Effects of Anisotropy in (2+1)-dimensional QED

C. S. Fischer; J. A. Bonnet; R. Williams

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Effects of Anisotropy in (2+1)-dimensional QED

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arxiv 1111.0182 v1 pith:PENNGWF3 submitted 2011-11-01 hep-ph cond-mat.supr-con

J. A. Bonnet , C. S. Fischer , R. Williams This is my paper

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keywords dimensionalpointresultsaccordingagreementanalyzeanisotropicanisotropy

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We summarize our results for the impact of anisotropic fermionic velocities in (2+1)-dimensional QED on the critical number of fermion flavors, N^c_f, and dynamical mass generation. We apply different approximation schemes for the gauge boson vacuum polarization and the fermion-boson vertex to analyze the according Dyson-Schwinger equations in a finite volume. Our results point towards large variations of N^c_f away from the isotropic point in agreement with other approaches.

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