What was already known
The previous NNLO result contained harmonic polylogarithms and an unevaluated two-fold elliptic integral. This work supplies an analytical form for that remaining sector.
What changed and why it matters
Completes a previously unevaluated sector of a substantial analytical observable and identifies useful elliptic structure.
The AI contribution
The paper says many technical results were completed with AI under human supervision and that BootLoops was used extensively. This disclosure does not identify a model for each calculation or establish autonomous discovery.
Limitations
The completed calculation is in N = 4 super Yang–Mills, not a completed NNLO QCD prediction. The retrospective bootstrap uses the known answer and is not an independent validation. This recent preprint has not been audited or reproduced by AIProofWatch.
Verification evidence
Evidence labels show what supports the claim. Importance rates its impact if correct.
Author claim
The authors report completion of the elliptic sector in the specified supersymmetric theory.
Accessible artifact / proof
Written argument and evaluation details are accessible; no independent reproduction recorded here.
Correction and publication history
Historical addition after primary-source review of statement, baseline, AI attribution and evidence scope. AIProofWatch has not independently verified the result; subscriber alerts disabled.
Read this published revision