Speaker
Description
With the upgraded Large Hadron Collider (LHC) operating at higher luminosity and the promise of even higher energy reach for future colliders, it has become imperative to compute precise theoretical predictions to contribute to this era of precision physics. It is particularly important to not only compute higher-order corrections but also include the contributions due to massive particles to scattering processes. Therefore, it is necessary to tame the challenges appearing in analytic computations of multi-loop Feynman integrals due to the presence of massive internal particles. In this talk, while focusing on the computation of analytic scattering amplitudes, I will explain how to counter the challenges arising from massive Feynman integrals whose analytic expressions have a more complicated function space.
