ESRF Prepares New User Access Modes

Q3 Physics and Astronomy
J. McCarthy, H. Reichert
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引用次数: 1

Abstract

In August 2020, the ESRF—the European Synchrotron, in Grenoble, France—launched its new Extremely Brilliant Source (EBS), a first-of-a-kind, fourth-generation synchrotron, delivering high-energy X-ray beams with unprecedented brightness and coherence, and providing researchers with new opportunities in imaging condensed and living matter down to the nanometric scale. With high demand from the research community for this advanced new instrument offering faster, shorter, higher-quality experiments, the ESRF is pioneering an innovative new way to access its cutting-edge beamlines, grouping experiments along strategic themes to increase scientific impact on societal challenges such as health, energy, new materials and cultural heritage, and enabling more scientists to benefit from the unique capabilities offered by the new source. With support from the European Commission H2020-funded STREAMLINE grant, the ESRF is preparing the implementation of innovative new user access modes based on “community access,” grouping together researchers using similar analytical techniques or working on strategic scientific topics addressing significant societal challenges, such as energy and health. Instead of submitting individual proposals per project, the group submits a single combined proposal for a regular allocation of beam time over two or three years, with members sharing the experiment time granted in a flexible way. Pilot projects for new access modes were launched in 2021, and include block allocation groups, or BAGs, with a science-driven BAG for structural studies of historical and cultural materials as well as a technique-driven BAG for the physics of materials under rapid and extreme loading. The third pilot project entails the creation of a research “hub,” of which a battery hub for research on electrical energy storage devices is the first example. The pilot projects are test beds for the development of models for the governance, criteria for selection, and tools for reporting on these new types of community access proposals.
ESRF准备新的用户接入方式
2020年8月,位于法国格勒诺布尔的欧洲同步加速器ESRF推出了其新的极亮源(EBS),这是一种第一代、第四代同步加速器,提供了前所未有的亮度和相干性的高能X射线束,并为研究人员在纳米尺度下成像凝聚态和活体物质提供了新的机会。随着研究界对这种提供更快、更短、更高质量实验的先进新仪器的高需求,ESRF正在开创一种创新的新方法来访问其尖端光束线,将实验按战略主题分组,以增加对健康、能源、新材料和文化遗产等社会挑战的科学影响,并使更多的科学家能够从新来源提供的独特能力中受益。在欧盟委员会H2020资助的STREAMLINE赠款的支持下,ESRF正在准备实施基于“社区访问”的创新新用户访问模式,将使用类似分析技术的研究人员聚集在一起,或致力于解决重大社会挑战(如能源和健康)的战略科学主题。该小组没有为每个项目提交单独的提案,而是提交一个单一的组合提案,在两三年内定期分配波束时间,成员们以灵活的方式共享实验时间。新访问模式的试点项目于2021年启动,包括区块分配小组(BAG),其中包括一个用于历史和文化材料结构研究的科学驱动的BAG,以及一个用于快速和极端负载下材料物理的技术驱动的BAG。第三个试点项目需要创建一个研究“中心”,其中用于研究电能存储设备的电池中心是第一个例子。试点项目是开发治理模式、选择标准和报告这些新型社区准入提案工具的试验台。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
Synchrotron Radiation News
Synchrotron Radiation News Physics and Astronomy-Nuclear and High Energy Physics
CiteScore
1.30
自引率
0.00%
发文量
46
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