The Coulomb flux tube revisited
arXiv:1908.08874 · doi:10.1103/PhysRevD.100.074508
Abstract
We perform Yang-Mills lattice simulation of the electric field distribution in the Coulomb gauge for different values of to further investigate the nature of the Coulomb flux tube.
arXiv comment12 pages, 11 figures
References in corpus (25)
- Observing Long Colour Flux Tubes in SU(2) Lattice Gauge Theory
- Coulomb Gauge QCD, Confinement, and the Constituent Representation
- No confinement without Coulomb confinement
- Propagators and running coupling from SU(2) lattice gauge theory
- Coulomb Energy, Vortices, and Confinement
- Problems in Lattice Gauge Fixing
- Chromoelectric flux tubes and coherence length in QCD
- Inside the SU(3) quark-antiquark QCD flux tube: screening versus quantum widening
- Renormalization-group Calculation of Color-Coulomb Potential
- The Coulomb gauge ghost Dyson-Schwinger equation
- Analytic calculation of color-Coulomb potential and color confinement
- Chromoelectric flux tubes in QCD
- Colour field densities of the quark-antiquark excited flux tubes in SU(3) lattice QCD
- Properties of Color-Coulomb String Tension
- Hamiltonian Flow in Coulomb Gauge Yang-Mills Theory
- Flux-tubes in three-dimensional lattice gauge theories
- Gluon propagator and confinement scenario in Coulomb gauge
- Coulomb string tension, asymptotic string tension, and the gluon chain
- Chromo-Electric flux tubes
- The Gribov horizon and the one-loop color-Coulomb potential
- Confinement made simple in the Coulomb gauge
- The Coulomb flux tube on the lattice
- Color Coulomb Potential in Yang-Mills Theory from Hamiltonian Flows
- Schwinger-Dyson Equations in Coulomb Gauge Consistent with Numerical Simulation
- Color screening in flux tubes and in the color Coulomb potential from the QCD Field Correlators