Mega research infrastructure as a driver for high-quality development and innovation: Promoting scientific cooperation and interdisciplinarity

Ying Xing , Yuejia Wu , xiao Xiao , Daojuan Wang , Ling-ling Zhang
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Abstract

Mega research infrastructures, as megaprojects, play a crucial role in promoting high-quality development, particularly in relation to innovation. They contribute to the development of disciplinary layouts and scientific collaborations. Additionally, during the operational phase of a infrastructure, maximizing efficiency and ensuring sustainable development become key aspects of project management. The operation of mega research infrastructures involves increasing levels of interdisciplinarity, interagency collaboration, and cross-regional cooperation. Therefore, it is essential to further clarify the characteristics of scientific collaboration within these facilities and understand the current status and evolving trends of disciplinary and collaborative networks. This work serves as a fundamental and necessary endeavor. In this study, we employ social network analysis methods to investigate the Shanghai Synchrotron Radiation Facility as a case study. We analyze the network structure and evolution of its collaborative and disciplinary networks from 2009 to 2022. The findings reveal the enormous potential and value of mega research infrastructures in promoting scientific research cooperation and development. They emphasize the need for increased attention and support for instrument scientists by facility managers, as well as the importance of expanding collaboration areas and formats to enrich the range of disciplines involved. The contribution of this study lies in its systematic analysis of the evolutionary process of collaborative and disciplinary networks within mega research infrastructures. It reveals the scientific value of these facilities in driving scientific research cooperation and interdisciplinary integration, providing a scientific basis for project management and policy formulation in the operational phase of mega research infrastructures. The research will align the strategic development direction of mega research infrastructures with the requirements of high-quality development and deepen the foundational role of mega research infrastructures in supporting high-quality development.
大型研究基础设施作为高质量发展和创新的驱动力:促进科学合作和跨学科
大型研究基础设施作为大型项目,在促进高质量发展,特别是在创新方面发挥着至关重要的作用。它们有助于学科布局和科学合作的发展。此外,在基础设施的运营阶段,最大限度地提高效率和确保可持续发展成为项目管理的关键方面。大型研究基础设施的运作涉及跨学科、跨机构合作和跨区域合作的水平不断提高。因此,有必要进一步明确这些设施内科学合作的特点,了解学科和合作网络的现状和发展趋势。这项工作是一项基础性和必要的努力。本文采用社会网络分析方法,以上海同步辐射设施为研究对象。我们分析了2009年至2022年合作和学科网络的网络结构及其演变。研究结果揭示了大型研究基础设施在促进科研合作与发展方面的巨大潜力和价值。他们强调设施管理者需要增加对仪器科学家的关注和支持,以及扩大合作领域和形式以丰富所涉及学科范围的重要性。本研究的贡献在于它系统地分析了大型研究基础设施中协作和学科网络的演变过程。揭示了大型科研设施在推动科研合作和跨学科融合方面的科学价值,为大型科研设施运行阶段的项目管理和政策制定提供科学依据。研究将把大型科研基础设施的战略发展方向与高质量发展要求对接起来,深化大型科研基础设施支撑高质量发展的基础作用。
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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6.70
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