
During February 2025, Dhenis enhanced the kelseymh/G4CMP repository by developing a configurable Empirical Lindhard NIEL model for radiation damage simulations. He introduced new configuration options for key model parameters, integrating them into the G4CMPEmpiricalLindhardNIEL class and exposing them through runtime UI commands in G4CMPConfigMessenger. This C++-based solution, leveraging Geant4 and configuration management patterns, enabled users to adjust simulation parameters dynamically without code changes. Dhenis’s work provided a flexible foundation for parameter sweeps and iterative calibration, addressing the need for experimenters to fine-tune models efficiently and supporting more adaptable physics simulation workflows within the project.

February 2025 — Developer work on kelseymh/G4CMP focused on enhancing model configurability and runtime control for radiation damage simulations.
February 2025 — Developer work on kelseymh/G4CMP focused on enhancing model configurability and runtime control for radiation damage simulations.
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