New developments in exact amplitude-based resummation in precision theory vs experiment

TL;DR

This paper discusses recent advancements in exact amplitude-based resummation techniques, highlighting their potential to achieve 1% theoretical precision in LHC and FCC physics through Monte Carlo event generators.

Contribution

It introduces new developments in amplitude-based resummation methods that enhance the precision of theoretical predictions in high-energy physics.

Findings

Resummation methods enable 1% theoretical accuracy in collider physics.

Application of these methods improves agreement between theory and experiment.

Potential for these techniques to be integrated into Monte Carlo generators for future experiments.

Abstract

We present recent developments in the application of exact amplitude-based resummation methods in the confrontation between precision theory and recent experimental results. As a consequence, we argue that these methods open the way to 1\% total theoretical precision in LHC and FCC physics when realized via MC event generators.