Resistance of a Rotating-Moving Brane with Background Fields Against Collapse

TL;DR

This paper investigates how specific rotations and motions of a Dp-brane with background fields can prevent its collapse, using boundary state formalism in bosonic string theory.

Contribution

It reveals that certain rotations and motions within the brane volume can stabilize the brane against collapse during tachyon condensation.

Findings

Specific rotations/motions can prevent brane collapse.

Background fields influence brane stability.

Tachyon condensation effects are mitigated by brane dynamics.

Abstract

Using the boundary state formalism we investigate the effect of tachyon condensation process on a rotating and moving D$p$-brane with various background fields in the bosonic string theory. The rotation and motion are inside the brane volume. We demonstrate that some specific rotations and/or motions can preserve the brane from instability and collapse.