Physics – High Energy Physics – High Energy Physics - Lattice
Scientific paper
1995-04-11
Physics
High Energy Physics
High Energy Physics - Lattice
1 (title) + 28 pages, LaTeX; 1 figure embedded with epsf and posted separately; also available at ftp://fnth06.fnal.gov/pub/Fe
Scientific paper
Lattice fermions have well-known difficulties with chiral symmetry. To evade them it is possible to couple continuum fermions to lattice gauge fields, by introducing an interpolation of the latter. Following this line of thinking, this paper presents two Euclidean formulations of the effective action that appears after functional integration over fermion fields, one for vector-like and the other for chiral couplings. With suitable finite-mode regulators both effective actions can be evaluated in a finite computation. The prescriptions provided here contain some details not found in previous work marrying continuum fermions to the lattice via an interpolation. For example, the counter-terms needed to maintain chiral gauge invariance are explicitly given. By construction coupling-constant renormalization, anomaly structure, and (in the chiral gauge theory) fermion nonconserving amplitudes all satisfy one's expectations from perturbative and semi-classical analyses.
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