Published by ChinaMNC · Ningdou
China Signals Stronger Push on Basic Research: What Foreign Founders Should Know
A Xi Jinping article in Qiushi calls for stronger basic research in China. Here is what the policy direction covers and how foreign founders should read it.
Why This Policy Signal Matters to Foreign Founders
Foreign founders building companies in China often track industrial policy for one reason: it shapes where funding, talent and infrastructure flow. A newly published article by Xi Jinping, general secretary of the Communist Party of China Central Committee, president and chairman of the Central Military Commission, in the 18th issue of Qiushi journal on basic research is relevant in that context. The piece, titled “Speech at the Symposium on Strengthening Basic Research,” was published on September 16, according to Xinhua. It sets out the leadership’s view of basic research as the wellspring of the entire scientific system, the master key to all technical problems and a frontline of global technological competition. For founders, the practical takeaway is directional rather than transactional: expect continued emphasis on long-horizon science, research infrastructure and talent, with implications for partnerships, hiring and where research-intensive activity is encouraged.
What the Article Says About China’s Starting Point
The article states that the level of basic research is a key yardstick of a country’s scientific and technological strength, and that becoming a global science and technology power requires basic research to advance. Since the 18th Party Congress, it says, the Party Central Committee has attached high importance to basic research and has raised the country’s level notably through optimizing research layouts, increasing investment and innovating institutional mechanisms. At the same time, the article acknowledges a gap compared with leading science and technology nations. It calls for a stronger sense of urgency and for greater, more concrete efforts to strengthen basic research, improve original innovation capacity, reinforce the foundation for building a science and technology power and accelerate high-level self-reliance and self-strengthening in science and technology.
For foreign founders, this balanced framing—progress plus acknowledged gaps—suggests that policy attention will remain on capability building rather than on declaring the work complete. That typically means sustained focus on research institutions, universities and research-intensive firms.
Five Policy Directions Outlined in the Article
1. A More Systematic Research Layout
The article calls for stronger overall planning and top-level design as basic research becomes more organized in what it describes as an era of big science. It points to a strategic, forward-looking and systematic layout, guided by the “four orientations” strategy and based on the country’s urgent and long-term needs. It also emphasizes coordination: leveraging the new system of mobilizing national resources, strengthening the leading role of national laboratories, national research institutes and high-level research universities, encouraging and regulating new types of R&D institutions, and promoting enterprise-led deep integration of industry, academia and research. The aim is to connect basic research, applied development and commercialization. On disciplines, it calls for improving mechanisms for setting and adjusting disciplines, strengthening basic disciplines, coordinating applied and basic disciplines, and encouraging interdisciplinary and cross-disciplinary research.
2. Building the Talent Pipeline
Basic research ultimately depends on high-level talent, the article states. It calls for integrated progress in education, science and technology and talent, with work on training, recruitment and deployment so that the basic research workforce is sufficient in number, high in quality and sound in structure. It stresses improving the quality of homegrown training, following the patterns of talent growth and raising education quality overall to produce a steady supply of reserve talent. It also calls for better coordination between research and education, and for identifying and cultivating high-level talent on the research frontline. Young researchers receive explicit attention: the article supports young scientific and technological personnel through task-driven work and mentorship. It also calls for improving working and living conditions for basic researchers, promoting the spirit of scientists and sparking curiosity, imagination and inquiry among young people.
3. Stronger Support and Safeguards
The article urges breaking down ideological barriers and institutional fences to provide long-term, stable funding and policy support. Specific measures include gradually raising the share of funding for basic research, broadening financing channels to create a diversified investment pattern and improving the effectiveness of science fund grants. On research conditions, it calls for systematic development of major science and technology infrastructure, stronger national science data centers, world-class science and technology journals, attention to AI-enabled basic research and intelligent research platform systems. It also calls for deepening reform of the science and technology system, a classified evaluation system suited to basic research, better incentive mechanisms and reformed research management. On research ecology, it calls for an open and inclusive environment tolerant of failure, stronger research integrity and firm punishment of research corruption.
4. International Cooperation
The article calls for actively integrating into global innovation networks and improving original innovation capacity through open cooperation. It points to deeper government and non-governmental international exchanges and cooperation in basic research, joint efforts with other countries on major scientific questions such as climate change, energy and environment, and life and health, greater openness in national science and technology programs, leadership in launching and participation in international big science programs and projects, and active participation in global science and technology governance.
5. Whole-of-Society Effort
The article stresses that strengthening basic research requires joint efforts from the whole Party and society. Party committees and governments at all levels are asked to increase policy support, provide good services and ensure Party Central Committee decisions are implemented.
Practical Implications for Foreign Founders
This is a policy-direction article, not a set of new registration rules or investment incentives. Founders should treat it as context. Several themes are worth monitoring. First, enterprise-led integration of industry, academia and research is explicitly encouraged, which may matter for research collaborations with universities and institutes. Second, talent policy emphasizes training, recruitment and support for young researchers, relevant to hiring plans in research-heavy sectors. Third, funding language points to a rising share for basic research and diversified channels, though no specific figures or guarantees are given. Fourth, international cooperation is framed positively, including participation in global science programs, which is relevant to cross-border R&D structures. Fifth, AI-enabled research and intelligent platforms are named, a signal for technology-intensive ventures.
Foreign founders should continue to verify sector-specific rules, incentives and registration requirements with local authorities and professional advisers. The article does not create entitlements, and no timelines or funding amounts are specified.
This summary is based on information published by the relevant Chinese government website and is general information, not legal or tax advice.