JENAS 2022: European Astroparticle, Nuclear, and Particle Physicists Join Forces

Q4 Physics and Astronomy Nuclear Physics News Pub Date : 2022-07-03 DOI:10.1080/10619127.2022.2100656
A. Haungs, K. Jakobs, M. Lewitowicz
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Abstract

The second Joint European Committee for Future Accelerators (ECFA)–Nuclear Physics European Collaboration Committee (NuPECC)– AstroParticle Physics European Consortium (APPEC) (JENAS) seminar was held in May 2022 in the main auditorium of Consejo Superior de Investigaciones Científicas (CSIC) in Madrid (Figure 1). For three days, senior and junior members of the astroparticle, nuclear, and particle physics communities presented their overlapping challenges and strategies. For many of the more than 160 participants, it was their first on-site attendance at a conference after more than two years of the COVID-19 pandemic. The JENAS2022 event in Madrid allowed astroparticle, nuclear, and particle physics researchers to sniffle into each other’s activities. Identified overlapping challenges are transformed via joint programs or dedicated working groups into stronger opportunities to deepen our understanding of both the smallest and the largest structures in nature. The seminar started with overview talks on research highlights and strategies of the three individual research fields. Detector research and development, big data computing, and applications of artificial intelligence in analysis and detector design are only some examples of developments essential for our research. Related to the quest of unraveling new insights in fundamental physics, coverage is required from all three fields in order to address the dark matter problem, the search for physics beyond the Standard Model, and the interdisciplinary research with gravitational waves. These and other topics were tackled in overview talks and in the presentations of the JENA Expressions of Interest (EoI). The six EoI, namely: Dark Matter, Gravitational Waves for fundamental physics, Machine-Learning Optimized Design of Experiments, Nuclear Physics at the Large Hadron Collider (LHC), Storage Rings for the Search of ChargedParticle Electric Dipole Moments, and Synergies between the Electron-Ion Collider and the LHC experiments, proposed and endorsed after the first JENAS 2019 in Orsay, presented progress reports (see also http://nupecc.org/jenaa/?display=eois). The session on EoI was complemented by a dedicated poster session where the young scientists developed many aspects of the aforementioned exciting physics topics. In presentations on organizational matters related to education, outreach, open science, and transfer of knowledge, synergies are also clearly identi-
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JENAS 2022:欧洲天体粒子、核和粒子物理学家联手
第二届欧洲未来加速器联合委员会(ECFA) -核物理欧洲合作委员会(NuPECC) -天体粒子物理欧洲联盟(APPEC) (JENAS)研讨会于2022年5月在马德里高等研究委员会Científicas (CSIC)的大礼堂举行(图1)。三天以来,天体粒子,核和粒子物理社区的高级和初级成员提出了他们重叠的挑战和策略。对于160多名与会者中的许多人来说,这是他们在2019冠状病毒病大流行两年多后第一次现场出席会议。在马德里举行的JENAS2022活动使天体粒子、核物理和粒子物理研究人员能够相互观察对方的活动。已确定的重叠挑战通过联合项目或专门的工作组转化为更强的机会,以加深我们对自然界中最小和最大结构的理解。研讨会以概述三个研究领域的研究重点和策略开始。探测器的研发、大数据计算以及人工智能在分析和探测器设计中的应用只是我们研究中必不可少的发展的一些例子。与探索基础物理学的新见解有关,为了解决暗物质问题,寻找超越标准模型的物理学,以及引力波的跨学科研究,这三个领域都需要覆盖。在概述会谈和耶拿意向书(EoI)的介绍中,讨论了这些和其他主题。6个EoI,即暗物质、基础物理引力波、机器学习实验优化设计、大型强子对撞机(LHC)核物理、寻找带电粒子电偶极矩的存储环、电子-离子对撞机与LHC实验之间的协同作用,在奥赛首届JENAS 2019之后提出并获得批准,并提交了进展报告(另见http://nupecc.org/jenaa/?display=eois)。在关于EoI的会议上,还有一个专门的海报会议,年轻的科学家们就上述令人兴奋的物理主题进行了许多方面的讨论。在与教育、外联、开放科学和知识转移有关的组织问题的演讲中,协同作用也被清楚地识别出来
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来源期刊
Nuclear Physics News
Nuclear Physics News Physics and Astronomy-Nuclear and High Energy Physics
CiteScore
0.80
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0.00%
发文量
39
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