Scaling of Aharonov-Bohm couplings and the dynamical vacuum in gauge
  theories

A. Kocic; A. Kovner; A.S. Goldhaber; Alfred S. Goldhaber; C. Itzykson; C. Montonen; C.N. Yang; C.R. Hagen; C.R. Hagen; E.M. Serbryanyi; F. Vera; G. Alford; G. Flekk; G.K. Savvidy; G.Y. Rainich; H.B. Nielsen; H.B. Nielsen; H.N. Li; H.N. Li; Hsiang-nan Li; J.L. Cardy; L. Silberstein; M. Gockeler; N.K. Nielsen; P. Górnicki; Ph. Gerbert; R.J. Hughes; R.R. Parwani; Rajesh R. Parwani; V.S. Vanyashin; Y. Aharonov

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Scaling of Aharonov-Bohm couplings and the dynamical vacuum in gauge theories

Authors: A. Kocic
A. Kovner
A.S. Goldhaber
Alfred S. Goldhaber
C. Itzykson
C. Montonen
C.N. Yang
C.R. Hagen
C.R. Hagen
E.M. Serbryanyi
F. Vera
G. Alford
G. Flekk
G.K. Savvidy
G.Y. Rainich
H.B. Nielsen
H.B. Nielsen
H.N. Li
H.N. Li
Hsiang-nan Li
J.L. Cardy
L. Silberstein
M. Gockeler
N.K. Nielsen
P. Górnicki
Ph. Gerbert
R.J. Hughes
R.R. Parwani
Rajesh R. Parwani
V.S. Vanyashin
Y. Aharonov
Publication date: 7 March 1994
Publisher: 'American Physical Society (APS)'
Doi

Abstract

Recent results on the vacuum polarization induced by a thin string of magnetic flux lead us to suggest an analogue of the Copenhagen `flux spaghetti' QCD vacuum as a possible mechanism for avoiding the divergence of perturbative QED, thus permitting consistent completion of the full, nonperturbative theory. The mechanism appears to operate for spinor, but not scalar, QED.Comment: 11 pages, ITP-SB-92-40, (major conceptual evolution from original

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