Gluon field distribution in baryons
F. Bissey, F-G. Cao, A. Kitson, B. G. Lasscock, D. B. Leinweber, A. I., Signal, A. G. Williams, J. M. Zanotti
TL;DR
This paper introduces methods to visualize and analyze gluon field distributions within baryons, focusing on gauge-invariant techniques and flux tube structures in lattice QCD simulations.
Contribution
It presents novel methods for studying gluon fields in three-quark systems without gauge-dependent smoothing, using high-statistics lattice QCD data.
Findings
Flux tube renderings in baryons are obtained from lattice simulations.
The methods reveal the sensitivity of gluon distributions to the quark source.
Preliminary results demonstrate the feasibility of gauge-invariant gluon field visualization.
Abstract
Methods for revealing the distribution of gluon fields within the three-quark static-baryon potential are presented. In particular, we outline methods for studying the sensitivity of the source on the emerging vacuum response for the three-quark system. At the same time, we explore the possibility of revealing gluon-field distributions in three-quark systems in QCD without the use of gauge-dependent smoothing techniques. Renderings of flux tubes from a preliminary high-statistics study on a 12^3 X 24 lattice are presented.
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