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The Phases of Non-Compact QED(3)
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Non-compact three-dimensional QED is studied by computer simulations to understand its chiral symmetry breaking features for different values of the number of fermion flavors N_f. We consider the four-component formulation for the fermion fields, which arises naturally as the continuum limit of the staggered fermion construction in (2+1) dimensions. We present preliminary results for the equation of state of the theory in an effort to understand the properties of the chiral phase transition of the theory at a critical number of fermion flavors N_{fc}. Our preliminary results indicate that N_{fc}~1.5.
Forward citations
Cited by 2 Pith papers
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Thermal free energy of large Nf QED in 2+1 dimensions from weak to strong coupling
For QED in 2+1 dimensions with many fermion flavors, the thermal pressure to next-to-leading order in 1/Nf is computed across all couplings, giving a curve bounded by the free-fermion and free-photon pressures.
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Hamiltonian Lattice Gauge Theories: emergent properties from Tensor Network methods
A dressed-site rishon formalism enables bosonic, gauge-invariant tensor network simulations of SU(2) lattice gauge theory in two dimensions, yielding finite-density phase diagrams and quantum many-body scarring dynamics.
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