Description
Session Chairs
- Bethany Goldblum
- Nathaniel Bowden
- Jon Link
- Pieter Mumm
Advances in detector modeling capabilities would further the development of basic and applied antineutrino physics technologies. This session focuses on identifying and prioritizing nuclear data needs that impact the ability to model antineutrino detector performance in the reactor energy range—important for detector design, development, and data interpretation. This includes data deficiencies for modeling both neutrino signal and background for a wide range of detection techniques such as CEvNS, electron elastic scattering, and inverse beta decay.
