Simulating the massive Schwinger model with chiral defect fermions
Abstract
Some time ago Kaplan proposed a new model for the description of chiral fermions on the lattice by adding an extra dimension for the fermions. A variant of this proposal was introduced by Shamir and can be used to describe vector-like theories in even dimensions. We used this model for the simulation of the massive Schwinger model at different gauge couplings. The prediction that the fermion mass gets only multiplicative renormalization was tested and verified. (orig.)SIGLEAvailable from TIB Hannover: RA 2999(96-083) / FIZ - Fachinformationszzentrum Karlsruhe / TIB - Technische InformationsbibliothekDEGerman- R - Report
- 20B - Elementary particles, high energy physics
- SCHWINGER-TOMONAGA FORMALISM
- COMPUTERIZED SIMULATION
- CHIRALITY
- FERMIONS
- LATTICE FIELD THEORY
- REST MASS
- MASS RENORMALIZATION
- UNIFIED GAUGE MODELS
- U-1 GROUPS
- CORRELATION FUNCTIONS
- PIONS
- BOSONS
- ELEMENTARY PARTICLE MASS
- RENORMALISATION
- QUANTUM ELECTRODYNAMICS
- CHIRAL SYMMETRIES
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This paper was published in OpenGrey Repository.
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