Di-jet resonances at future hadron colliders: A Snowmass whitepaper

TL;DR

This paper evaluates the potential of future hadron colliders to detect di-jet resonances from Z' and coloron models, emphasizing increased mass reach and coupling sensitivity with higher energy and luminosity.

Contribution

It provides projected discovery and exclusion limits for di-jet resonances at future colliders, highlighting the impact of energy and luminosity improvements.

Findings

Higher energy colliders extend the mass reach for di-jet resonances.

Increased luminosity improves the sensitivity to smaller couplings.

Projected limits show significant discovery potential for Z' and coloron models.

Abstract

I investigate the sensitivity of future hadron colliders to di-jet resonances arising from Z' or coloron models. The projected discovery potential and exclusion limits for these resonances is presented in the coupling vs. mass plane, which highlights both the increased mass reach from higher energy machines as well as the improved coupling sensivity from larger luminosity.