Scaling algebras and short-distance analysis for charge carrying quantum fields

TL;DR

This paper discusses the development of scaling algebras and short-distance analysis techniques for quantum fields that carry charge, aiming to understand their behavior at small scales in quantum field theory.

Contribution

The authors introduce a novel framework for analyzing charge carrying quantum fields using scaling algebras and short-distance methods, with a joint publication replacing the withdrawn preprint.

Findings

Development of a new scaling algebra framework

Application to charge carrying quantum fields

Insights into short-distance behavior of quantum fields

Abstract

The paper "Scaling algebras and short-distance analysis for charge carrying quantum fields" by C. D'Antoni and R. Verch, hep-th/0301145, has been withdrawn by the authors since it was found that it overlaps considerably with independent work contained in the Ph.D.\ thesis by G. Morsella who, at the time when our preprint has been submitted to the arXiv, was just about to prepare his results for publication. It was hence agreed between G.\ Morsella and ourselves that it is more appropriate to produce a joint paper instead of two competing ones. This new paper, co-authored together with G.\ Morsella, will appear in due course to replace hep-th/0301145.