Precision Studies at a Future Linear Collider

TL;DR

A future linear collider will enhance precision measurements complementing the LHC, with the RADCOR community refining theoretical predictions for various high-energy physics processes across multiple collision types.

Contribution

This paper highlights the role of the RADCOR community in improving theoretical predictions for electroweak, Higgs, SUSY, top, and QCD processes at a future linear collider.

Findings

Refined predictions for electroweak processes.

Enhanced accuracy in Higgs and SUSY process rates.

Improved understanding of QCD and top physics.

Abstract

A future linear collider will complement the programme of the Large Hadron Collider, especially for precision physics. The RADCOR community has an important part to play in refining the predictions for rates and processes in Electroweak, Higgs, SUSY, top and QCD physics, for e^+ e^-, e^- e^-, $\gamma \gamma$ and $\gamma e$ collisions.