Exact self-duality in a modified Skyrme model
arXiv:1705.01824 · doi:10.1007/JHEP07(2017)039
Abstract
We propose a modification of the Skyrme model that supports a self-dual sector possessing exact non-trivial finite energy solutions. The action of such a theory possesses the usual quadratic and quartic terms in field derivatives, but the couplings of the components of the Maurer-Cartan form of the Skyrme model is made by a non-constant symmetric matrix, instead of the usual Killing form of the SU(2) Lie algebra. The introduction of such a matrix make the self-duality equations conformally invariant in three space dimensions, even though it may break the global internal symmetries of the original Skyrme model. For the case where that matrix is proportional to the identity we show that the theory possesses exact self-dual Skyrmions of unity topological charges.
12 pages, no figures
References in corpus (6)
Cited by in corpus (18)
- Analytic self-gravitating -Baryons, traversable NUT-AdS wormholes, flat space-time multi-Skyrmions at finite volume and a novel transition in the -Skyrme model
- Self-dual sectors for scalar field theories in (1 + 1) dimensions
- The Dielectric Skyrme model
- Quantum binding energies in the Skyrme model
- The BPS sectors of the Skyrme model and their non-BPS extensions
- Dielectric Skyrmions
- A False Vacuum Skyrme Model for Nuclear Matter
- Background fields and self-dual Skyrmions
- Bianchi IX cosmologies in the Einstein-Skyrme system in a sector with non-trivial topological charge
- Magnetic Hopfions in the Faddeev-Skyrme-Maxwell model
- Self-Duality in the Context of the Skyrme Model
- A Generalised Self-Duality for the Yang-Mills-Higgs System
- False vacuum Skyrmions revisited
- Self-Dual Skyrmions on the Spheres
- A Quasi Self-Dual Skyrme Model
- A Unified Construction of Skyrme-type Non-linear sigma Models via The Higher Dimensional Landau Models
- BPS deformations of the Skyrme model
- A multishell solution in the Skyrme model