Speaker
Description
In the first part of this talk, I will introduce the EpIC Monte Carlo event generator for exclusive processes. Built on the PARTONS framework, EpIC offers a variety of model options and a flexible structure for DVCS, TCS, DDVCS and several DVMP processes. A key feature of EpIC is the integration of second-order radiative corrections, enhancing its precision for theoretical studies. As a result, EpIC provides a comprehensive toolset for probing nucleon structure through impact studies at future electron-ion colliders.
In the second part of the talk, I will discuss the impact of EIC pseudo-data on nucleon tomography and Compton form factors, as obtained from detector simulations using the EICROOT package containing the full far-forward detector region needed for tagging and reconstructing the scattered proton. In order to reconstruct the scattered electrons and DVCS photons a parametrized central detector region was used. These two components combined mimic the full capabilities of the first EIC detector, known as ePIC.
