# Correlated Electric and Magnetic Dipole Moment in Natural Supersymmetry

## TL;DR

This paper investigates the relationship between electric and magnetic dipole moments in supersymmetry, deriving constraints on superpartner properties using recent experimental limits and future measurements.

## Contribution

It derives the coherence between electric and magnetic dipole moments at two-loop level in supersymmetry and uses this to constrain superpartner masses and CP-violating phases.

## Key findings

- Constraints on superpartner masses from electron EDM limits
- Predictions for muon MDM in future experiments
- Demonstration of coherence between electric and magnetic dipole moments

## Abstract

In the context of supersymmetry, the two-loop Barr-Zee diagrams which induce CP-violating electric dipole moment of electron due to superpartners simultaneously yield CP-conserving magnetic dipole moment of muon. In this paper, we derive the coherence between the electric and magnetic dipole moments at two-loop level due to stops, charginos or neutralinos-charginos. We also use the coherence to constrain superpartner masses and their CP-violating phases, in the light of recent ACME limit on the electric dipole moment of electron and future experiments about magnetic dipole moment of muon such as Fermilab E989 experiment.