Non-minimally flavour violating dark matter

TL;DR

This paper introduces a non-minimally flavour violating dark matter model based on quark flavour symmetries, exploring its implications for detection experiments, collider searches, and flavour violation constraints.

Contribution

It proposes a novel quark-flavoured dark matter model that extends beyond minimal flavour violation, analyzing its phenomenological consequences.

Findings

Potential signals in direct and indirect detection experiments

Distinct collider signatures for flavoured dark matter

Constraints from flavour violating precision measurements

Abstract

Flavour symmetries provide an appealing mechanism to stabilize the dark matter particle. I present a simple model of quark flavoured dark matter that goes beyond the framework of minimal flavour violation. I discuss the phenomenological implications for direct and indirect dark matter detection experiments, high energy collider searches as well as flavour violating precision data.