14 citations · 63 across the 8 of their papers we have counts for
8 papers
The Worldsheet Formulation as an Alternative Method for Simulating Dynamical Fermions
H. Fort
The recently proposed worldsheet formulation of lattice fermions is tested for the first time carrying out a simulation for the simplest model: the one-flavor, strictly massless la…
On the Path Integral Loop Representation of (2+1) Lattice Non-Abelian Theory
J. M. Aroca, H. Fort, R. Gambini
A gauge invariant Hamiltonian representation for SU(2) in terms of a spin network basis is introduced. The vectors of the spin network basis are independent and the electric part o…
Worldsheet Formulation for Lattice Staggered Fermions
J. M. Aroca, H. Fort, R. Gambini
The worldsheet formulation is introduced for lattice gauge theories with dynamical fermions. The partition function of lattice compact QED with staggered fermions is expressed as a…
The Path Integral for the Loop Representation of Lattice Gauge Theories
J. M. Aroca, H. Fort, R. Gambini
We show how the Hamiltonian lattice loop representation can be cast straightforwardly in the path integral formalism. The procedure is general for any gauge theory. Here we present…
Fractional Statistics in Three Dimensions: Compact Maxwell-Higgs System
H. Fort, R. Gambini
We show that a (3+1)-dimensional system composed of an open magnetic vortex and an electrical point charge exhibits the phenomenon of Fermi-Bose transmutation. In order to provide…
The Lagrangian Loop Representation of Lattice U(1) Gauge Theory
J. M. Aroca, M. Baig, H. Fort
It is showed how the Hamiltonian lattice can be cast straightforwardly in the Lagrangian formalism. The procedure is general and here we present the simples…