A Study on Innovation Radiation Effects of Shanghai Science and Technology Innovation Center from the Perspective of Field Theory

Abstract

The way in which science and technology innovation center drives regional innovation capabilities depends on the spillover and radiation of innovation resources. Starting from the connotation of the science and technology innovation center, combined with the electric field theory in physics, the innovative radiation field with the science and technology innovation center as the field source is constructed, and the field source intensity is quantified from four aspects: innovation resources, innovation input, innovation achievements and innovation carrier. Taking the Shanghai science and technology innovation center as the research object, and using 2014 as the base year, the innovative radiation effects of the Yangtze River Delta urban agglomeration before and after construction was measured. The research shows that the radiation intensity of Shanghai has increased significantly since the establishment of the science and technology innovation center, but the overall radiation pattern has changed little and there is still a lot of room for improvement. Finally, the countermeasures for enhancing the innovative radiation effect of the Shanghai science and technology innovation center are proposed.