Speaker
Description
The next generation of neutrino experiments promises significant progresses in physics beyond Standard Model with a high discovery potential regarding in particular the matter/antimatter asymmetry and the mass hierarchy. One of the key points will be to use high intensity neutrino superbeam in combination with megaton scale detectors.
In Europe, the ESSnuSB project realized a conceptual design study of a new superbeam facility based on the 5 MW proton linac of the European Spallation Source. This facility will offer the possibility measure the $\delta_{CP}$ phase at 8° precision level.
The new phase of the project, called ESSnuSB+, will investigate the possibility to add complementary facilities like a Low Energy nuSTORM ring and a Low Energy Monitored beam to study complementary physics such the cross-section measurement and the sterile neutrino hypothesis.
This new project will adapt the concept of a the ESSnuSB target station to the requirements of the complementary facilities. In this poster, the progress of the ESSnuSB+ Target Station study will be presented.
| Poster prize | No |
|---|---|
| Given name | Eric |
| Surname | Baussan |
| First affiliation | IPHC-IN2P3/CNRS |
| Second affiliation | Université de Strasbourg |
| Institutional email | eric.bausssan@in2p3.fr |
| Gender | Male |
| Collaboration (if any) | ESSnuSB+ |
