Boundary States in IIA Plane-Wave Background

Abstract

We work out boundary states for Type IIA string theory on a plane wave background. By directly utilizing the channel duality, the induced conditions from the open string boundary conditions are imposed on the boundary states. The resulting boundary states correctly reproduce the partition functions of the open string theory for $DpDp$ and $DpD\bar{p}$ cases where $Dp$ branes are half BPS brane if located at the origin of the plane wave background.

13 pages;notational changes and references added

References in corpus (3)

• Thermodynamic behavior of IIA string theory on a pp-wave
• Worldvolume supersymmetries for branes in plane waves
• Partition Function and Open/Closed String Duality in Type IIA String Theory on a PP-wave

Cited by in corpus (9)

• D-branes of Covariant AdS Superstrings
• One-Loop Flatness of Membrane Fuzzy Sphere Interaction in Plane-Wave Matrix Model
• Open M-branes on AdS_{4/7} x S^{7/4} Revisited
• Intersecting D-branes in Type IIB Plane Wave Background
• Thermal D-brane boundary states from type IIB Green-Schwarz superstring in pp-wave background
• Branes in the plane wave background with gauge field condensates
• More on supersymmetric D-branes in type IIB plane wave background
• Inner brane: A D3-brane in the Nappi-Witten model from an inner group automorphism
• A note on D-brane Interactions in the IIA Plane-Wave Background