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Advancements in Precision Measurement for Neutrino Research: Proposal for Future Facilities

This proposal outlines the potential for a new advanced facility focusing on exquisite precision measurements in neutrino physics. Emphasizing the significance of CPV discovery, it highlights critical scientific priorities including enhancements in the understanding of neutrino interactions and the search for sterile neutrinos. The outlined strategy includes incremental implementation stages, leading to a long-baseline facility with excellent sensitivity. The collaboration aims for a cost-effective solution that expands European contributions to high-precision neutrino research and strengthens the European Strategy.

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Advancements in Precision Measurement for Neutrino Research: Proposal for Future Facilities

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  1. Facility for exquisite precisions K. Long and E. Wildner

  2. Daya Bay & Reno results: • CPV discovery conceivable; emphasizes control of systematics critical • Scientific priorities: • MH; CPV; Precision measurement; • Gamma=100, Beta beam plus SPL/Frejus super-beam: • Opportunity if shown to be cost effective relative to NF [EUROnu] • Neutrino Factory • Offers: • Best discovery reach; best precision • Flexible, can be developed in an incremental fashion: • nuSTORM: • υe and υμ cross sections; search for sterile neutrino • Incremental implementation of IDS-NF baseline • Stage I: existing proton source; no cooling • CPV & MH discovery potential excellent • Stage II: IDS-NF 10 GeV/2000 km • Exquisite sensitivity and precision • European Strategy must include European contributions to: • First step(s) towards high-precision, long-baseline facility: • nuStorm; & • Work required to bring forward proposal for implementation of facility over ~5 years in time for the next strategy update [implies resource]

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