A facility to Search for Hidden Particles (SHiP) at the CERN SPS

SHiP Collaboration: M. Anelli , S. Aoki , G. Arduini , J.J. Back , A. Bagulya , W. Baldini , A. Baranov , G.J. Barker

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S. Barsuk M. Battistin J. Bauche A. Bay V. Bayliss L. Bellagamba G. Bencivenni M. Bertani O. Bezshyyko D. Bick N. Bingefors A. Blondel M. Bogomilov A. Boyarsky D. Bonacorsi D. Bondarenko W. Bonivento J. Borburgh T. Bradshaw R. Brenner D. Breton N. Brook M. Bruschi A. Buonaura S. Buontempo S. Cadeddu A. Calcaterra M. Calviani M. Campanelli C. Capoccia A. Cecchetti A. Chatterjee J. Chauveau A. Chepurnov M. Chernyavskiy P. Ciambrone C. Cicalo G. Conti K. Cornelis M. Courthold M. G. Dallavalle N. D'Ambrosio G. De Lellis M. De Serio L. Dedenko A. Di Crescenzo N. Di Marco C. Dib J. Dietrich H. Dijkstra D. Domenici S. Donskov D. Druzhkin J. Ebert U. Egede A. Egorov V. Egorychev M.A. El Alaoui T. Enik A. Etenko F. Fabbri L. Fabbri G. Fedorova G. Felici M. Ferro-Luzzi R.A. Fini M. Franke M. Fraser G. Galati B. Giacobbe B. Goddard L. Golinka-Bezshyyko D. Golubkov A. Golutvin D. Gorbunov E. Graverini J-L Grenard A.M. Guler C. Hagner H. Hakobyan J.C. Helo E. van Herwijnen D. Horvath M. Iacovacci G. Iaselli R. Jacobsson I. Kadenko M. Kamiscioglu C. Kamiscioglu G. Khaustov A. Khotjansev B. Kilminster V. Kim N. Kitagawa K. Kodama A. Kolesnikov D. Kolev M. Komatsu N. Konovalova S. Koretskiy I. Korolko A. Korzenev S. Kovalenko Y. Kudenko E. Kuznetsova H. Lacker A. Lai G. Lanfranchi A. Lauria H. Lebbolo J.-M. Levy L. Lista P. Loverre A. Lukiashin V.E. Lyubovitskij A. Malinin M. Manfredi A. Perillo-Marcone A. Marrone R. Matev E.N. Messomo P. Mermod S. Mikado Yu. Mikhaylov J. Miller D. Milstead O. Mineev R. Mingazheva G. Mitselmakher M. Miyanishi P. Monacelli A. Montanari M.C. Montesi G. Morello K. Morishima S. Movtchan V. Murzin N. Naganawa T. Naka M. Nakamura T. Nakano N. Nurakhov B. Obinyakov K. Ocalan S. Ogawa V. Oreshkin A. Orlov J. Osborne P. Pacholek J. Panman A. Paoloni L. Paparella A. Pastore M. Patel K. Petridis M. Petrushin M. Poli-Lener N. Polukhina V. Polyakov M. Prokudin G. Puddu F. Pupilli F. Rademakers A. Rakai T. Rawlings F. Redi S. Ricciardi R. Rinaldesi T. Roganova A. Rogozhnikov H. Rokujo A. Romaniouk G. Rosa I. Rostovtseva T. Rovelli O. Ruchayskiy T. Ruf G. Saitta V. Samoylenko V. Samsonov A. Sanz Ull A. Saputi O. Sato W. Schmidt-Parzefall N. Serra S. Sgobba M. Shaposhnikov P. Shatalov A. Shaykhiev L. Shchutska V. Shevchenko H. Shibuya Y. Shitov S. Silverstein S. Simone M. Skorokhvatov S. Smirnov E. Solodko V. Sosnovtsev R. Spighi M. Spinetti N. Starkov B. Storaci C. Strabel P. Strolin S. Takahashi P. Teterin V. Tioukov D. Tommasini D. Treille R. Tsenov T. Tshchedrina A. Ustyuzhanin F. Vannucci V. Venturi M. Villa Heinz Vincke Helmut Vincke M. Vladymyrov S. Xella M. Yalvac N. Yershov D. Yilmaz A. U. Yilmazer G. Vankova-Kirilova Y. Zaitsev A. Zoccoli

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classification ⚛️ physics.ins-det hep-ex

keywords particlesfacilityhiddencernmodelsproposedacceleratoraimed

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A new general purpose fixed target facility is proposed at the CERN SPS accelerator which is aimed at exploring the domain of hidden particles and make measurements with tau neutrinos. Hidden particles are predicted by a large number of models beyond the Standard Model. The high intensity of the SPS 400~GeV beam allows probing a wide variety of models containing light long-lived exotic particles with masses below ${\cal O}$(10)~GeV/c$^2$, including very weakly interacting low-energy SUSY states. The experimental programme of the proposed facility is capable of being extended in the future, e.g. to include direct searches for Dark Matter and Lepton Flavour Violation.

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