Within mass perturbation theory, already the first order contribution to the chiral condensate of the massive Schwinger model is UV divergent. We discuss the problem of choosing a proper normalization and, by making use of some bosonization results, we are able to choose a normalization so that the resulting chiral condensate may be compared, e.g., with lattice data
The monopole order parameter of QCD is computed in terms of gauge invariant field strength correlato...
Analyzing an SU_L(2)\otimes U_R(1) chiral theory with multifermion couplings on a lattice, we find a...
It is known that realistic neutrino masses for neutrino oscillations may be obtained from R parity n...
AbstractThe phase diagram of the Gross–Neveu (GN) model in 2+1 dimensions as a function of chemical ...
We extend the general method of hep-th/0009192 to compute the consistent gauge anomaly for noncommut...
The Global Colour Model (GCM) of QCD is a very successful model. Not only is it formally derivable f...
In this report we advance the current repertoire of quantum cosmological models to incorporate inhom...
We address the problem of numerical simulations in the background non-trivial topology in the chiral...
We investigate the relations that must hold among baryonic Isgur-Wise functions in the large-N_c lim...
In quenched lattice QCD with standard Wilson fermions the quark propagator is computed very close to...
Quantum phases characterized by surfaces of gapless excitations are known to violate the otherwise u...
A summary is given of a quantization of the multiflavour Schwinger model on a finite-temperature cyl...
In previous work done by us and coworkers, we have been able to construct a local, non-Abelian gauge...
The Debye mass m_D is computed nonperturbatively in the deconfined phase of QCD, where chromomagneti...
We perform a quenched computation of the glue momentum fraction in the pion. Different discretizatio...
The monopole order parameter of QCD is computed in terms of gauge invariant field strength correlato...
Analyzing an SU_L(2)\otimes U_R(1) chiral theory with multifermion couplings on a lattice, we find a...
It is known that realistic neutrino masses for neutrino oscillations may be obtained from R parity n...
AbstractThe phase diagram of the Gross–Neveu (GN) model in 2+1 dimensions as a function of chemical ...
We extend the general method of hep-th/0009192 to compute the consistent gauge anomaly for noncommut...
The Global Colour Model (GCM) of QCD is a very successful model. Not only is it formally derivable f...
In this report we advance the current repertoire of quantum cosmological models to incorporate inhom...
We address the problem of numerical simulations in the background non-trivial topology in the chiral...
We investigate the relations that must hold among baryonic Isgur-Wise functions in the large-N_c lim...
In quenched lattice QCD with standard Wilson fermions the quark propagator is computed very close to...
Quantum phases characterized by surfaces of gapless excitations are known to violate the otherwise u...
A summary is given of a quantization of the multiflavour Schwinger model on a finite-temperature cyl...
In previous work done by us and coworkers, we have been able to construct a local, non-Abelian gauge...
The Debye mass m_D is computed nonperturbatively in the deconfined phase of QCD, where chromomagneti...
We perform a quenched computation of the glue momentum fraction in the pion. Different discretizatio...
The monopole order parameter of QCD is computed in terms of gauge invariant field strength correlato...
Analyzing an SU_L(2)\otimes U_R(1) chiral theory with multifermion couplings on a lattice, we find a...
It is known that realistic neutrino masses for neutrino oscillations may be obtained from R parity n...