Speaker
Description
nuSTORM (neutrinos from Stored Muons) is a future-generation accelerator-based neutrino facility that is currently being designed to have %-level flux uncertainty which obtains neutrinos from muon decay in a storage ring. nuSTORM will be able to measure ν-A cross-section with great precision for both electron and muon neutrinos. The storage ring will store muons with a momentum range of 1–6 GeV/c covering the flux energy range of major future experiments such as DUNE and T2HK. BSM (Beyond Standard Model) sensitivity can also be expected. Additionally, nuSTORM can pioneer accelerator technologies such as being a testbed for muon colliders, magnet technologies, and beam monitoring. The nuSTORM facility consists of a production straight which transports and decays pions and muons to produce neutrinos and a return arc with a hybrid FFA magnet. This study will cover updates on simulation studies of the storage ring and development of simulation methods.
| Paper status | No proceeding expected for this contribution. |
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