Short-range correlations in Asymmetric Nuclei

Short-Range Correlations (SRC): pairs of strongly interacting nucleons whose distance is comparable to their radii. Due to their overlapping quark distributions and strong interaction, SRC pairs serve as a bridge between nucleon interaction and partonic structure, with important consequences for strong-interaction physics, hadronic structure, and other studies. Some of the most intriguing SRCs results come from asymmetric nuclei measurement, specifically that in neutron-rich nuclei. The recent result suggested that the inclusion of proton-neutron SRCs inverts the energy sharing between the Fermions in neutron-rich nuclei, giving the minority larger average kinetic energy. In this talk, first I will give a quick summary of where we stand on SRCs study in asymmetry nuclei, second I will present the preliminary from new A(e,e'p) measurement on Ca isotope and Iron from Hall C, Jlab. The results from this experiment will provide insight into SRCs forming mechanisms in asymmetric nuclei.