# Constraining Quirky Tracks with Conventional Searches

## TL;DR

This paper reinterprets existing collider searches and proposes a new method to constrain quirks, hypothetical particles with unique confinement properties, using data from the CMS experiment, achieving TeV-scale mass limits.

## Contribution

It introduces a novel reinterpretation of collider limits and proposes a new quirk search strategy in magnetic-field-less CMS data, extending constraints on quirks.

## Key findings

- Mass constraints in the TeV range depending on quantum numbers.
- Reinterpretation of monojet and stable charged particle searches.
- Proposal of a new quirk search method in CMS data.

## Abstract

Quirks are particles that are both charged under the standard model and under a new confining group. The quirk setup assumes there are no light flavors of the new confining group so that while the theory is in a confining phase, the distance between quirk-antiquirk pairs can be macroscopic. In this work, we reinterpret existing collider limits, those from monojet and heavy stable charged particle searches, as limits on quirks. Additionally, we propose a new search in the magnetic-field-less CMS data for quirks and estimate the sensitivity. We focus on the region where the confinement scale is roughly between 1 eV and 100 eV and find mass constraints in the TeV-range, depending on the quirk's quantum numbers.