Tadahiko Kimura

Duality of Super D-brane Actions in General Type IIB Supergravity Background

We examine duality transformations of supersymmetric and

Duality of super D-brane actions in type II supergravity background

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A Parity Invariant Regularization in 3-D Quantum Electrodynamics

-symmetric Dp-brane actions in a general type II supergravity background where in particular the dilaton and the axion are supposed to not be zero or a constant but a general superfield. Due to non-constant dilaton and axion, we can explicitly show that the dilaton and the axion as well as the two 2-form gauge potentials transform as doublets under the

SELF-DUALITY OF SUPER D3-BRANE ACTION ON AdS5×S5 BACKGROUND

SL(2,R)

DUALITY PROPERTIES OF SUPER D-BRANE ACTIONS IN GENERAL TYPE IIB SUPERGRAVITY BACKGROUND

transformation from the point of view of the world-volume field theory.

Duality of superD-brane actions in general Type II supergravity background

Abstract We show that supersymmetric and κ-symmetric D p -brane actions in type II supergravity background have the same duality transformation properties as those in a flat Minkowskian background. Specially, it is shown that the super D-string transforms in a covariant way while the super D3-brane is self-dual under the SL (2, Z ) duality. Also, the D2-brane and the D4-brane transform in ways expected from the relation between type IIA superstring theory and M-theory. In this present study we confine ourselves to a restricted curved background geometry where the dilation and the axion are set to be zero or constant.

Gauge Theories of Massless Antisymmetric Tensor-Spinor Fields of Higher Ranks and Superspace Formalism

We regularize the 3-D quantum electrodynamics by a parity invariant Pauli-Villars regularization method. We find that in the perturbation theory the Chern-Simons term is not induced in the massless fermion case and induced in the massive fermion case.

A superspace formulation of massless antisymmetric tensor fields of higher rank

We show that the super D3-brane action on AdS5×S5 background recently constructed by Metsaev and Tseytlin is exactly invariant under the combination of the electric–magnetic duality transformation of the world-volume gauge field and the SO(2) rotation of N=2 spinor coordinates. The action is shown to satisfy the Gaillard–Zumino duality condition, which is a necessary and sufficient condition for an action to be self-dual. Our proof needs no gauge fixing for the κ-symmetry.

Treatment of constraints in the stochastic quantization method and covariantized Langevin equation

We examine duality transformations of supersymmetric and

Superparticles and Division Algebras : Ten Dimensions and Octonions

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