# Two-flavour Schwinger model with dynamical fermions in the L\"uscher formalism

## TL;DR

This paper presents preliminary results on two-flavour massive QED in two dimensions using L"uscher's formalism, focusing on chiral condensate and meson masses with high-statistics simulations.

## Contribution

It applies L"uscher's bosonization technique to a two-flavour Schwinger model with dynamical fermions, providing new insights into its non-perturbative properties.

## Key findings

- Chiral condensate measured near the chiral limit
- Meson masses computed with dynamical fermions
- High-statistics results close to continuum limit

## Abstract

We report preliminary results for 2D massive QED with two flavours of Wilson fermions, using the Hermitean variant of L\"uscher's bosonization technique. The chiral condensate and meson masses are obtained. The simplicity of the model allows for high statistics simulations close to the chiral and continuum limit, both in the quenched approximation and with dynamical fermions.