Speaker
Description
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 neutron-rich 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 in neutron-rich nuclei, in particular on the separation of the contribution of proton and neutron to SRC
