Speaker
L. Martinovic
Description
One of the apparent problems of light front field theory has been a lack of description of two-dimensional massless fields. We show how both the massless scalar and fermion fields can be recovered as massless limits of the two-dimensional massive fields and consistenly quantized without any loss of physical information. Bosonization of the ligh-front (LF) fermion field then
follows in a straightforward manner. Solvable models can also be studied directly in the LF formulation.
We discuss the operator solution of the Thirring and Thirring-Wess models including the exact (nonperturbative) form of their correlation functions. A few remarks concerning the LF Schwinger model and the LF version of conformal symmetry conclude our contribution.
Primary author
L. Martinovic
(Institute of Physics Slovak Academy of Sciences)
