更好发挥应用场景促进新质生产力发展的作用

Core Viewpoint - The article emphasizes the importance of application scenarios in driving technological innovation and industrial development, highlighting their role as a bridge between technology and market needs [1][2][3]. Group 1: Importance of Application Scenarios - Application scenarios are crucial resources and policy tools that facilitate technological innovation, industrial growth, and economic development [1][2]. - The government traditionally focused on supply-side policies but is now increasingly recognizing the significance of demand-side support for application scenarios, especially in emerging industries [2][3]. - Application scenarios serve as a key link in the transition from technological breakthroughs to industrial applications, enabling new technologies to be tested and optimized in real-world settings [3][4]. Group 2: Economic Value and Market Dynamics - The economic value of new technologies must be validated within application scenarios, as real user feedback is essential for product improvement and market success [4][5]. - The construction of a commercial ecosystem for new technologies relies on the support of application scenarios, which help in scaling production and integrating supply chain resources [5][6]. Group 3: Advantages of China's Application Scenarios - China possesses a rich and large-scale advantage in application scenarios due to its vast population, economic scale, and unified market, which creates significant demand for new technologies [5][6]. - The government plays a pivotal role in developing major application scenarios, particularly in sectors critical to economic and national security [6][7]. Group 4: Policy Recommendations - Effective market mechanisms combined with proactive government policies are essential for nurturing and expanding new productive forces through application scenarios [7][8]. - Government support for application scenarios should be dynamically adjusted based on the maturity of emerging industries, transitioning from high-intensity support in early stages to broader, lower-intensity support as industries mature [8].