Boson stars from a gauge condensate
V. Dzhunushaliev, K. Myrzakulov, R. Myrzakulov
TL;DR
This paper explores boson stars composed of two interacting scalar fields modeled as a gauge condensate from a quantized SU(3) gauge field, resulting in a regular, finite-energy quantum solution analogous to particle-like configurations.
Contribution
It introduces a novel quantum SU(3) gauge field model for boson stars with two scalar fields, providing regular solutions with finite energy.
Findings
Solution is regular everywhere
Energy is finite
Analogous to Bartnik-McKinnon solutions
Abstract
The boson star filled with two interacting scalar fields is investigated. The scalar fields can be considered as a gauge condensate formed by SU(3) gauge field quantized in a non-perturbative manner. The corresponding solution is regular everywhere, has a finite energy and can be considered as a quantum SU(3) version of the Bartnik - McKinnon particle-like solution.
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