Europe-America-Japan Accelerator Development and Exchange Programme

欧美日加速器发展交流计划

• 批准号: EP/Y000617/1
• 负责人: Philip Burrows
• 金额: $ 24.75万
• 依托单位: University of Oxford
• 依托单位国家: 英国
• 项目类别: Research Grant
• 财政年份: 2023
• 资助国家: 英国
• 起止时间: 2023 至 无数据
• 项目状态: 未结题
• 来源: https://gtr.ukri.org/projects?ref=EP%2FY000617%2F1
• 关键词: Europe; America; Japan; Accelerator; Development

EAJADE is a training and staff exchange network for accelerator R&D within elementary particle physics. The recent update of theEuropean strategy for particle physics emphasises the need for a "Higgs factory" - a lepton collider able to study the Higgs bosonin detail. Such a machine is both a precision instrument and a discovery machine for potentially groundbreaking physics. All Higgsfactory proposals require wide international collaboration for their implementation and 5-10 years of design refinements and technicaldevelopments before construction. The relevant expertise and infrastructures are globally distributed, and a wide interdisciplinary andinter-sectorial network is essential to make progress and train future experts in the field. EAJADE makes use of international staffexchanges as a vehicle to efficiently boost technical progress, exploit facilities world-wide, create unique training opportunities, and buildstrong collaborations with Japanese and American scientists, and with industry partners in Europe. Accelerator R&D and the realisationof future machines like a Higgs factory are truly global endeavours relying on expertise in a broad set of fields and a number of state-ofthe-art technologies. Future facilities also need to carefully address their CO2 footprint, study the use of renewable energy sources andof energy efficiency, and aim to become models of sustainability. These challenges require intersectoral efforts and development of bestpractices. EAJADE is expected to lead to important and innovative advances for accelerators and the related high-tech industry, withsubstantial benefits also for other disciplines where accelerators are about to become key instruments. It will also help develop a moreperformant and sustainable European knowledge-based economy, by providing top-level training to many physicists and engineers, andthrough the efforts to reduce the energy consumption of accelerator technology used in numerous facilities.

EAJADE 是基本粒子物理学领域加速器研发的培训和人员交流网络。欧洲粒子物理战略的最新更新强调了对“希格斯工厂”的需求——一台能够详细研究希格斯玻色子的轻子对撞机。这样的机器既是精密仪器，也是潜在突破性物理学的发现机器。 Higgsfactory 的所有提案都需要广泛的国际合作才能实施，并在施工前进行 5-10 年的设计改进和技术开发。相关专业知识和基础设施遍布全球，广泛的跨学科和跨部门网络对于取得进展和培养该领域的未来专家至关重要。 EAJADE 利用国际员工交流作为有效促进技术进步、利用全球设施、创造独特培训机会并与日本和美国科学家以及欧洲行业合作伙伴建立牢固合作的工具。加速器的研发和希格斯工厂等未来机器的实现是真正的全球性努力，依赖于广泛领域的专业知识和许多最先进的技术。未来的设施还需要仔细解决其二氧化碳足迹，研究可再生能源的使用和能源效率，并致力于成为可持续发展的典范。这些挑战需要跨部门的努力和最佳实践的发展。 EAJADE 预计将为加速器和相关高科技行业带来重要的创新进步，并为加速器即将成为关键工具的其他学科带来巨大的好处。它还将为许多物理学家和工程师提供顶级培训，并努力减少众多设施中使用的加速器技术的能耗，从而帮助发展更加高效和可持续的欧洲知识经济。

