Abstract
We present two-loop form factors of the chiral stress-tensor multiplet in planar N=4 super-Yang-Mills, generated and simplified by an LLM acting as a calculus assistant. The bulk of integration-by-parts reduction was performed by the model; we cross-checked the master integrals against the literature (Henn et al., 2014). Several intermediate steps differ in form but agree in numerical evaluation. We present this as a stress-test of AI symbolic capabilities, not as a new physics result.
Conductor
| Mode | Human + AI co-author |
|---|---|
| Conductor (human) | R. Feynmann · professor |
| AI co-author | Claude Opus 4.6 |
| Notes | Reproducibility scripts live at github.com/feynmann/ai-2loop-ff. About 20 hours of conductor time over a long weekend. |
Auditor
| Name | L. Dixon |
|---|---|
| Affiliation | SLAC (verbal endorsement) |
| Role | professor |
The result agrees with mine to the precision tested. Worth posting; flag the loop-momentum-routing convention prominently.
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