| Scientific Committee Paper | |
| Report number | CERN-SPSC-2023-033 ; SPSC-P-369 |
| Title | BDF/SHiP at the ECN3 high-intensity beam facility |
| Project Manager/Technical Coordinator | Golutvin, Andrey |
| Author(s) |
Albanese, R ; Alt, J ; Alexandrov, A ; Aoki, S ; Aritunov, D ; Bay, A ; Betancourt, C ; Bezshyiko, I ; Bezshyyko, O ; Bick, D ; Blanco, A ; Bogomilov, M ; Boiarska, I ; Bondarenko, K ; Bonivento, W M ; Boyarsky, A ; Bohles, M ; Breton, D ; Brignoli, A ; Buonaura, A ; Buontempo, S ; Campanelli, M ; Centanni, D ; Choi, K-Y ; Climescu, M ; Conaboy, A ; Congedo, L ; Cristinziani, M ; Crupano, A ; Dallavalle, G M ; D'Ambrosio, N ; de Asmundis, R ; de Bryas, P ; De Carvalho Saraiva, J ; De Lellis, G ; de Magistris, M ; De Roeck, A ; De Serio, M ; De Simone, D ; Dergachev, P ; Deucher, P ; Di Crescenzo, A ; Dijkstra, H ; Durhan, O ; Elikkaya, E ; Fedotovs, F ; Ferrillo, M ; Ferro-Luzzi, M ; Fini, R A ; Fiorillo, G ; Fischer, H ; Fonte, P ; Fresa, R ; Fukuda, T ; Galati, G ; Golinka-Bezshyyko, L ; Golovatiuk, A ; Golutvin, A ; Gorkavenko, V ; Graverini, E ; Grewing, C ; Guler, A M ; Haefeli, G J ; Hagner, C ; Helo, J C ; van Herwijnen, E ; Hollnagel, A ; Iuliano, A ; Jacobsson, R ; Jonker, M ; Kadenko, I ; Kamiscioglu, C ; Kim, Y G ; Kitagawa, N ; Kodama, K ; Kolev, D I ; Komatsu, M ; Kostyukhin, V ; Krzempek, L ; Kuleshov, S ; Kurbatov, E ; Lacker, H M ; Lantwin, O ; Lauria, A ; Lee, K S ; Lee, K Y ; Leonardo, N ; Loschiavo, V P ; Lopes, L ; Lyons, F ; Maalmi, J ; Magnan, A-M ; Marshall, A M ; Miano, A ; Mikado, S ; Mikulenko, A ; Montesi, M C ; Morishima, K ; Naganawa, N ; Nakamura, M ; Nakano, T ; Ogawa, S ; Ovchynnikov, M ; Owtscharenko, N ; Park, B D ; Pastore, A ; Patel, M ; Petridis, K ; Prota, A ; Quercia, A ; Rademakers, A ; Ratnikov, F ; Redi, F ; Reghunath, A ; Rokujo, H ; Ruchayskiy, O ; Ruf, T ; Santos Dias, P ; Sato, O ; Schmidt-Parzefall, W ; Schumann, M ; Serra, N ; Shaposhnikov, M ; Shchutska, L ; Shibuya, H ; Simone, S ; Soares, G ; Sohn, J Y ; Sokolenko, A ; Soto, O ; Takahashi, S ; Tastet, J L ; Timiryasov, I ; Tioukov, V ; Tommasini, D ; Treille, D ; Tsenov, R ; Ulloa, P ; Ursov, E ; Vankova-Kirilova, G ; Vilchinski, S ; Visone, C ; van Waasen, S ; Wertelaers, P ; Wurm, M ; Xella, S ; Yilmaz, D ; Yoon, C S ; Zamora Saa, J |
| Corporate author(s) | CERN. Geneva. SPS and PS Experiments Committee ; SPSC |
| Series | (Proposal) |
| Submitted by | [email protected] on 31 Oct 2023 |
| Subject category | Detectors and Experimental Techniques |
| Accelerator/Facility, Experiment | CERN SPS ; SHIP |
| Abstract | The BDF/SHiP collaboration has proposed a general-purpose intensity-frontier experimental facility operating in beam-dump mode at the CERN SPS accelerator to search for feebly interacting GeV-scale particles and to perform measurements in neutrino physics. CERN is uniquely suited for this programme owing to the proton energy and yield available at the SPS. This puts BDF/SHiP in a unique position worldwide to make a breakthrough in a theoretically and experimentally attractive range of the FIP parameter space that is not accessible to other experiments. The existing ECN3 experimental facility makes it possible to implement BDF at a fraction of the cost of the original proposal, without compromising on the physics scope and the physics reach. SHiP has demonstrated the feasibility to construct a large-scale, versatile discovery experiment capable of coping with $4\times 10^{19}$ protons per year at 400 GeV/c and ensuring a < 1-event background for the FIP decay search even up to $6\times 10^{20}$ PoT. With the feasibility of the facility and the detector proven, the BDF/SHiP collaboration are ready to proceed with the TDR studies and commence implementation in CERN’s Long Shutdown 3. During the operational lifetime of BDF/SHiP, several prominent opportunities for upgrades and extensions are open, such as the use of a LAr TPC, a synergistic tau flavour violation experiment, and exploiting the secondary mixed-field radiation from the proton target for nuclear and astrophysics, as well as for material testing. |
Email contact(s) : [email protected] ; [email protected]
Registro creado el 2023-10-31, última modificación el 2023-11-01
