Vector and scalar confinement in gauge theory with a dilaton
arXiv:hep-ph/9706278 · doi:10.1016/S0370-2693(97)00881-2
Abstract
In a recent letter it has been shown that gauge theory with a dilaton provides linearly increasing gauge potentials from static or uniformly moving pointlike colour sources. This ensures confinement in the framework of no-pair equations. Here I would like to point out that a dilaton coupling both to the gauge curvature term and to fermion masses yields a linear potential with a scalar component and a dominant vector contribution.
Latex, 7 pages
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- Confining potential in a color dielectric medium with parallel domain walls
- Pseudoclassical description of scalar particle in non-Abelian background and path-integral representations
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- Phenomenology of Strong Interactions -- Towards an Effective Theory for Low Energy QCD
- Variation of the fine structure constant in QSO spectra from coherent dark matter oscillations
- Confinement of Fermions in Tachyon Matter at Finite Temperature
- The effect of geometry on charge confinement in three dimensions