Five loop anomalous dimension of non-singlet quark currents in the RI' scheme

We construct the five loop anomalous dimensions of the basic fields in Quantum Chromodynamics in a linear covariant gauge in the modified Regularization Invariant (RI') scheme. Using these core results we also compute the four loop Green's function where the quark mass operator and vector current are separately inserted in a quark 2-point function. These are necessary for measurements of the same quantities on the lattice. The Green's functions are provided in both the modified Minimal Subtraction ((SIC)(SIC)) and RI' schemes. All the results are available for a general Lie group.

Automated summary

In this study, we construct the five loop anomalous dimensions of the basic fields in Quantum Chromodynamics in a linear covariant gauge in the modified RI' scheme. Using these core results, we also compute the four loop Green's function with separate insertions of the quark mass operator and vector current in a quark 2-point function. These calculations are essential for measurements of the same quantities on the lattice. The results are available in both the modified Minimal Subtraction ((SIC)(SIC)) and RI' schemes, and for a general Lie group.