One Loop Renormalization of Fermilab Fermions

TL;DR

This paper presents the current status and results of an automatic perturbation theory program applied to Fermilab Fermions, including methods, tree level matching, and one-loop coefficient calculations.

Contribution

It introduces an automated approach for perturbation theory calculations specific to Fermilab Fermions, providing new one-loop results and methodological insights.

Findings

One-loop coefficients for higher dimension kinetic operators calculated.

Overview of automated perturbation theory methods provided.

Results support improved precision in Fermilab Fermion simulations.

Abstract

We discuss the current status of our automatic perturbation theory program as applied to Fermilab Fermions. We give an overview of our methods, a discussion of tree level matching, and one loop results for the coefficients of the higher dimension kinetic operators.