In perturbative SU(N) Chern–Simons gauge theory, it is shown that the Schwinger–Dyson equations assume a quite simplified form. The generating functional of the correlation functions of the curvature is considered; it is demonstrated that the renormalized Schwinger–Dyson functional is related with the generating functional of the correlation functions of the gauge connections by some kind of duality trans- formation
Topological properties of quantum system is directly associated with the wave function. Based on the...
We solve the massless Schwinger model exactly in Hamiltonian formalism on a circle. We construct ph...
We show how to use the Hopf algebra structure of quantum field theory to derive nonperturbative resu...
In perturbative SU(N) Chern–Simons gauge theory, it is shown that the Schwinger–Dyson equations assu...
AbstractIn perturbative SU(N) Chern–Simons gauge theory, it is shown that the Schwinger–Dyson equati...
We consider the perturbative renormalization of the Schwinger–Dyson functional, which is the generat...
We discuss Liouville field theory in the framework of Schwinger-Dyson approach and derive a function...
Coulomb gauge Yang-Mills theory is considered within the first order formalism. It is shown that the...
Special Issue: Proceedings of the 13th Workshop NEEDS’99: Nonlinear Evolution Equations and Dynamica...
The advantageous points of ERG in applications to non-perturbative analyses of quantum field theorie...
A study of zero-dimensional theories, based on exact results, is presented. First, relying on a simp...
We provide a study of quantum chromodynamics with the technique of Dyson-Schwinger equations in diff...
In the framework of the Euclidean path integral approach we derive the exact formula for the genera...
We study, by numerical simulations on a lattice, the dependence of the gauge-invariant two-point fie...
We study the higher-derivative extensions of the D=3 Abelian Chern–Simons topological invariant that...
Topological properties of quantum system is directly associated with the wave function. Based on the...
We solve the massless Schwinger model exactly in Hamiltonian formalism on a circle. We construct ph...
We show how to use the Hopf algebra structure of quantum field theory to derive nonperturbative resu...
In perturbative SU(N) Chern–Simons gauge theory, it is shown that the Schwinger–Dyson equations assu...
AbstractIn perturbative SU(N) Chern–Simons gauge theory, it is shown that the Schwinger–Dyson equati...
We consider the perturbative renormalization of the Schwinger–Dyson functional, which is the generat...
We discuss Liouville field theory in the framework of Schwinger-Dyson approach and derive a function...
Coulomb gauge Yang-Mills theory is considered within the first order formalism. It is shown that the...
Special Issue: Proceedings of the 13th Workshop NEEDS’99: Nonlinear Evolution Equations and Dynamica...
The advantageous points of ERG in applications to non-perturbative analyses of quantum field theorie...
A study of zero-dimensional theories, based on exact results, is presented. First, relying on a simp...
We provide a study of quantum chromodynamics with the technique of Dyson-Schwinger equations in diff...
In the framework of the Euclidean path integral approach we derive the exact formula for the genera...
We study, by numerical simulations on a lattice, the dependence of the gauge-invariant two-point fie...
We study the higher-derivative extensions of the D=3 Abelian Chern–Simons topological invariant that...
Topological properties of quantum system is directly associated with the wave function. Based on the...
We solve the massless Schwinger model exactly in Hamiltonian formalism on a circle. We construct ph...
We show how to use the Hopf algebra structure of quantum field theory to derive nonperturbative resu...
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