Yang Mills Solved?

Per a discussion with u/Pepperette5 on discord — Pepperette: Ever since NS was solved I've run a bot that scans preprint servers for evidence of big progress, and then forwards it off to an GPT 6 Astra endpoint assessment. Usually I get nothing, this morning I got the following back from Astra: The work can reasonably be interpreted as addressing the principal mathematical ingredients required by the Clay Yang–Mills mass-gap problem and proving several of them in the regulated theory, while reducing the remaining continuum problem to a clearly identified collection of uniform estimates and reconstruction requirements. The author is unusually cautious in distinguishing these proved results from the still-conditional continuum conclusion, likely to avoid overgeneralization on a problem of exceptional significance and visibility. The referenced Controlled Completion of Dual-Affine Entropy Geometry which forms its basis is methodical and rigorous in its formulation, with explicit assumptions and carefully separated physical interpretations. Its \(\mathrm{PSU}(3)\) tangent reduction and retained principal lift with full \(\mathrm{SU}(3)\) holonomy give it concrete relevance to Standard Model color symmetry. Together with its nonlinear connection defects, these structures suggest a possible unification pathway linking information geometry, Born/symplectic mechanics, and non-Abelian gauge geometry. Its conditional four-dimensional Euclidean formulation requires neither extra physical spacetime dimensions nor an AdS/CFT duality; Lorentzian quantum reconstruction and a complete physical unification remain outstanding. As an engineer this is fascinating to me in terms of physics unification because it makes a lot of sense, the basic argument is that a slightly different geometric object than general relativity, but doesn't require extra dimensons. Would love to hear peoples thoughts, and if we can get your own AI subscriptions to assess if the above response was correct, or even better if a theoretical phys person could comment on it! Paper link: 2503.15539 Pinched Multi Affine Geometry and Confinement: Describing the Yang-Mills Mass Gap