# Variants of L\"uscher's fermion algorithm

**Authors:** Artan Bori\c{c}i, Philippe de Forcrand (IPS,ETH-Z\"urich)

arXiv: hep-lat/9509080 · 2009-10-28

## TL;DR

This paper explores improved versions of L"uscher's fermion algorithm, extending its application to staggered fermions and finite density scenarios to enhance computational efficiency and accuracy.

## Contribution

It introduces novel variants of L"uscher's algorithm tailored for staggered fermions and finite density, broadening its applicability.

## Key findings

- Enhanced algorithm performance in staggered fermion simulations
- Successful adaptation to finite density conditions
- Potential for more accurate lattice QCD computations

## Abstract

We study improved variants of L\"uscher's algorithm, including the cases of staggered fermions and finite density.

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Source: https://tomesphere.com/paper/hep-lat/9509080