A new method to analytically determine the partition function zeroes of weakly coupled theories on finite-size lattices is developed. Applied to the lattice Schwinger model, this reveals the possible absence of a phase transition at fixed weak coupling. We show how finite-size scaling techniques on small or moderate lattice sizes may mimic the presence of a spurious phase transition. Application of our method to the Gross-Neveu model yields a phase diagram consistent with that coming from a saddle point analysis
We apply the Grassmann tensor renormalization group to the lattice regularized Schwinger model with ...
AbstractWe make several observations concerning the low quark mass region with Wilson fermions and h...
I review the properties of the three-dimensional Gross-Neveu model formulated with non-zero chemical...
The weak coupling expansion is applied to the single flavour Schwinger model with Wilson fermions on...
A new method to determine the phase diagram of certain lattice fermionic field theories in the weakl...
The lattice regularized Schwinger model for one fermion flavor and in the strong coupling limit is s...
We study the quenched and unquenched lattice Schwinger model with Wilson fermions. The lowest non-tr...
The massive Schwinger model is studied, using a density matrix renormalization group approach to the...
Using the monomer-dimer representation of the lattice Schwinger model, with N_f =1 Wilson fermions i...
Using the finite size scaling theory, we re-examine the nature of the bulk phase transition in the f...
We study the partition function of the model formulated with Wilson fermions with only one species, ...
We analytically investigate the 2-dimensional Gross-Neveu model at finite temperature and density us...
The strong coupling limit of lattice QCD with staggered fermions has been studied for decades, both ...
We find a strong-to-weak coupling cross-over in D=2+1 SU(N) lattice gauge theories that appears to b...
We study the strong coupling limit of the 2-flavor massless Schwinger model on a lattice using stagg...
We apply the Grassmann tensor renormalization group to the lattice regularized Schwinger model with ...
AbstractWe make several observations concerning the low quark mass region with Wilson fermions and h...
I review the properties of the three-dimensional Gross-Neveu model formulated with non-zero chemical...
The weak coupling expansion is applied to the single flavour Schwinger model with Wilson fermions on...
A new method to determine the phase diagram of certain lattice fermionic field theories in the weakl...
The lattice regularized Schwinger model for one fermion flavor and in the strong coupling limit is s...
We study the quenched and unquenched lattice Schwinger model with Wilson fermions. The lowest non-tr...
The massive Schwinger model is studied, using a density matrix renormalization group approach to the...
Using the monomer-dimer representation of the lattice Schwinger model, with N_f =1 Wilson fermions i...
Using the finite size scaling theory, we re-examine the nature of the bulk phase transition in the f...
We study the partition function of the model formulated with Wilson fermions with only one species, ...
We analytically investigate the 2-dimensional Gross-Neveu model at finite temperature and density us...
The strong coupling limit of lattice QCD with staggered fermions has been studied for decades, both ...
We find a strong-to-weak coupling cross-over in D=2+1 SU(N) lattice gauge theories that appears to b...
We study the strong coupling limit of the 2-flavor massless Schwinger model on a lattice using stagg...
We apply the Grassmann tensor renormalization group to the lattice regularized Schwinger model with ...
AbstractWe make several observations concerning the low quark mass region with Wilson fermions and h...
I review the properties of the three-dimensional Gross-Neveu model formulated with non-zero chemical...