Feynman integral calculation promoting the era of high-precision particle physics
Abstract
Perturbative quantum field theory is crucial in the precise testing of the particle physics standard model and probe of new physics. The computation of multiloop Feynman integrals is usually the bottleneck in perturbatively calculating physical processes. In this article, we give a review of recent progress and possible future developments in Feynman integral studies, from calculation methods to phenomenological applications. With future colliders, Feynman integrals will continue to play an important role in promoting high-precision particle physics.
