This study explores the application of temporal imaging techniques to enhance the spatial and temporal localization of scintillation events within a monolithic LYSO scintillator. The focus is on the detection and characterization of Compton scattering events. Using a Philips Digital Photon Counter (DPC-3200-22) and a 32×32×20 mm LYSO crystal, the research demonstrates how time and light distributions can identify single Compton events, providing improved event reconstruction and localization accuracy. The findings support the feasibility of developing cost-effective single-plate Compton cameras for advanced imaging applications.