# Flavor Physics in SUSY at large tan(beta)

## TL;DR

This paper reviews the phenomenological implications of large tan(beta) in the MSSM, emphasizing how flavor-violating processes and lepton universality tests can reveal insights into physics beyond the Standard Model.

## Contribution

It highlights the significance of large tan(beta) regime in MSSM and explores how flavor violation and lepton universality tests can probe new physics.

## Key findings

- Leptonic and hadronic flavor-violating processes are sensitive to new physics.
- Tests of lepton universality can provide relevant information on beyond Standard Model scenarios.
- Large tan(beta) enhances certain phenomenological effects in SUSY models.

## Abstract

We discuss the phenomenological impact of a particularly interesting corner of the MSSM: the large tan(beta) regime. The capabilities of leptonic and hadronic Flavor Violating processes in shedding light on physics beyond the Standard Model are reviewed. Moreover, we show that tests of Lepton Universality in charged current processes can represent an interesting handle to obtain relevant information on New Physics scenarios.