Magnetic moments of decuplet baryons using effective quark masses in statistical model

The magnetic moments of baryons have been theoretically investigated using different approaches, such as: simple additive quark model in non-relativistic limit which calculates the magnetic moments of the baryons as the sum of its constituent quark magnetic moments. The subject of magnetic moments is complicated to explain or understand because the phenomenon of baryons is contributed from the valence quarks magnetic moments as well as from other effects like contributions from pion cloud, relativistic effects, etc. Many theoretical formalisms have been successful to calculate the magnetic moments of J^P=3/2⁺ decuplet baryons. The relativistic quark model (RQM), QCD-based quark model (QCDQM), effective mass scheme (EMS), light cone QCD sum rule (LCQSR) etc. are few to name. The results are compared with the predictions of other models