In this paper, with the study of combinatorial Dyson–Schwinger equations at the level of the universal Hopf algebra of renormalization and with the extension of the universality of this specific Hopf algebra and also category of flat equisingular vector bundles to the level of these equations, we are going to consider the notion of a geometric description from nonperturbative theory
This thesis is a contribution to the problem of extracting non-perturbative information from quantum...
Abstract. This paper will describe how combinatorial interpretations can help us understand the alge...
These are the notes of five lectures given at the Summer School Geometric and Topological Methods fo...
We present the Hopf algebra of renormalization and introduce the renormalization group equation in t...
In the first purpose, we concentrate on the theory of quantum integrable systems underlying the Conn...
Strongly coupled Dyson–Schwinger equations generate infinite power series of running coupling consta...
We review some recent developments in nonperturbative studies of quantum field theory (QFT) using th...
The paper studies the behavior of equations of motions of Green’s functions under different running ...
On Laplace-Borel Resummation of Dyson-Schwinger Equations Abstract: In this work we conduct a comple...
We discuss similarities and differences between Green Functions in Quantum Field Theory and polyloga...
42 pages, 26 figures in PDF format, extended version of a talk given at the conference "Combinatoric...
Dyson-Schwinger equations are integral equations in quantum field theory that describe the Green fun...
Abstract. Following Manin’s approach to renormalization in the theory of computation, we investigate...
In this review we discuss the relevance of the Hochschild cohomology of renormalization Hopf algebra...
We present non-perturbative solutions for the fermion and boson propagators of QED in both three- an...
This thesis is a contribution to the problem of extracting non-perturbative information from quantum...
Abstract. This paper will describe how combinatorial interpretations can help us understand the alge...
These are the notes of five lectures given at the Summer School Geometric and Topological Methods fo...
We present the Hopf algebra of renormalization and introduce the renormalization group equation in t...
In the first purpose, we concentrate on the theory of quantum integrable systems underlying the Conn...
Strongly coupled Dyson–Schwinger equations generate infinite power series of running coupling consta...
We review some recent developments in nonperturbative studies of quantum field theory (QFT) using th...
The paper studies the behavior of equations of motions of Green’s functions under different running ...
On Laplace-Borel Resummation of Dyson-Schwinger Equations Abstract: In this work we conduct a comple...
We discuss similarities and differences between Green Functions in Quantum Field Theory and polyloga...
42 pages, 26 figures in PDF format, extended version of a talk given at the conference "Combinatoric...
Dyson-Schwinger equations are integral equations in quantum field theory that describe the Green fun...
Abstract. Following Manin’s approach to renormalization in the theory of computation, we investigate...
In this review we discuss the relevance of the Hochschild cohomology of renormalization Hopf algebra...
We present non-perturbative solutions for the fermion and boson propagators of QED in both three- an...
This thesis is a contribution to the problem of extracting non-perturbative information from quantum...
Abstract. This paper will describe how combinatorial interpretations can help us understand the alge...
These are the notes of five lectures given at the Summer School Geometric and Topological Methods fo...