Gluon field distribution between three infinitely spaced quarks
Vladimir Dzhunushaliev
TL;DR
This paper models the gluon field distribution among three infinitely spaced quarks using flux tubes filled with color electric fields, providing insights into the nonabelian gauge field structure in a nucleon-like system.
Contribution
It introduces a simplified flux tube model for three quarks, capturing the nonlinear origin of the color electric field in a nonabelian gauge theory.
Findings
Gluon field distribution approximated by flux tubes between quark pairs
Nonlinear terms in gauge field strength generate the color electric field
Model offers a rough representation of three-quark systems in nucleons
Abstract
The gluon field distribution between three infinitely spaced quarks is obtained. The field distribution between every pair is approximated by an infinite flux tube filled with a color longitudinal electric field. The origin of the color electric field is a nonlinear term in the field strength of nonabelian gauge field. Such construction can be considered as a rough model of three quarks in a nucleon.
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Taxonomy
TopicsHigh-Energy Particle Collisions Research · Quantum Chromodynamics and Particle Interactions · Theoretical and Computational Physics