Green-Schwarz Formulation of Self-Dual Superstring

A. D'Adda; A. N. Leznov; A. N. Leznov; A. Parkes; A. Schwimmer; C. N. Yang; H. Nishino; H. Ooguri; H. Ooguri; H. Ooguri; J. Bieńkowska; J. F. Plebański; L. Brink; M. Ademollo; M. Ademollo; M. Ademollo; M. B. Green; M. B. Green; M. Bonini; N. Marcus; S. D. Mathur; S. J. Gates, Jr.; W. Siegel; W. Siegel; W. Siegel; W. Siegel; W. Siegel; W. Siegel

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Green-Schwarz Formulation of Self-Dual Superstring

Authors: A. D'Adda
A. N. Leznov
A. N. Leznov
A. Parkes
A. Schwimmer
C. N. Yang
H. Nishino
H. Ooguri
H. Ooguri
H. Ooguri
J. Bieńkowska
J. F. Plebański
L. Brink
M. Ademollo
M. Ademollo
M. Ademollo
M. B. Green
M. B. Green
M. Bonini
N. Marcus
S. D. Mathur
Jr. S. J. Gates
W. Siegel
W. Siegel
W. Siegel
W. Siegel
W. Siegel
W. Siegel
Publication date: 1 October 1992
Publisher: 'American Physical Society (APS)'
Doi

Abstract

The self-dual superstring has been described previously in a Neveu-Schwarz-Ramond formulation with local N=2 or 4 world-sheet supersymmetry. We present a Green-Schwarz-type formulation, with manifest spacetime supersymmetry.Comment: 11 pg., (uuencoded dvi file) ITP-SB-92-5

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