Tachyon Condensation on a Nonstationary D$p$-brane with Background Fields in Superstring Theory

Abstract

Using the boundary state formalism we obtain the partition function corresponding to a dynamical (rotating-moving) D$p$-brane in the presence of electromagnetic and tachyonic background fields in the superstring theory. The instability of such D$p$-brane due to the tachyon condensation is investigated.

8 pages, Latex, no figure

References in corpus (1)

• Rotating-Moving D-Branes with Background Fields in the Superstring Theory

Cited by in corpus (16)

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• Closed String Radiation from the Interacting Fractional-Dressed D$p$-Branes with the Transverse Motions
• Gravitational and Dilatonic Radiations from the Parallel Dressed-Dynamical Unstable Dp-Branes
• Scattering of the Kalb-Ramond State from a Dynamical D$p$-brane with Background Fields
• 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
• Closed String Radiation from the Interaction of the Moving D$p$-branes with Background Fields
• Thermodynamics and Tachyon Condensation of the Dressed-Dynamical Unstable D$p$-branes
• Open String Pair Production from the Interacting Dressed-Angled D-Strings
• Effective Action of a Dynamical D$p$-brane with Background Fluxes
• Pair Production of the Open Superstrings from the Parallel-dressed D3-branes in the Compact Spacetime
• Pair Creation of Open Strings between the Unstable-Dressed D$p$-branes
• Investigation of Zero-Modes for a Dynamical D$p$-Brane