The Schrödinger functional in lattice QCD with exact chiral symmetry
arXiv:hep-lat/0603029 · doi:10.1088/1126-6708/2006/05/042
Abstract
Similarly to the interaction lagrangian, the possible boundary conditions in quantum field theories on space-time manifolds with boundaries are strongly constrained by the symmetry and scaling properties of the theory. Based on this general insight, a lattice formulation of the QCD Schrödinger functional is proposed for the case where the lattice Dirac operator in the bulk of the lattice coincides with the Neuberger--Dirac operator. The construction satisfies all basic requirements (locality, symmetries, hermiticity) and is suitable for numerical simulations.
arXiv commentPlain TeX source, 20 pages, no figures
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- Introduction to Non-perturbative Heavy Quark Effective Theory
- Chiral Symmetry Restoration from a Boundary
- Non-perturbative renormalisation of left-left four-fermion operators with Neuberger fermions
- Atiyah-Patodi-Singer index on a lattice
- Schroedinger functional formalism with domain-wall fermion
- Why boundary conditions do not generally determine the universality class for boundary critical behavior
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- Test of the Schrödinger functional with chiral fermions in the Gross-Neveu model
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- Understanding the index theorems with massive fermions
- Construction of lattice Möbius domain wall fermions in the Schrödinger functional scheme