项目成果

Towards a muon collider

走向μ子对撞机

• DOI: 10.1140/epjc/s10052-023-11889-x
• 发表时间: 2023-03-15
• 期刊: The European Physical Journal C
• 作者: C. Accettura;D. Adams;Rohit Agarwal;C. Ahdida;C. Aimè;N. Amapane;D. Amorim;P. Andreetto;F. Anulli;Robert Appleby;A. Apresyan;A. Apyan;S. Arsenyev;P. Asadi;M. Mahmoud;A. Azatov;J. Back;L. Balconi;L. B;iera;iera;R. Barlow;N. Bartosik;E. Barzi;F. Batsch;M. Bauce;J. Berg;A. Bersani;A. Bertarelli;A. Bertolin;F. Boattini;A. Bogacz;M. Bonesini;B. Bordini;S. Bottaro;L. Bottura;A. Braghieri;M. Breschi;N. Bruhwiler;X. Buffat;L. Buonincontri;P. Burrows;G. Burt;D. Buttazzo;B. Caiffi;M. Calviani;S. Calzaferri;D. Calzolari;R. Capdevilla;C. Carli;F. Casaburo;M. Casarsa;L. Castelli;M. Catanesi;G. Cavoto;F. Celiberto;L. Celona;A. Cerri;Gianmario Cesarini;C. Cesarotti;G. Chachamis;A. Chancé;Siyu Chen;Y. Chien;M. Chiesa;A. Colaleo;F. Collamati;G. Collazuol;M. Costa;N. Craig;C. Curatolo;D. Curtin;G. Molin;M. Dam;H. Damerau;S. Dasu;J. Blas;S. Curtis;E. D. Matteis;Stefania Rosa;J. Delahaye;D. Denisov;H. Denizli;C. Densham;R. Dermisek;L. Luzio;E. D. Meco;B. Micco;K. Dienes;E. Diociaiuti;T. Dorigo;A. Dudarev;R. Edgecock;F. Errico;M. Fabbrichesi;S. Farinon;A. Ferrari;J. Somoza;F. Filthaut;D. Fiorina;E. Fol;M. Forslund;R. Franceschini;R. F. Ximenes;E. Gabrielli;M. Gallinaro;F. Garosi;L. Giambastiani;A. Gianelle;S. Gilardoni;D. Giove;C. Giraldin;A. Glioti;M. Greco;A. Greljo;Ramona Groeber;C. Grojean;A. Grudiev;Jiayin Gu;C. Han;Tao Han;J. Hauptman;B. Henning;K. Hermanek;M. Herndon;T. Holmes;S. Homiller;Guoyuan Huang;S. Jana;S. Jindariani;Y. Kahn;I. Karpov;D. Kelliher;W. Kilian;A. Kolehmainen;K. Kong;P. Koppenburg;Nils Kreher;G. Krintiras;K. Krizka;G. Krnjaic;Nilanjana Kumar;A. Lechner;L. Lee;Qiang Li;R. L. Voti;R. Lipton;Zhen Liu;S. Lomte;K. Long;J. L. Gómez;R. Losito;I. Low;Qianshu Lu;D. Lucchesi;Lianliang Ma;Yang Ma;S. Machida;F. Maltoni;M. M;urrino;urrino;B. Mansoulie;L. Mantani;C. March;S. Mariotto;S. Martin;D. Marzocca;P. Mastrapasqua;G. Mauro;A. Mazzolari;N. McGinnis;P. Meade;B. Mele;F. Meloni;M. Mentink;C. Merlassino;E. Metral;Rebecca T. Miceli;N. Milas;N. Mokhov;A. Montella;T. Mulder;R. Musenich;M. Nardecchia;F. Nardi;N. Neufeld;D. Neuffer;Y. Onel;D. Orestano;D. Paesani;S. P. Griso;M. Palmer;P. Panci;G. Panico;R. Paparella;P. Paradisi;A. Passeri;N. Pastrone;A. Pellecchia;F. Piccinini;A. Portone;K. Potamianos;M. Prioli;L. Quettier;E. Radicioni;R. Radogna;R. Rattazzi;D. Redigolo;L. Reina;E. Resseguie;J. Reuter;P. Ribani;C. Riccardi;L. Ricci;S. Ricciardi;L. Ristori;T. Robens;W. Rodejohann;C. Rogers;M. Romagnoni;K. Ronald;L. Rossi;R. Ruiz;F. Queiroz;F. Sala;P. Sala;J. Šalko;P. Salvini;E. Salvioni;J. Santiago;I. Sarra;Francisco Javier Saura Esteban;J. Schieck;D. Schulte;M. Selvaggi;C. Senatore;A. Senol;D. Sertore;L. Sestini;Varun Sharma;V. Shiltsev;Jing Shu;F. Simone;R. Simoniello;K. Skoufaris;M. Sorbi;S. Sorti;A. Stamerra;S. Stapnes;G. Stark;M. Statera;Bernd Stechauner;D. Stolarski;D. Stratakis;S. Su;W. Su;O. Sumensari;Xiaohu Sun;R. Sundrum;M. Swiatlowski;A. Sytov;Benjamin T. Kuchma;T. Tait;jian tang;Jingyu Tang;A. Tesi;P. Testoni;B. Thomas;E. Thompson;R. Torre;L. Tortora;L. Tortora;S. Trifinopoulos;I. Vai;R. Valente;R. Valente;M. Valente;A. Valenti;N. Valle;U. Rienen;R. Venditti;A. Verweij;P. Verwilligen;L. Vittorio;P. Vitulo;Liantao Wang;H. Weber;M. Woźniak;R. Wu;Yongcheng Wu;A. Wulzer;K. Xie;A. Yamamoto;Yifeng Yang;K. Yonehara;A. Zaza;Xiaoran Zhao;A. Zlobin;D. Zuliani;J. Zurita
• 通讯作者: J. Zurita

Development of the self-modulation instability of a relativistic proton bunch in plasma

等离子体中相对论质子束自调制不稳定性的发展

• DOI: http://dx.10.1063/5.0157391
• 发表时间: 2023
• 期刊: Physics of Plasmas
• 影响因子: 2.2
• 作者: Verra L