activity
19972023
most citedApproximate Ginsparg-Wilson fermions: A first test

126 citations · 369 across the 22 of their papers we have counts for

collaborators

22 papers

hep-lat2023

A pion decay constant in the multi-flavor Schwinger model

Jaime Fabián Nieto Castellanos, Ivan Hip, Wolfgang Bietenholz

The pion decay constant plays an important role in QCD and in Chiral Perturbation Theory. It is hardly known, however, that a corresponding constant exists in the Schwinger m…

hep-lat2023

An analogue to the pion decay constant in the multi-flavor Schwinger model

Jaime Fabián Nieto Castellanos, Ivan Hip, Wolfgang Bietenholz

We study the Schwinger model with degenerate fermion flavors, by means of lattice simulations. We use dynamical Wilson fermions for , and re-weigh…

hep-lat2022

New insight in the 2-flavor Schwinger model based on lattice simulations

Jaime Fabián Nieto Castellanos, Wolfgang Bietenholz, Ivan Hip

We consider the Schwinger model with two degenerate, light fermion flavors by means of lattice simulations. At finite temperature, we probe the viability of a bosonization method b…

hep-lat2021★ 1 cited

Finite temperature and delta-regime in the 2-flavor Schwinger model

Ivan Hip, Jaime Fabián Nieto Castellanos, Wolfgang Bietenholz

The Schwinger model is often used as a testbed for conceptual and numerical approaches in lattice field theory. Still, some of its rich physical properties in anisotropic volumes h…

hep-lat2013

Microscopic Dirac Spectrum in a 2d Gauge Theory with Zero Chiral Condensate

Wolfgang Bietenholz, Ivan Hip, David Landa-Marbán

Fermionic theories with a vanishing chiral condensate (in the chiral limit) have recently attracted considerable interest; in particular variants of multi-flavour QCD are candidate…

hep-lat2013★ 6 cited

Features of a 2d Gauge Theory with Vanishing Chiral Condensate

David Landa-Marbán, Wolfgang Bietenholz, Ivan Hip

The Schwinger model with flavors is a simple example for a fermionic model with zero chiral condensate Sigma (in the chiral limit). We consider numerical data for two…