
Emvilla developed targeted simulation configuration capabilities for the DUNE/dunesw repository, focusing on supernova (SN) neutrino interaction scenarios. They created two FCL configuration files to enable realistic MARLEY-based SN neutrino simulations, specifically supporting electron scattering and charged current interactions within the dune10kt_1x2x2 detector setup. By specifying reaction types and output file names, Emvilla’s work improved scenario reproducibility and simulation coverage for SN events. The technical approach centered on detector simulation configuration using FCL, integrating MARLEY as the event generator. This contribution addressed the need for flexible, repeatable SN neutrino simulations, demonstrating depth in configuration management and simulation workflow design.

Concise monthly summary for 2025-04 focusing on DUNE/dunesw work and SN neutrino simulation configuration. Delivered targeted configuration capabilities to enable realistic MARLEY-based SN interaction simulations and improved scenario reproducibility.
Concise monthly summary for 2025-04 focusing on DUNE/dunesw work and SN neutrino simulation configuration. Delivered targeted configuration capabilities to enable realistic MARLEY-based SN interaction simulations and improved scenario reproducibility.
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