Impact of new physics on polarization asymmetries of Σb→Σl+l− decays in nonuniversal Z′ model

Baryonic decays induced by [Formula: see text] quark transition is an important area of interest nowadays to probe the sensitivities of new physics (NP). The exploration of the baryonic channels was prompted by the observation of [Formula: see text] decays at the accelerators. Motivated by the recent experimental studies of baryonic decays, we have studied various polarization asymmetries for [Formula: see text] baryon in the model beyond the standard model (SM). From the theoretical inspections of branching ratios for [Formula: see text] channels in the SM indicate that these decays can be observed at the colliders. In this paper, we have studied the various [Formula: see text] lepton polarization asymmetries within the whole allowed kinematic region for all three leptonic channels considering the effect of nonuniversal [Formula: see text] boson. We expect that the obtained results for [Formula: see text] decays will help the experimental groups investigate these decays at colliders and will probe NP with heavy baryons.