Abstract:
We use the Logunov–Tavkhelidze quasipotential approach to study some processes of quantum chromodynamics at finite densities and temperatures. The dynamic equation for the color superconductivity is derived. We discuss the spontaneous breaking of the chiral, flavor, and color symmetries and also the possibility of constructing a field theory of the composite three-quark systems.
Keywords:quantum chromodynamics, chiral symmetry, flavor symmetry, color symmetry, three-quark systems.
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