Technological Innovation, Resource Allocation, and Growth

L. Kogan, D. Papanikolaou, Amit Seru, Noah Stoffman
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引用次数: 1236

Abstract

We propose a new measure of the economic importance of each innovation. Our measure uses newly collected data on patents issued to US firms in the 1926 to 2010 period, combined with the stock market response to news about patents. Our patent- level estimates of private economic value are positively related to the scientific value of these patents, as measured by the number of citations that the patent receives in the future. Our new measure is associated with substantial growth, reallocation and creative destruction, consistent with the predictions of Schumpeterian growth models. Aggregating our measure suggests that technological innovation accounts for significant medium-run fluctuations in aggregate economic growth and TFP. Our measure contains additional information relative to citation-weighted patent counts; the relation between our measure and firm growth is considerably stronger. Importantly, the degree of creative destruction that is associated with our measure is higher than previous estimates, confirming that it is a useful proxy for the private valuation of patents.
技术创新、资源配置与增长
我们提出了一种衡量每项创新的经济重要性的新方法。我们的衡量方法使用了新收集的1926年至2010年期间美国公司获得的专利数据,并结合了股市对专利新闻的反应。我们对私人经济价值的专利水平估计与这些专利的科学价值呈正相关,这是通过专利在未来获得的引用次数来衡量的。我们的新指标与大幅增长、再分配和创造性破坏有关,与熊彼特增长模型的预测一致。综合我们的测量表明,技术创新对总经济增长和全要素生产率的中期波动有重要影响。我们的测量包含与引用加权专利计数相关的附加信息;我们的措施与企业增长之间的关系要强得多。重要的是,与我们的测量相关联的创造性破坏程度高于之前的估计,证实了它是专利私人估值的有用代理。
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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