Kawano Teruhiko KAWANO Teruhiko

Articles:  1-5 of 5

  • Open-Closed String Field Theory in a Background B Field

    KAWANO Teruhiko , TAKAHASHI Tomohiko , Department of Physics University of Tokyo , Department of Physics Nara Women's University

    In this paper, we study open-closed string field theory in a background B field in the so-called α = p^+ formulation. The string field theory in the infrared limit gives noncommutative gauge theory in …

    Progress of Theoretical Physics 104(6), 1267-1287, 2000-12-25

    DOI  References (23)

  • Open String Field Theory on Noncommutative Space

    KAWANO Teruhiko , TAKAHASHI Tomohiko , Department of Physics University of Tokyo , Department of Physics Nara Women's University

    We study Witten's open string field theory in the presence of a constant B field. We construct the string field theory in the operator formalism and find that, compared to the ordinary theory with no …

    Progress of Theoretical Physics 104(2), 459-476, 2000-08-25

    J-STAGE  References (43)

  • Duality of N=1 Supersymmetric SO(10) Gauge Theory with Matter in the Spinorial Representation

    KAWANO Teruhiko , Yukawa Institute for Theoretical Physics Kyoto University

    We study N=1 supresymmetric SO(10) gauge theory with a field in the spinorial representation and N_f(≦8) fields in the defining representation. It is shown that this theory for N_f=7,8 has a dual desc …

    Progress of Theoretical Physics 95(5), 963-968, 1996-05-25

    J-STAGE  References (20)

  • Weyl Anomalies of Strings in Temporal Gauge

    KAWANO Teruhiko , Department of Physics Kyoto University

    We consider two-dimensional quantum gravity coupled to matters in the temporal gauge, using the Polyakov path integral. We show that the integration over the metric can be explicitly performed under s …

    Progress of Theoretical Physics 93(2), 455-469, 1995-02-25

    DOI  References (20)

  • Dilaton Condensation in the Covariantized Light-Cone Closed String Field Theory

    Teruhiko KAWANO , Department of Physics Kyoto University

    We analyze dilaton condensation in the covariantized light-cone closed string field theory. We show by explicit calculation that an infinitesimal condensation of the dilaton field gives rise to the sh …

    Progress of Theoretical Physics 88(6), p1181-1196, 1992-12

    DOI 

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