Innovation Snowballing and Climate Law

Zachary D. Liscow, Quentin C Karpilow
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引用次数: 6

Abstract

Findings at the frontier of economics suggest startling implications of an under-appreciated fact about technological development: innovation builds on itself, developing path dependencies in which past innovations attract similar, but more advanced, innovations. Innovation snowballs. The world economy is poised to undergo a dramatic transformation to avoid the potentially catastrophic effects of climate change. Policy to encourage this transformation should be sensitive to innovation snowballing. The conventional policy view has long been that, to address a social harm like pollution, the right response is simply to tax the behavior causing the harm, leading to a variety of responses including induced technological change. The Article shows that this view is incomplete. Rather, the most efficient response to climate change — and likely other social harms — requires a combination of taxes and a big push of government support to specifically redirect innovation toward technologies that alleviate social harm. Without a big push in cleantech innovation to change the trajectory of innovation, energy technology will tend to stay stuck in its high-pollution path. For climate policy and likely other pressing policy issues, the Article suggests a paradigm shift in the role of innovation policy: from broad to targeted. Otherwise, the transition to clean energy will be longer, more expensive, and riskier for the global climate. The Article shows how to efficiently deploy innovation policy to meet this challenge.
创新滚雪球与气候法
经济学前沿的研究结果揭示了一个被低估的技术发展事实的惊人含义:创新建立在自身基础上,形成路径依赖,过去的创新会吸引类似但更先进的创新。创新的雪球。世界经济正准备经历一场巨大的变革,以避免气候变化可能带来的灾难性影响。鼓励这种转变的政策应该对创新的滚雪球式增长保持敏感。长期以来,传统的政策观点认为,要解决污染等社会危害,正确的应对措施就是对造成危害的行为征税,从而导致包括诱导技术变革在内的各种应对措施。文章表明,这种观点是不完整的。相反,对气候变化——以及其他可能的社会危害——最有效的回应需要税收和政府大力支持的结合,以明确地将创新转向减轻社会危害的技术。如果不大力推动清洁技术创新来改变创新的轨迹,能源技术将倾向于停留在高污染的道路上。对于气候政策和其他可能的紧迫政策问题,本文建议创新政策角色的范式转变:从广泛到有针对性。否则,向清洁能源的过渡将更加漫长、昂贵,对全球气候也更加危险。本文展示了如何有效地部署创新政策来应对这一挑战。
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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