# Structure of heavy baryons in a pion mean-field approach

## TL;DR

This paper reviews a pion mean-field approach to heavy baryons, focusing on their mass spectra, magnetic moments, and electromagnetic form factors, emphasizing the role of light degrees of freedom in the heavy quark limit.

## Contribution

It introduces a novel framework using pion mean fields in the large number of colors limit to analyze heavy baryons, providing new insights into their properties.

## Key findings

- Mass spectra of charmed and bottom baryons calculated
- Magnetic moments of heavy baryons determined
- Electromagnetic form factors analyzed

## Abstract

In this talk, we briefly review a series of recent works on singly heavy baryons, based on a pion mean-field approach. In the limit of the infinitely heavy quark mass, heavy baryons are governed mainly by the light degress of freedom. Taking the number of colors to be infinity, a heavy baryon arises as a state consisting of $N_c-1$ valence quarks bound by the pion mean fields created self-consistently. Within this framework, we present the results of the mass spectra of the charmed and bottom baryons, and their magnetic moments. The behavior of the electromagnetic form factors will be also mentioned.