Xi Jinping's Directive Signals New Era for Basic Research in Chinese Universities
Chinese President Xi Jinping's recent address at a symposium in Shanghai has set a clear mandate for higher education institutions across China. Speaking on April 30, 2026, Xi emphasized the critical role of basic research—the foundational exploration driving scientific discovery—in bolstering the nation's original innovation capacity. For universities, this translates to a heightened responsibility to lead in frontier sciences, from quantum computing to biotechnology, positioning them at the heart of China's ambition to become a global sci-tech powerhouse.
Basic research, defined as investigator-initiated studies aimed at expanding fundamental knowledge without immediate practical applications, forms the bedrock of technological breakthroughs. In China, where applied research has historically dominated, Xi's call marks a strategic pivot. High-level research-oriented universities like Tsinghua University, Peking University, and Shanghai Jiao Tong University are expected to spearhead this shift, integrating basic inquiry with talent cultivation and interdisciplinary collaboration.
The symposium, attended by top scientists and university leaders, underscored the urgency amid global competition. Xi noted that sci-tech revolutions now hinge on basic research frontiers, urging sustained commitment to yield disruptive innovations. This resonates deeply in higher education, where universities host over 70% of the nation's basic research personnel and produce the bulk of high-impact publications.
Historical Context: China's Evolution in Basic Research Investment
China's journey in basic research funding has accelerated dramatically. In 2025, expenditures reached nearly 280 billion yuan, comprising 7.08% of total research and development (R&D) spending—a historic milestone. This proportion, up from under 6% a decade ago, reflects deliberate policy shifts under Xi's leadership. The National Natural Science Foundation of China (NSFC), established in 1986, channels the majority of these funds to universities, supporting peer-reviewed projects in physics, chemistry, life sciences, and more.
Elite institutions exemplify this growth. Tsinghua University, often dubbed China's MIT, allocated over 10 billion yuan to basic research in 2025, funding quantum labs and AI foundational models. Peking University's College of Chemistry and Molecular Engineering leads in materials science, with NSFC grants enabling breakthroughs in nanomaterials. These investments have propelled China to surpass the US in total scientific publications by 2024, though Nobel Prizes in basic sciences remain elusive—a gap Xi seeks to close.
Yet, challenges persist. Universities face intense competition for NSFC grants, with success rates hovering around 20-25% for young researchers. Xi's speech addresses this by advocating diversified funding and tolerance for failure, fostering an environment where bold hypotheses thrive.
Key Directives from Xi: Universities at the Forefront
Xi outlined a multifaceted strategy directly impacting higher education:
- Top-Level Design and Layout: Clarify key areas like artificial intelligence, quantum information, and brain science, with universities optimizing disciplinary structures.
- Leading Roles: National labs and research universities to pioneer, encouraging new R&D entities within campuses.
- Industry-Academia Fusion: Enterprises to lead integration, but universities provide foundational knowledge—exemplified by Shanghai Jiao Tong University's partnerships with Huawei in 6G research.
- Talent Ecosystem: Integrate education with sci-tech, expanding basic research talent pools through PhD programs and postdoctoral fellowships.
These directives align with the 15th Five-Year Plan (2026-2030), projecting at least 7% annual R&D growth, with basic research targeted to exceed 8% share by 2030. Universities must adapt curricula, emphasizing basic disciplines alongside applied ones.
University Presidents Respond: Action Plans Take Shape
Leaders from top universities swiftly endorsed Xi's vision. Ding Kuiling, president of Shanghai Jiao Tong University—host of the symposium—pledged paradigm shifts in interdisciplinary research, targeting breakthroughs in basic sciences to meet strategic needs. The university, already a NSFC powerhouse with over 1,000 funded projects annually, plans expanded quantum and biotech labs.
Zhang Xi of Jilin University highlighted progress in new materials, vowing intensified efforts post-speech. Nanjing University's Tan Zhemin emphasized basic research as innovation frontiers, while Chinese Academy of Agricultural Sciences' Huang Sanwen linked it to agricultural revolutions—relevant for universities like China Agricultural University.
