Status of the Horizon 2020 EuPRAXIA conceptual design study*

Author:

Weikum M K,Akhter T,Alesini D,Alexandrova A S,Anania M P,Andreev N E,Andriyash I A,Aschikhin A,Assmann R W,Audet T,Bacci A,Barna I F,Beaton A,Beck A,Beluze A,Bernhard A,Bielawski S,Bisesto F G,Brandi F,Brinkmann R,Bruendermann E,Büscher M,Bussmann M H,Bussolino G,Chance A,Chen M,Chiadroni E,Cianchi A,Clarke J A,Cole J,Couprie M E,Croia M,Cros B,Crump P A,Dattoli G,Del Dotto A,Delerue N,De Nicola S,Dias J M,Dorda U,Fedele R,Ferran Pousa A,Ferrario M,Filippi F,Fiore G,Fonseca R A,Galimberti M,Gallo A,Ghaith A,Giove D,Giribono A,Gizzi L A,Grüner F J,Habib A F,Haefner C,Heinemann T,Hidding B,Holzer B J,Hooker S M,Hosokai T,Huebner M,Irman A,Jafarinia F J,Jaroszynski D A,Joshi C,Kaluza M,Kando M,Karger O S,Karsch S,Khazanov E,Khikhlukha D,Knetsch A,Kocon D,Koester P,Kononenko O S,Korn G,Kostyukov I,Kruchinin K O,Labate L,Blanc C Le,Lechner C,Leemans W,Lehrach A,Li X,Libov V,Lifschitz A,Litvinenko V,Lu W,Lundh O,Maier A R,Malka V,Manahan G G,Mangles S P D,Marchetti B,Martinez de la Ossa A,Martins J L,Mason P D,Massimo F,Mathieu F,Maynard G,Mazzotta Z,Molodozhentsev A Y,Mostacci A,Mueller A - S,Murphy C D,Najmudin Z,Nghiem P A P,Nguyen F,Niknejadi P,Osterhoff J,Oumbarek Espinos D,Papadopoulos D N,Patrizi B,Petrillo V,Pocsai M A,Poder K,Pompili R,Pribyl L,Pugacheva D,Rajeev P P,Romeo S,Rossetti Conti M,Rossi A R,Rossmanith R,Roussel E,Sahai A A,Sarri G,Schaper L,Scherkl P,Schramm U,Schroeder C B,Scifo J,Serafini L,Sheng Z M,Siders C,Silva L O,Silva T,Simon C,Sinha U,Specka A,Streeter M J V,Svystun E N,Symes D,Szwaj C,Tauscher G E,Terzani D,Thompson N,Toci G,Tomassini P,Torres R,Ullmann D,Vaccarezza C,Vannini M,Vieira J M,Villa F,Wahlstrom C - G,Walczak R,Walker P A,Wang K,Welsch C P,Wiggins S M,Wolfenden J,Xia G,Yabashi M,Zhu J,Zigler A

Abstract

Abstract The Horizon 2020 project EuPRAXIA (European Plasma Research Accelerator with eXcellence In Applications) is producing a conceptual design report for a highly compact and cost-effective European facility with multi-GeV electron beams accelerated using plasmas. EuPRAXIA will be set up as a distributed Open Innovation platform with two construction sites, one with a focus on beam-driven plasma acceleration (PWFA) and another site with a focus on laser-driven plasma acceleration (LWFA). User areas at both sites will provide access to free-electron laser pilot experiments, positron generation and acceleration, compact radiation sources, and test beams for high-energy physics detector development. Support centres in four different countries will complement the pan-European implementation of this infrastructure.

Publisher

IOP Publishing

Subject

General Physics and Astronomy

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