Boson--fermion bound states in two dimensional QCD

Abstract

We derive the boson--fermion bound state equation in a two dimensional gauge theory in the large--$\nc$ limit. We analyze the properties of this equation and in particular, find that the mass trajectory is linear with respect to the bound state level for the higher mass states.

5pp, 2 figs (as a separate file), TIT/HEP-230

References in corpus (4)

• Two Dimensional QCD is a String Theory
• Two Dimensional QCD as a String Theory
• Twists and Wilson Loops in the String Theory of Two Dimensional QCD
• Summing Over Inequivalent Maps in the String Theory Interpretation of Two Dimensional QCD

Cited by in corpus (8)

• Mass Spectra of Supersymmetric Yang-Mills Theories in 1+1 Dimensions
• A Bilocal Field Approach to the Large-N Expansion of Two-Dimensional (Gauge) Theories
• 1+1 dimensional QCD with fundamental bosons and fermions
• Large N limit of SO(N) scalar gauge theory
• Supergrassmannian and large N limit of quantum field theory with bosons and fermions
• Large N limit of SO(N) gauge theory of fermions and bosons
• On two dimensional coupled bosons and fermions
• On three dimensional coupled bosons