Radiation of a Massless Closed String from Interacting D$p$-branes with Background Fields in the Superstring Theory

Abstract

In the context of the superstring theory, we calculate the radiation amplitude of a general massless closed string from the interaction of two parallel D$p$-branes. The background field is the constant antisymmetric tensor $B_{\mu \nu }$, and the branes have been equipped with the different $U(1)$ gauge fields. For the large distance of the branes, the Kalb-Ramond emission will be investigated.

13 pages, Latex2e, no figure

References in corpus (6)

• Tachyon Condensation on a Nonstationary D$p$-brane with Background Fields in Superstring Theory
• Fractional-Wrapped Branes with Rotation, Linear Motion and Background Fields
• LREE of an Unstable Dressed-Dynamical D$p$-brane: Superstring Calculations
• Radiation of Closed Strings between the Parallel Dynamical-Dressed Unstable Dp-Branes
• Gravitational and Dilatonic Radiations from the Parallel Dressed-Dynamical Unstable Dp-Branes
• Closed String Radiation from the Interacting Fractional-Dressed D$p$-Branes with the Transverse Motions

Cited by in corpus (3)

• Open String Pair Production from the Interacting Dressed-Angled D-Strings
• Thermodynamics and Tachyon Condensation of the Dressed-Dynamical Unstable D$p$-branes
• LREE of a Dressed D$p$-brane with Transverse Motion in the Partially Compact Spacetime