not five-colorable]] | ||
** [[Universal optimality of the triangular lattice]] | ** [[Universal optimality of the triangular lattice]] | ||
** [[Classification of finite Euclidean Ramsey configurations]] | ** [[Classification of finite Euclidean Ramsey configurations]] | ||
* Harmonic analysis: | |||
** [[The triangular Hilbert transform at the symmetric point]] | |||
* Partial differential equations: | |||
** [[The critical dimension for one-phase Bernoulli minimizers]] | |||
* Differential geometry: | |||
** [[Smooth isometric immersions of surfaces into four-space]] | |||
* Mathematical physics: | |||
** [[Localization and delocalization in the Anderson model]] | |||
** [[The ionization and generalized ionization conjectures]] | |||
* Quantum information: | |||
** [[Classical capacity of generalized amplitude damping]] | |||
* Probability: | * Probability: | ||
** [[Optimal mixing of the Thorp shuffle]] | ** [[Optimal mixing of the Thorp shuffle]] | ||
** [[An exact Hausdorff gauge for SLE]] | |||
* Dynamical systems: | * Dynamical systems: | ||
** [[Permanence of weakly reversible mass-action systems]] | ** [[Permanence of weakly reversible mass-action systems]] | ||
Latest revision as of 18:07, 14 October 2026
OpenAI Aftermath is a guide to mathematical research published by OpenAI and to publicly available follow-up work by others: extensions, applications, formal verifications, corrections and critiques.
How entries are written
- Each result page summarizes the published claim and cites its public source: the paper, the repository commit or the preprint version.
- Follow-up work is listed with its relation to the original result (extension, use, verification, correction or critique), its public date and its public status.
- The publication of a paper, code or a formal proof is reported as such. It is not presented as independent verification.
Browse
- All result pages
- Number theory:
- Convex geometry:
- Algebraic complexity:
- Computational complexity:
- Group theory:
- Algebra:
- Representation theory of algebras:
- Mathematical logic:
- Algorithms:
- Combinatorics:
- Discrete geometry:
- Harmonic analysis:
- Partial differential equations:
- Differential geometry:
- Mathematical physics:
- Quantum information:
- Probability:
- Dynamical systems:
Sources
- OpenAI mathematics collection: github.com/openai/math