Research on the mechanisms and pathways of key technological systems supporting the development of new quality productivity:A case study of integrated circuits
Research on the mechanisms and pathways of key technological systems supporting the development of new quality productivity:A case study of integrated circuits
The development of new quality productivity is an inherent requirement for promoting high-quality economic development,and key technological systems play a crucial role in empowering new quality productivity,yet existing literature lacks sufficient research on their micro-level mechanisms.Starting from the technological attributes of key technological systems,this paper clarified their stand-ards and characteristics and revealed the black box of these systems to empower new quality productivity.Taking integrated circuits as an example,this paper further analyzed the mechanisms and pathways through which key technological systems support new quality productivity.The study found that key technological systems possess common technological attributes,quasi-public goods attributes,and key intermediate commodities attributes,and supports the development of new quality productivity through the mechanisms of"product-industry-ecology".The pathways to advance the new productivity of the integrated circuit technology system include promoting the rapid development of related products through a multiplier amplification effect,leading the development of related industries,and enabling stakeholders related to technological innovation to achieve value co-creation.The research has explored the cultivation and de-velopment pathways of new quality productivity from a micro perspective of the key technological systems,and will provide specific in-sights and implementation guidance for policymakers and economic practitioners,aiming to advance high-quality economic development and achieve synchronous progress in economic growth and the innovation system.
关键词
关键技术体系/新质生产力/集成电路/机制与路径
Key words
key technological system/new quality productivity/integrated circuit/mechanism and pathway
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