Octet magnetic moments and the violation of CGSR in χQM with configuration mixing
Harleen Dahiya, Manmohan Gupta
Abstract
Octet baryon magnetic moments are calculated within , respecting color spin spin forces (Szczepaniak et al., PRL 87, 072001(2001)), incorporating the orbital angular momentum as well as the quark sea contribution through the Cheng and Li mechanism (PRL 80, 2789(1998)). Using configuration mixing generated by color spin spin forces as well as the concept of ``effective'' quark mass to include the effects of confinement, we are able to get an excellent fit to the octet magnetic moments as well as the violation of Coleman Glashow Sum Rule (CGSR) without any further input except for the ones already used in as well as in NRQM. Specifically, in the case of p, Σ+, Ξo, and violation of CGSR we get a perfect fit whereas in almost all the other cases the results are within 5% of the data.
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