We consider a recently proposed approach to bosonization in which the original fermionic partition function is expressed as a product of a G/G-coset model and a bosonic piece that contains the dynamics. In particular we show how the method works when topological backgrounds are taken into account. We also discuss the application of this technique to the case of massive fermions.Facultad de Ciencias Exacta
We derive the noncommutative Chern-Simons action induced by Dirac fermions coupled to a background g...
The structure of integrable field theories in the presence of defects is discussed in terms of bound...
AbstractBy extending the SM with two scalar singlets, a vector-like fermion doublet and a fermion si...
We discuss recent results on bosonization in d ≥ 2 space-time dimensions by giving a very simple der...
We extend a recently proposed non-local version of Coleman's equivalence between the Thirring and si...
Some recent results on rotating self-gravitating configurations composed with Bosons and Fermions ar...
Within mass perturbation theory, already the first order contribution to the chiral condensate of th...
We address the problem of numerical simulations in the background non-trivial topology in the chiral...
Following the line of \cite{AS} we propose an improved algorithm which allows to calculate a D-dimen...
We present two improvements to our previous dynamical overlap HMC algorithm. We introduce a new meth...
We propose a new mechanism for creating the mass of gauge bosons independently of Higgs mechanism. T...
We study resonant Bose-Fermi mixtures at zero temperature, with different relative concentrations of...
AbstractA new version of the two-step multi-boson algorithm is developed with different fermion acti...
AbstractA bosonic string in twenty six dimensions is effectively reduced to four dimensions by eleve...
We extend the general method of hep-th/0009192 to compute the consistent gauge anomaly for noncommut...
We derive the noncommutative Chern-Simons action induced by Dirac fermions coupled to a background g...
The structure of integrable field theories in the presence of defects is discussed in terms of bound...
AbstractBy extending the SM with two scalar singlets, a vector-like fermion doublet and a fermion si...
We discuss recent results on bosonization in d ≥ 2 space-time dimensions by giving a very simple der...
We extend a recently proposed non-local version of Coleman's equivalence between the Thirring and si...
Some recent results on rotating self-gravitating configurations composed with Bosons and Fermions ar...
Within mass perturbation theory, already the first order contribution to the chiral condensate of th...
We address the problem of numerical simulations in the background non-trivial topology in the chiral...
Following the line of \cite{AS} we propose an improved algorithm which allows to calculate a D-dimen...
We present two improvements to our previous dynamical overlap HMC algorithm. We introduce a new meth...
We propose a new mechanism for creating the mass of gauge bosons independently of Higgs mechanism. T...
We study resonant Bose-Fermi mixtures at zero temperature, with different relative concentrations of...
AbstractA new version of the two-step multi-boson algorithm is developed with different fermion acti...
AbstractA bosonic string in twenty six dimensions is effectively reduced to four dimensions by eleve...
We extend the general method of hep-th/0009192 to compute the consistent gauge anomaly for noncommut...
We derive the noncommutative Chern-Simons action induced by Dirac fermions coupled to a background g...
The structure of integrable field theories in the presence of defects is discussed in terms of bound...
AbstractBy extending the SM with two scalar singlets, a vector-like fermion doublet and a fermion si...