Nonabelian Global Chiral Symmetry Realisation in the Two-Dimensional N Flavour Massless Schwinger Model
Laure Gouba (1), Jan Govaerts (1,3), M. Norbert Hounkonnou (1,2), ((1) ICMPA, Cotonou, Rep. Benin, (2) IMSP, Porto Novo, Rep. Benin, (3) CP3,, UCL, Louvain-la-Neuve, Belgium)
TL;DR
This paper explores how nonabelian global chiral symmetries are realized in the two-dimensional massless Schwinger model with N flavors, using bosonisation and vertex operator methods.
Contribution
It introduces a novel bosonisation and vertex operator approach to realize nonabelian chiral symmetries in this model.
Findings
Successful realization of nonabelian symmetries via bosonisation
Construction of vertex operators for symmetry realization
Framework applicable to similar low-dimensional models
Abstract
The nonabelian global chiral symmetries of the two-dimensional N flavour massless Schwinger model are realised through bosonisation and a vertex operator construction.
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