Speaker
Antonela Matijašić
Description
Precision predictions for high-energy experiments rely on accurately evaluating multi‑loop, multi‑scale Feynman integrals in dimensional regularisation. The method of differential equations is now the standard tool for this task, but its full power is only realised when the system can be brought into an 𝜀-factorised form. In this talk, we present an algorithmic framework that constructs such 𝜀-factorised differential equations for arbitrary integral families without depending on the underlying geometry.
