Speaker
Description
In this talk, I will present an impact study of pseudo-data from the future Electron-Ion Collider (EIC) on nucleon tomography and Compton Form Factors (CFFs), based on detector simulations performed with the EICROOT package. The pseudo-data are generated using the EpIC Monte Carlo event generator, a flexible and modular framework for simulating a broad range of exclusive processes, including DVCS, TCS, DDVCS, and various DVMP channels. A key feature of EpIC is the incorporation of second-order radiative corrections, which further enhances its precision for theoretical studies. Together, these tools provide a comprehensive toolset for probing the nucleon’s internal structure in preparation for future EIC experiments. I will also highlight recent CFF extractions from Jefferson Lab (JLab) data, which offer valuable insights but also reveal limitations in fully constraining these fundamental quantities. These challenges underscore the importance of the EIC’s expanded kinematic coverage and polarization capabilities in advancing CFF determinations and achieving a more complete understanding of the nucleon’s three-dimensional structure.
