International alliances and technology diffusion: A worldwide analysis of adoption of energy, railway and satellite technologies

Michał Bączyk, K. Frenken, M. Punt, I. Wanzenböck
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Abstract

This study analyzes the role of international alliances in the adoption of new technology at the national level. We look at the worldwide diffusion of six key infrastructure technologies during the past six decades among 161 countries: nuclear power, solar power, wind power, marine power, high-speed rail, and telecommunication satellites. Acknowledging that international relations are not solely structured by formal alliances, we further investigate the impact of neighboring states on technology diffusion, as neighbors tend to maintain strong economic and cultural ties. We further look at simple imitation effects between states with similar political systems. With our focus on international alliances as drivers of international technology diffusion, our study complements economic studies on technology diffusion. For most of the technologies, we find evidence for spillovers between allied states as well as between neighboring states, while no such evidence was found for institutionally similar states. These results confirm the important role that international alliances may play in technology diffusion.
国际联盟与技术传播:对能源、铁路和卫星技术采用情况的全球分析
本研究分析了国际联盟在国家层面采用新技术中的作用。我们考察了过去 60 年间六项关键基础设施技术在全球 161 个国家的推广情况:核能、太阳能、风能、海洋能、高速铁路和通信卫星。我们认识到,国际关系并非仅由正式联盟构成,因此我们进一步研究了邻国对技术传播的影响,因为邻国往往保持着紧密的经济和文化联系。我们还进一步研究了政治制度相似的国家之间的简单模仿效应。我们的研究侧重于国际联盟对国际技术扩散的推动作用,是对技术扩散经济学研究的补充。对于大多数技术,我们发现了盟国之间以及邻国之间存在溢出效应的证据,而对于制度相似的国家则没有发现此类证据。这些结果证实了国际联盟在技术扩散中可能发挥的重要作用。
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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