In a strategic gathering in Shanghai, President Xi Jinping underscored a fundamental pivot in China's national development strategy, declaring that basic research is the 'source' of the entire scientific system and the ultimate 'main switch' for solving critical technical bottlenecks. Speaking to an audience of top officials and leading scientists, Xi called for an unprecedented intensity in bolstering fundamental science to solidify China’s foundation as a global technology superpower. This move signals a shift from the nation's traditional prowess in applied technology toward a more difficult but essential mastery of the theoretical underpinnings that drive long-term innovation.
Xi’s remarks emphasize that the era of being a 'fast follower' is ending. As global competition for technological dominance intensifies, particularly in frontier fields, Beijing is increasingly viewing original and disruptive innovation as a matter of national security. The President argued that China must seize the opportunity presented by the current round of scientific and industrial revolution, ensuring that basic research is placed at the very top of the national agenda with sustained, long-term commitment rather than fleeting investment.
The strategy outlined involves a comprehensive overhaul of how science is managed in China, advocating for 'top-level design' that aligns national research institutions, high-level universities, and corporate giants. By promoting the integration of the 'innovation chain'—from the laboratory to the factory floor—Xi aims to break down the silos that have historically hindered the commercialization of scientific breakthroughs. The focus is not just on machines, but on the intellectual infrastructure, including the strengthening of fundamental disciplines like mathematics and physics.
A central pillar of this initiative is the 'integrated development' of education, technology, and talent. Xi highlighted the need to cultivate a new generation of scientists, urging a shift in the education system to foster curiosity and a 'scientific spirit' among the youth. This includes improving the working and living conditions for researchers and creating an environment that is 'tolerant of failure,' a necessary cultural shift for a system that has often prioritized immediate, low-risk results over high-stakes experimental exploration.
Despite the clear push for self-reliance, Xi maintained that China must remain integrated into the global innovation network. He called for deeper international cooperation on shared global challenges such as climate change, energy security, and public health. This duality—pursuing technological autonomy while participating in global governance—reflects Beijing’s complex balancing act as it seeks to lead the next generation of scientific standards without becoming entirely isolated from the Western-led research ecosystem.