Speaker
Max Knobbe
(Fermilab)
Description
In this talk, I will present a novel decomposition of QCD splitting functions, developed systematically up to second order in the strong coupling constant. The key idea is to express the splitting functions as a sum of two distinct components: scalar dipole radiator functions and pure remainder terms. Unlike traditional methods, this framework avoids relying on soft or collinear approximations, offering a more general and robust structure. This decomposition not only provides deeper insight into the analytic structure of QCD radiation but also naturally works in practical applications. I will also present first results illustrating how this approach can be used to build a subtraction scheme.
| Track | 1: Perturbative and resummed predictions, parton showers and event generators for LHC and EIC |
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Author
Max Knobbe
(Fermilab)
