Scattering of the Kalb-Ramond State from a Dynamical D$p$-brane with Background Fields

Abstract

We apply the boundary state method and operator formalism to obtain tree-level scattering amplitude of the Kalb-Ramond state from a D$p$-brane. The brane has a tangential dynamics, and it has been dressed by the antisymmetric tensor field, a $U(1)$ internal gauge potential and an open string tachyon field. By using the scattering amplitudes we acquire two DBI-like actions corresponding to the target branes. Our calculations are in the framework of the bosonic string theory.

17 pages, Latex2e, No figure

References in corpus (2)

• Tachyon Condensation on a Nonstationary D$p$-brane with Background Fields in Superstring Theory
• Fractional-Wrapped Branes with Rotation, Linear Motion and Background Fields

Cited by in corpus (3)

• Left-Right Entanglement Entropy for a Dp-brane with Dynamics and Background Fields
• LREE of a Dynamical Unstable D$p$-brane
• Brane with Transverse Rotation and Background Fields: Boundary State and Tachyon Condensation