The LEPLAr workshop is primarily focused on low-energy physics in DUNE, but other experiments will be considered. Physics topics include: supernova and solar neutrinos, BSM signals, plus ~GeV-scale physics for which ~MeV-scale event components matter.
The goals of the workshop are:
- Identify physics opportunities in the <100 MeV regime that can be addressed by DUNE (and similar large LArTPCs) and related challenges for the different technical working groups, including ancillary measurements.
- Develop a standard set of signal and background assumptions, and identify knowledge gaps and possible experimental/theoretical remedies.
- Enhance communication between DUNE technical working groups for addressing low-energy-physics-related challenges.
- Share experience with other LArTPC experiments.
The first half of the workshop, on November 30th and December 1st, is dedicated to exploring theoretical models for low-energy physics signatures in the DUNE FD and the status and availability of simulation tools (from generators to detector propagation) for low-energy interaction modeling.
For questions and offline discussion we are using the channel #leplar-workshop on the snowmass slack workspace.