全链条科技创新周期初探 ⸺以中国科学院物理研究所碳化硅研究为例.

The whole-chain science and technology innovation involve scientific research institutions, enterprises, governments, and even the whole society. The goal is to produce independent innovations in key and core technologies and to establish systems for technological standards, so as to promote industrial development. The ability and efficiency of the whole-chain science and technology innovation is an important criterion in measuring an innovative social ecology, with the innovation cycle being one of the important criteria for characterization. It shall be an important driving force for the whole-chain science and technology innovation if national research organizations can have a comprehensive layout in a specific field, covering basic research, applied basic research and even engineering. The second half of the whole-chain science and technology innovation is a process in which “innovative achievements” and “entrepreneurs” are jointly engaged in market promotions and evaluations. In order to further shorten the cycle, collaborations of certain scientists and entrepreneurs should be encouraged, the flow and coordination of various innovative resources in the market should be accelerated. [ABSTRACT FROM AUTHOR]

全链条科技创新涉及科研机构、企业、政府乃至整个社会，目标是形成自主关键核心技术，乃至形成 技术标准体系，推动产业的发展。全链条科技创新的能力及效率是衡量创新型社会生态的重要标准，创新周 期是重要的表征标准之一。国立研究机构在特定学科领域内布局较全面，涉及基础研究、应用基础研究乃至 工程化，是推动全链条科技创新的重要力量。全链条科技创新的后半段是创新成果本身与企业家一起在市场 进行推广与估值的过程。为了进一步缩短周期，需要鼓励部分科学家与企业家的合作，并加速各类创新要素 在市场上的流动与统筹。文章以国立研究机构的具体案例为视角开展研究探索，以期从整合创新资源、提高 创新效率这一角度对全链条科技创新周期有新的认识。 [ABSTRACT FROM AUTHOR]