The Witten–Veneziano relation between the topological susceptibility of pure gauge theories without fermions and the main contribution of the complete theory and the corresponding formula of Seiler and Stamatescu with the so-called contact term are discussed for the Schwinger model on a circle. Using the (Euclidean) path integral and the canonical (Hamiltonian) approaches at finite temperatures we demonstrate that both formulae give the same result in the limit of infinite volume and (or) zero temperature
In this proceeding contribution we report on a test of the famous Witten-Veneziano formula using lat...
We compute both sides of the Witten-Veneziano formula using lattice techniques. For the one side we ...
In the first part of this thesis, we will try to get familiar with some of the concepts of supersymm...
The Witten-Veneziano relation between the topological susceptibility of pure gauge theories without...
We discuss and propose the minimal generalization of the Witten-Veneziano relation to finite tempera...
An investigation of the topological susceptibility, which can be related to the mass of the η ′ meso...
We solve the massless Schwinger model exactly in Hamiltonian formalism on a circle. We construct phy...
We solve the massless Schwinger model exactly in Hamiltonian formalism on a circle. We construct ph...
We numerically study the single-flavour Schwinger model in the Hamiltonian formulation with a topolo...
An exact solution for the Schwinger model at finite temperature is given. Path integral methods and ...
在這篇論文中,我們應用最佳手則對稱之新費米場作用量(optimal domain-wall fermion),研究Schwinger模型上的拓樸率。藉由拓樸率的定義,我們可以利用整體拓樸荷(globa...
In this thesis we study Riemann surfaces with a view to understanding Seiberg Written theory. In th...
It is shown that the evaluation of the expectation value (EV) of topological charge density over the...
We compute both sides of the Witten-Veneziano formula using lattice techniques. For the one side we ...
The geometric Schwinger Model (gSM) is the theory of a U(1)-gauge field in two dimensions coupled to...
In this proceeding contribution we report on a test of the famous Witten-Veneziano formula using lat...
We compute both sides of the Witten-Veneziano formula using lattice techniques. For the one side we ...
In the first part of this thesis, we will try to get familiar with some of the concepts of supersymm...
The Witten-Veneziano relation between the topological susceptibility of pure gauge theories without...
We discuss and propose the minimal generalization of the Witten-Veneziano relation to finite tempera...
An investigation of the topological susceptibility, which can be related to the mass of the η ′ meso...
We solve the massless Schwinger model exactly in Hamiltonian formalism on a circle. We construct phy...
We solve the massless Schwinger model exactly in Hamiltonian formalism on a circle. We construct ph...
We numerically study the single-flavour Schwinger model in the Hamiltonian formulation with a topolo...
An exact solution for the Schwinger model at finite temperature is given. Path integral methods and ...
在這篇論文中,我們應用最佳手則對稱之新費米場作用量(optimal domain-wall fermion),研究Schwinger模型上的拓樸率。藉由拓樸率的定義,我們可以利用整體拓樸荷(globa...
In this thesis we study Riemann surfaces with a view to understanding Seiberg Written theory. In th...
It is shown that the evaluation of the expectation value (EV) of topological charge density over the...
We compute both sides of the Witten-Veneziano formula using lattice techniques. For the one side we ...
The geometric Schwinger Model (gSM) is the theory of a U(1)-gauge field in two dimensions coupled to...
In this proceeding contribution we report on a test of the famous Witten-Veneziano formula using lat...
We compute both sides of the Witten-Veneziano formula using lattice techniques. For the one side we ...
In the first part of this thesis, we will try to get familiar with some of the concepts of supersymm...