Vector solitons and spontaneous Lorentz violation mechanism
Oct, 2006Citations per year
Abstract:
Taking a full 3D nonlinear vector matter field dynamics, a vector version of a soliton state was found. The Nielsen-Olesen procedure was used in order to derive a Lorentz-violation vector parameter which characterizes, via Spontaneous Symmetry Breaking mechanism, the non-trivial vacuum. A stable vortex configuration is obtained, and although the Chern-Simons-type terms do not contribute to the value of the vortex core, the propagator analysis suggests us the possibility of a contribution to the size of the vortex core and to the growth of the field to achieve the asymptotic limit value with the distance.- violation: Lorentz
- vortex: stability
- matter: vector
- soliton: vector
- spontaneous symmetry breaking
- propagator
- dimension: 3
- Chern-Simons term
- asymptotic behavior
- vacuum state
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