# Four Quarks from Lattice to the Continuum

## TL;DR

This paper performs a continuum extrapolation of static four- and two-quark energies in quenched SU(2) and fits a gluonic model to understand the behavior of four-quark systems.

## Contribution

It introduces a continuum extrapolation method for four-quark energies and fits a simplified gluonic model to these energies, exploring parameter behavior.

## Key findings

- Successful continuum extrapolation of quark energies
- Model fitting reveals parameter trends
- Insights into gluonic contributions to four-quark systems

## Abstract

A continuum extrapolation of static four- and two-quark energies calculated in quenched SU(2) is done based on Sommer's method of setting the scale. A model for four-quark energies with explicit gluonic degrees of freedom removed is fitted to these energies and the behavior of the parameters of the model is investigated.