The light-cone lattice approach to the massive Thirring model is reformulated using a local and integrable lattice hamiltonian written in terms of discrete Fermi fields. Several subtle points concerning boundary conditions, normal ordering, continuum limit, finite renormalizations and decoupling of fermion doublers are elucidated. The relations connecting the six-vertex anisotropy and the various coupling constants of the continuum are analyzed in detail. © 1995.
Destri, C., Segalini, T. (1995). A local and integrable lattice regularization of the massive Thirring model. NUCLEAR PHYSICS. B, 455(3), 759-782 [10.1016/0550-3213(95)00496-F].
A local and integrable lattice regularization of the massive Thirring model
DESTRI, CLAUDIO;
1995
Abstract
The light-cone lattice approach to the massive Thirring model is reformulated using a local and integrable lattice hamiltonian written in terms of discrete Fermi fields. Several subtle points concerning boundary conditions, normal ordering, continuum limit, finite renormalizations and decoupling of fermion doublers are elucidated. The relations connecting the six-vertex anisotropy and the various coupling constants of the continuum are analyzed in detail. © 1995.
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