Published March 2, 2026 | Version v1
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Perturbative Renormalisations for N=1 Super Yang-Mills theory for Wilson, tree-level Symanzik and Iwasaki gauge actions

  • 1. ROR icon Rinnoco Ltd (Cyprus)

Description

This dataset provides symbolic expressions for MSbar renormalization constants (Z factors) for multiple lattice gauge actions, distributed as a Wolfram Language / Mathematica .m file (ZfactorSYM.m). The file defines expressions for Z factors of the form ZlambdaMSbar*, ZuMSbar*, ZcMSbar*, and ZgMSbar* for the Wilson, tree-level Symanzik, and Iwasaki gauge actions.

Field labels:

  • λ (lambda): gluino field

  • u: gluon field

  • c: ghost field

  • g: coupling constant

The file includes:

  • ZlambdaMSbarWILSON, ZlambdaMSbarTLSYMANZIK, ZlambdaMSbarIWASAKI

  • ZuMSbarWILSON, ZuMSbarTLSYMANZIK, ZuMSbarIWASAKI

  • ZcMSbarWILSON, ZcMSbarTLSYMANZIK, ZcMSbarIWASAKI

  • ZgMSbarWILSON, ZgMSbarTLSYMANZIK, ZgMSbarIWASAKI

Variables / symbols used in the file:

  • g: coupling constant

  • Nc: number of colors

  • beta: gauge parameter

  • csw: clover parameter

  • r: Wilson parameter

  • wA: stout parameter

  • mubar: MSbar renormalization scale

  • pisq16: 16 Pi^2

Usage (Mathematica / Wolfram Language):

 
Get["ZfactorSYM.m"];
 

Then evaluate the desired symbol and substitute parameter values as needed. For example:

 
Get["ZfactorSYM.m"];
params = {Nc -> 3, beta -> 0, csw -> 1, r -> 1, wA -> 0, pisq16 -> 16 Pi^2, mubar -> 1};
ZlambdaMSbarWILSON /. params
 

Files

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Additional details

Dates

Available
2026-03-02