# Muon anomalous magnetic moment, Z boson decays, and collider physics in multi-charged particles

## TL;DR

This paper investigates how multi-charged particles can explain the muon g-2 anomaly while satisfying constraints from lepton flavor violations, Z decays, and collider data, identifying key processes influencing the muon magnetic moment.

## Contribution

It introduces a framework involving multi-charged particles to analyze muon g-2 and related constraints, highlighting dominant modes affecting the anomaly.

## Key findings

- Allowed parameter space for multi-charged particles satisfying constraints
- Identification of dominant processes influencing muon g-2
- Potential collider signatures of multi-charged particles

## Abstract

We analyze allowed region of muon anomalous magnetic moment (muon $g-2$), satisfying lepton flavor violations, $Z$ boson decays, and collider physics, in a framework of multi-charged particles. Then we explore the typical size of the muon $g-2$, and discuss which modes dominantly affect muon $g-2$.