Stories from the Precision Frontier

The effects of strong interactions are everywhere and their quantification is often a limiting factor in the interpretation of experimental measurements in high energy physics. The strong interactions are described by Quantum Chromodynamics (QCD), which gives rise to nonperturbative phenomena that are difficult to quantify. Lattice Field Theory offers an ab initio approach to computing QCD effects using large-scale numerical simulations. I will discuss the current status and future prospects of lattice QCD calculations with a focus on results that are essential for unlocking the discovery potential of high energy experiments at the precision frontier.