SU(N) Antiferromagnets and Strongly Coupled QED: Effective Field Theory
  for Josephson Junctions Arrays

Affleck; Affleck; Affleck; Applequist; Banks; Bishop; Bruder; Caroll; Dagotto; Diamantini; Diamantini; Diamantini; Diamantini; E. Langmann; Fomin; Fradkin; G.W. Semenoff; Halsey; Halsey; Hofstaedter; Jose; Kennedy; Kluberg-Stern; Kogut; Kogut; Kogut; Langmann; M.C. Diamantini; Miransky; Nash; Niemi; P. Sodano; Polyakov; Rammel; Read; Read; Read; Redlich; Schmeltzer; Semenoff; Shih; Smith; Villain

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SU(N) Antiferromagnets and Strongly Coupled QED: Effective Field Theory for Josephson Junctions Arrays

Authors: Affleck
Affleck
Affleck
Applequist
Banks
Bishop
Bruder
Caroll
Dagotto
Diamantini
Diamantini
Diamantini
Diamantini
E. Langmann
Fomin
Fradkin
G.W. Semenoff
Halsey
Halsey
Hofstaedter
Jose
Kennedy
Kluberg-Stern
Kogut
Kogut
Kogut
Langmann
M.C. Diamantini
Miransky
Nash
Niemi
P. Sodano
Polyakov
Rammel
Read
Read
Read
Redlich
Schmeltzer
Semenoff
Shih
Smith
Villain
Publication date: 1 January 1993
Publisher: 'Elsevier BV'
Doi

Abstract

We review our analysis of the strong coupling of compact QED on a lattice with staggered Fermions. We show that, for infinite coupling, compact QED is exactly mapped in a quantum antiferromagnet. We discuss some aspects of this correspondence relevant for effective field theories of Josephson junctions arrays.Comment: 33 pages,latex,Proceedings of "Common Trends in Condensed Matter and High Energy Physics",DFUPG 1/9

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