Based on an analytical technique using a unitary transformation and the variational method, we study the chiral order parameter in the Schwinger model in the lattice formalism with Kogut-Susskind fermions. The fermion condensate $\langle {\bar\Psi} \Psi \rangle $ for any coupling constant and fermion mass are calculated. Chiral symmetry is shown to be broken in the massless limit and good scaling behavior is obtained
The Schwinger model is studied in a finite lattice by means of the P-representation. The vacuum ener...
In order to better understand what to expect from numerical CORE com-putations for two-dimensional m...
We study the chiral Schwinger model shown to be unitary under certain conditions by Jackiw and Rajar...
We revisit the strong coupling limit of the Schwinger model on the lattice using staggered fermions ...
We employ exact diagonalization with strong coupling expansion to the massless and massive Schwinger...
We revisit the lattice formulation of the Schwinger model using the Kogut-Susskind Hamiltonian appro...
We study the spectrum properties for a recently constructed fixed point lattice Dirac operator. We a...
We employ exact diagonalization with strong coupling expansion to the massless and massive Schwinger...
We extend the gauge invariant variational approach of Phys. Rev. D52 (1995) 3719, hep-th/9408081, to...
We study the strong coupling limit of the 2-flavor massless Schwinger model on a lattice using stagg...
The chiral Schwinger model is studied on the lattice with use of Wilson fermions. The arbitrary mass...
A numerical investigation of the quenched Schwinger model on the lattice using the overlap Dirac ope...
A cluster algorithm is constructed and applied to study the chiral limit of the strongly coupled lat...
We propose new techniques to implement numerically the overlap-Dirac operator which exploit the phys...
The massive Schwinger model is studied, using a density matrix renormalization group approach to the...
The Schwinger model is studied in a finite lattice by means of the P-representation. The vacuum ener...
In order to better understand what to expect from numerical CORE com-putations for two-dimensional m...
We study the chiral Schwinger model shown to be unitary under certain conditions by Jackiw and Rajar...
We revisit the strong coupling limit of the Schwinger model on the lattice using staggered fermions ...
We employ exact diagonalization with strong coupling expansion to the massless and massive Schwinger...
We revisit the lattice formulation of the Schwinger model using the Kogut-Susskind Hamiltonian appro...
We study the spectrum properties for a recently constructed fixed point lattice Dirac operator. We a...
We employ exact diagonalization with strong coupling expansion to the massless and massive Schwinger...
We extend the gauge invariant variational approach of Phys. Rev. D52 (1995) 3719, hep-th/9408081, to...
We study the strong coupling limit of the 2-flavor massless Schwinger model on a lattice using stagg...
The chiral Schwinger model is studied on the lattice with use of Wilson fermions. The arbitrary mass...
A numerical investigation of the quenched Schwinger model on the lattice using the overlap Dirac ope...
A cluster algorithm is constructed and applied to study the chiral limit of the strongly coupled lat...
We propose new techniques to implement numerically the overlap-Dirac operator which exploit the phys...
The massive Schwinger model is studied, using a density matrix renormalization group approach to the...
The Schwinger model is studied in a finite lattice by means of the P-representation. The vacuum ener...
In order to better understand what to expect from numerical CORE com-putations for two-dimensional m...
We study the chiral Schwinger model shown to be unitary under certain conditions by Jackiw and Rajar...