Gauge Invariant, Renormalizable, and Unitary Chiral Theory (original) (raw)

Modern Physics Letters A, 1992

Abstract

A non-polynomial quantization for chiral gauge interactions is motivated. It is shown for Abelian group in four dimensions that the quantization, manifestly local in the Lorentz gauge, is consistent: simultaneously satisfying the requirements of gauge invariance, (perturbative) renormalizability, and unitarity. Chiral photons can be massive in the framework without invoking the Higgs mechanism. Non-Abelian generalization is then speculated.

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