TL;DR
This paper calculates higher electromagnetic multipole moments, specifically magnetic octupole moments, of baryons using a non-covariant quark model that incorporates spin-flavor symmetry and its breaking.
Contribution
It introduces a method to compute baryon octupole moments within a spin-flavor symmetric quark model framework, including symmetry breaking effects.
Findings
Magnetic octupole moments of decuplet baryons are obtained.
Results highlight the role of spin-flavor symmetry breaking.
Implications for understanding baryon structure are discussed.
Abstract
We report on a calculation of higher electromagnetic multipole moments of baryons in a non-covariant quark model approach. The employed method is based on the underlying spin-flavor symmetry of the strong interaction and its breaking.We present results on magnetic octupole moments of decuplet baryons and discuss their implications.
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