Construction of the Vacuum String Field Theory on a non-BPS Brane

A. Hashimoto; A. Sen; A. Sen; A. Sen; A. Sen; Alexander A Giryavets; B. Zwiebach; D. Gaiotto; D. Gaiotto; D.J. Gross; D.J. Gross; D.J. Gross; D.J. Gross; D.J. Gross; D.J. Gross; Dmitri M Belov; G. Moore; H. Hata; H. Hata; H. Hata; H. Hata; H. Hata; I. Ellwood; I. Kishimoto; I. Kishimoto; I.Y. Aref'eva; I.Y. Aref'eva; I.Y. Aref'eva; Irina Ya Aref'eva; J. Kluson; J.R. David; K. Furuuchi; K. Ohmori; K. Ohmori; K. Okuyama; K. Okuyama; K. Okuyama; L. Rastelli; L. Rastelli; L. Rastelli; L. Rastelli; L. Rastelli; L. Rastelli; L. Rastelli; L. Rastelli; M. Marino; M. Schnabl; N. Moeller; P. Mukhopadhyay; P.-J. De Smet; R. Gopakumar; T. Kawano; T. Takahashi; T. Takahashi

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Construction of the Vacuum String Field Theory on a non-BPS Brane

Abstract

In the framework of the Sen conjectures a construction of vacuum superstring field theory on a non-BPS brane is discussed. A distinguished feature of this theory is a presence of a ghost kinetic operator mixing GSO+/- sectors. A candidate for such kinetic operator with zero cohomology is discussed.Comment: expression for the pure ghost kinetic operator corrected, Comments added; 21 pages, 1 figure, LaTeX 2

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Last time updated on 01/04/2019