Spinning Supersymmetric Q-balls
L. Campanelli, M. Ruggieri
TL;DR
This paper constructs spinning supersymmetric Q-balls, which are stable, non-topological solitons with conserved charge and angular momentum in a supersymmetric model with gauge-mediated symmetry breaking.
Contribution
It introduces the first explicit solutions for spinning supersymmetric Q-balls in a realistic gauge-mediated supersymmetric framework.
Findings
Explicit solutions for spinning supersymmetric Q-balls are obtained.
These solutions carry conserved U(1) charge and angular momentum.
The results demonstrate the existence of stable, non-topological solitons in supersymmetric models.
Abstract
We construct nontopological solitonic solutions in (3+1)-dimensional Minkowski spacetime carrying a conserved global U(1) charge and nonvanishing angular momentum in a supersymmetric extension of the standard model with low-energy, gauge-mediated symmetry breaking.
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