NuFact 2022 is the twentythird in the series of yearly international workshops which started in 1999. The main goal of the workshop is to review the progress of current and future facilities able to improve on measurements of the properties of neutral and charged lepton flavor violation, as well as searches for new phenomena beyond the capabilities of presently planned experiments.
The main goal of the workshop is to review the progress of current and future facilities able to improve on measurements of the properties of neutral and charged lepton flavor violation, as well as searches for new phenomena beyond the capabilities of presently planned experiments. The workshop is both interdisciplinary and interregional in that experimenters, theorists, and accelerator physicists from all over the world share expertise with the common goal of reviewing the results of currently operating experiments and designing the next generation of experiments. To allow for worldwide participation we plan to broadcast plenary sessions and make selected parallel sessions available. Plenary sessions will be mostly held in the mornings in Utah, which translates into convenient times for international participants from the Americans and Europe/Africa regions. NuFact will include some dedicated hybrid events with opportunities for remote participants to give presentations and to discuss with the in-person participants.
Before and during the conference we will also have several mini-workshops and panel discussions. We will have the following events: (1) Multi-messenger Tomography of Earth Workshop (MMTE 2022)[July 30-31, 2022], (2) ESSnuSB+ Workshop, (3) Early career scientist career development workshop, and a panel discussion on the Snowmass exercise.
We are planning a fully in-person event. Plenary and selected parallel sessions will be streamed for world-wide participation. NuFact will include some dedicated virtual events with opportunities for remote participants to give presentations.
The NuFact 2022 workshop program consists of plenary sessions, parallel sessions with seven Working Groups covering the following topics:
- Neutrino Oscillation Physics (Working Group 1),
- Neutrino Scattering Physics (Working Group 2),
- Accelerator Physics (Working Group 3),
- Muon Physics (Working Group 4), and
- Neutrinos Beyond PMNS (Working Group 5)
- Detectors (Working Group 6)
- Inclusion, Diversity, Equity, Education & Outreach (Working Group 7)