The ENUBET project: high precision neutrino flux measurements in conventional neutrino beams
- Terranova, F
- Ballerini, G
- Berra, A
- Boanta, R
- Bonesini, M
- Brizzolari, C
- Calviani, M
- Catanesi, M G
- Cecchini, S
- Cindolo, F
- Coffani, A
- Collazuol, G
- Conti, E
- Dal Corso, F
- De Rosa, G
- Gola, A
- Intonti, R A
- Jollet, C
- Kudenko, Y
- Laveder, M
- Longhin, A
- Loverre, P F
- Ludovici, L
- Magaletti, L
- Mandrioli, G
- Margotti, A
- Mascagna, V
- Mauri, N
- Meregaglia, A
- Mezzetto, M
- Nessi, M
- Paoloni, A
- Pari, M
- Paternoster, G
- Patrizii, L
- Piemonte, C
- Pozzato, M
- Prest, M
- Pupilli, F
- Radicioni, E
- Riccio, C
- Ruggeri, A C
- Soldani, M
- Sirri, G
- Tenti, M
- Vallazza, E
- Votano, L
- Wildner, E
DOIAbstract
The ENUBET Collaboration is developing a technology to reduce by one order of magnitude the uncertainty on fluxes in conventional neutrino beam. The ENUBET beamline exploits the large angle production of positrons from $K^+ \rightarrow e^+ \pi^0 \nu_e$ in the decay tunnel to monitor the associated production of $\nu_e$. This method provides the $\nu_e$ rate at source at the 1% level. In this talk, we will summarize the results during the first year of the project and plans up to completion (2021)
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