Metastable Kinks in the Orbifold
arXiv:0708.4005 · doi:10.1103/PhysRevLett.100.041602
Abstract
We consider static configurations of bulk scalar fields in extra dimensional models in which the fifth dimension is an orbifold. There may exist a finite number of such configurations, with total number depending on the size of the orbifold interval. We perform a detailed Sturm-Liouville stability analysis that demonstrates that all but the lowest-lying configurations - those with no nodes in the interval - are unstable. We also present a powerful general criterion with which to determine which of these nodeless solutions are stable. The detailed analysis underlying the results presented in this letter, and applications to specific models, are presented in a comprehensive companion paper.
4 pages, 4 figures, reference added, typo corrected, submitted to PRL
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- New Results on Compact Structures
- Survival of scalar zero modes in warped extra dimensions
- Quantum mass correction for the twisted kink
- Modified spontaneous symmetry breaking pattern by brane-bulk interaction terms
- Scalar Kinks in Warped Extra Dimensions
- Existence and Stability of Non-Trivial Scalar Field Configurations in Orbifolded Extra Dimensions
- A novel connection between scalar field theories and quantum mechanics
- A nearly Dirichlet Higgs for lower-scale warped extra dimensions