We will present the Schwinger Model by characteristics like Mechanism of Higgs-Schwinger, Fermionic Charge Shielding, and Chiral Anomaly. Confinement and Topological Vacuum are prototype of theories with Confined Fermions. We will present some aspects of Bosonization and, for example, we will make a representation of the Free Field of Dirac with null mass. We will do a review of Schwinger's model with Lowestein-Swieca, and we will discuss the theory. We also will present modified models of Rothe-Stamatescu, Schroer and Thirring, demonstrating its equivalence with Sine-Gordon's theory
Massive QED (Schwinger model) for one and two fermion species in 1+1 dimensions is studied using Ham...
The massless Schwinger model, with left-handed and right-handed fermions coupled differently to an a...
The chiral Schwinger model is studied on the lattice with use of Wilson fermions. The arbitrary mass...
3Confinement properties of the 1+1 Schwinger model can be studied by computing the string tension be...
Gauge theories with massless fermions possess an intricate non-perturbative structure mainly determi...
The Schwinger model (quantum electrodynamics with massless fermions in two space-time dimensions) is...
Some time ago Kaplan proposed a new model for the description of chiral fermions on the lattice by a...
For a (3 + 1)-dimensional generalization of the Schwinger model, we compute the interaction energy b...
We solve the massless Schwinger model exactly in Hamiltonian formalism on Sl. We construct physical ...
We determine the field configurations saturating the massive Schwinger model (MSM). Fermion confinem...
The chiral Schwinger model is made gauge invariant by the introduction of a Wess-Zumino field, and t...
The bosonized Chiral Schwinger model (CSM) is quantized on the light-front (LF). The physical Hilber...
We consider the massless charge-$N$ Schwinger model and its deformation with two four-fermion operat...
We employ exact diagonalization with strong coupling expansion to the massless and massive Schwinger...
In this paper, we develop a phenomenological model inspired by QCD that mimics the QCD theory. We us...
Massive QED (Schwinger model) for one and two fermion species in 1+1 dimensions is studied using Ham...
The massless Schwinger model, with left-handed and right-handed fermions coupled differently to an a...
The chiral Schwinger model is studied on the lattice with use of Wilson fermions. The arbitrary mass...
3Confinement properties of the 1+1 Schwinger model can be studied by computing the string tension be...
Gauge theories with massless fermions possess an intricate non-perturbative structure mainly determi...
The Schwinger model (quantum electrodynamics with massless fermions in two space-time dimensions) is...
Some time ago Kaplan proposed a new model for the description of chiral fermions on the lattice by a...
For a (3 + 1)-dimensional generalization of the Schwinger model, we compute the interaction energy b...
We solve the massless Schwinger model exactly in Hamiltonian formalism on Sl. We construct physical ...
We determine the field configurations saturating the massive Schwinger model (MSM). Fermion confinem...
The chiral Schwinger model is made gauge invariant by the introduction of a Wess-Zumino field, and t...
The bosonized Chiral Schwinger model (CSM) is quantized on the light-front (LF). The physical Hilber...
We consider the massless charge-$N$ Schwinger model and its deformation with two four-fermion operat...
We employ exact diagonalization with strong coupling expansion to the massless and massive Schwinger...
In this paper, we develop a phenomenological model inspired by QCD that mimics the QCD theory. We us...
Massive QED (Schwinger model) for one and two fermion species in 1+1 dimensions is studied using Ham...
The massless Schwinger model, with left-handed and right-handed fermions coupled differently to an a...
The chiral Schwinger model is studied on the lattice with use of Wilson fermions. The arbitrary mass...