Color Non-Singlet Spectroscopy

Abstract

Study of the spectrum and structure of color non-singlet combinations of quarks and antiquarks, neutralized by a non-dynamical compensating color source, may provide an interesting way to address questions about QCD that cannot be addressed by experiment at the present time. These states can be simulated in lattice QCD and the results can be used to improve phenomenological models of hadrons. Here these ideas are applied to color triplet states of qqqq and qq bar q.

References added and typos corrected

References in corpus (2)

• Experimental Search for Pentaquarks
• The Constituent Quark Model Revisited - Quark Masses, New Predictions for Hadron Masses and KN Pentaquark

Cited by in corpus (16)

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• Coupling of \bar K*N to the Lambda(1520)
• Spectroscopy of ${\mathrm{q}}^3{\bar{\mathrm{q}}}^3$-States in Quark Model and Baryon-Antibaryon Enhancements
• Spectroscopy of heavy baryons with breaking of heavy-quark symmetry
• Chiral Dynamics of the Polarizing Fracture Functions for Baryon Production
• The Fractured Boer-Mulders Effect in the Production of Polarized Baryons
• Triquark structure and isospin symmetry breaking in exotic Ds mesons
• Regge trajectories for the triply heavy triquarks
• Trace Anomaly, Perelman's Functionals and the Cosmological Constant
• Supersymmetry with composite bosons
• Hadronic Physics and Exotics
• Nonperturbative investigation of the diquark potential
• Quantum Number Density Asymmetries Within QCD Jets Correlated With Lambda Polarization
• The double life of the X meson