Renormalization Constants using Quark States in Fixed Gauge
Tanmoy Bhattacharya, Rajan Gupta, and Weonjong Lee
TL;DR
This paper reports on calculating renormalization constants for quark bilinears in quenched Wilson theory at beta=6.4 using Landau gauge quark states, aiding in precise lattice QCD computations.
Contribution
It introduces a method for computing renormalization constants using Landau gauge quark states within quenched Wilson theory at a specific lattice coupling.
Findings
Calculated renormalization constants for quark bilinears.
Validated the approach at beta=6.4 in quenched approximation.
Provided data for improving lattice QCD accuracy.
Abstract
We present a status report on our calculation of the renormalization constants for the quark bilinears in quenched (O(a)) improved Wilson theory at (beta=6.4) using quark states in Landau gauge.
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