Capacity-Building for Big Science in the Global South: Lessons Learned from the Square Kilometer Array

Anna-Lena Rüland
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Abstract

Hosting a big science project, a research facility that is anchored around large and complex instruments in the billion-dollar class, presents both an opportunity and a challenge for countries from the Global South. On the one hand, big science projects may foster a host country’s local and national capacities in science and technology (S&T). On the other hand, contenders need solid S&T capacities to bid for a big science facility. In the Global South, and in particular on the African continent, few countries currently have such capacities. With the exception of South Africa, which is host to the Square Kilometer Array (SKA), a billion-euro radio astronomy facility, no African country hosts a big science project. This essay outlines how South Africa, which initially lacked human capital and infrastructure in radio astronomy, succeeded in building capacity for SKA. In addition, it draws two lessons from South Africa’s capacity-building efforts. These lessons could prove useful for countries from the Global South that are keen to strengthen their S&T capacities for big science.
全球南方大科学的能力建设:从平方公里阵列汲取的经验教训
主持一个大型科学项目,一个以数十亿美元规模的大型复杂仪器为基础的研究设施,对全球南方国家来说既是机遇也是挑战。一方面,大型科学项目可以培养东道国的地方和国家科技能力。另一方面,竞争者需要有坚实的科技能力来竞标大型科学设施。在全球南方,特别是在非洲大陆,目前很少有国家具有这种能力。除了拥有耗资10亿欧元的射电天文设施——平方公里阵列(SKA)的南非之外,没有一个非洲国家拥有大型科学项目。这篇文章概述了最初缺乏射电天文学人力资本和基础设施的南非如何成功地建设了SKA的能力。此外,它从南非的能力建设努力中吸取了两个教训。这些经验教训可能对渴望加强大科学科技能力的全球南方国家有用。
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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