Spinning vortex braneworld

Abstract

A spinning vortex is considered in the context of the braneworld. We numerically analyze the profiles of a stationary solution in a six-dimensional U(1) gauge theory, and clarify their dependence on the angular velocity in the field space $\omega$. We find that there is an upper limit on $\omega$, and the vortex configuration should be parameterized by the angular momentum rather than $\omega$. We also discuss matter modes localized on the vortex. We show that the vortex spin mixes the KK masses and induces nonvanishing masses to the zero-modes. It also resolves the degeneracy in the KK spectrum that the static vortex had.

34 pages, 4 figures, matches published version in PTEP

References in corpus (6)

• Fermions on Colliding Branes
• Collision of Domain Walls in asymptotically Anti de Sitter spacetime
• Dynamics of colliding branes and black brane production
• Effective Potential for Revolving D-branes
• Rotating kinky braneworlds
• Electromagnetic Radiation in a Semi-Compact Space