These responses signal a nationwide mobilization. Peking University announced a 15% funding hike for basic research in May 2026, prioritizing youth talent. Tsinghua followed with a 'Basic Research 2030 Initiative,' aiming for 20 Nobel-caliber projects.
Photo by Markus Winkler on Unsplash
NSFC's Pivotal Role: Fueling University Innovations
The NSFC remains the lifeline, funding 40,000+ university projects yearly. In 2026, it prioritizes strategic frontiers, with programs like 'Excellent Young Scientists Fund' nurturing future leaders. Universities receive 60% of NSFC grants, enabling feats like University of Science and Technology of China's quantum supremacy claims.
Recent data: NSFC approved 150 billion yuan in 2025, with universities capturing 90 billion. Post-speech, expectations rise for performance-based allocations, rewarding high-impact outputs. Challenges include grant hyper-competition; solutions involve Xi-endorsed peer-review enhancements and international collaborations.Explore NSFC programs
| University | NSFC Funding (2025, billion yuan) | Key Focus Areas |
|---|---|---|
| Tsinghua University | 5.2 | Quantum, AI |
| Peking University | 4.8 | Life Sciences, Materials |
| Shanghai Jiao Tong U | 4.1 | Biomed, Energy |
| Zhejiang University | 3.9 | Interdisciplinary |
Spotlight on Breakthroughs: University-Led Advances
Chinese universities are delivering. Fudan University's gene therapy restored hearing in 90% of trials, a basic research triumph. USTC's Zuchongzhi-3 quantum processor set new computation records. Tsinghua's AI foundational models rival global leaders, stemming from years of NSFC-backed math and CS basics.
Shanghai Jiao Tong's perovskite nanocrystals achieved record efficiency, promising solar revolutions. These exemplify Xi's 'original innovation'—not incremental, but paradigm-shifting. Universities now aim for more, with interdisciplinary centers bridging basics to apps.
Steps in such breakthroughs: 1) Hypothesis from basic theory; 2) NSFC funding experiments; 3) Peer validation; 4) Scale-up via industry ties. Cultural context: China's 'Two Bombs, One Satellite' spirit evolves to modern sci-tech self-reliance.
Talent Cultivation: Integrating Education and Research
Xi stressed fusing education-sci-tech-talent. Universities expand PhD stipends, with 500,000+ basic research postdocs targeted by 2030. Programs like Tsinghua's 'Xuanen Plan' recruit global talent, offering housing and failure-tolerant labs.
- Youth funds: NSFC's 100 million yuan annually for under-35s.
- Interdisciplinary majors: Peking U's brain-machine interface B.S.
- Science popularization: Campus museums inspire K-12, fulfilling Xi's youth curiosity call.
Stakeholders: Faculty gain better conditions; students access elite mentors. Implications: Addresses brain drain, with 80% returnees citing policies.
Challenges and Solutions in University Basic Research
Despite gains, hurdles loom: Fierce grant wars (15% success for key projects), talent poaching by US firms, evaluation biases favoring quantity. Xi's solutions—categorized assessments, diversified funds, global ties—target these.
Universities adapt: SJTU's 'failure fund' prototypes risky ideas. Future: AI-assisted reviews streamline NSFC, boosting efficiency 30%.
CGTN on funding highs
Photo by Yihan Wang on Unsplash
Global Cooperation: Universities Engage Internationally
Xi urged global integration. Universities host 500,000+ int'l students, partner via NSFC int'l funds. Tsinghua-NUS joint quantum lab; Peking-Harvard life sciences. Tackling climate, health—aligning with UN SDGs.
Outlook: Universities Powering China's Sci-Tech Ascendancy
By 2030, basic research share hits 10%, birthing multiple Nobels. Universities, as innovation hubs, will drive high-quality growth, offering actionable paths: Apply NSFC early, embrace interdisciplinary, foster curiosity. For global peers, China's model inspires balanced investment.
This directive not only elevates Chinese higher education but redefines global research paradigms.
