People with national-level talents have already earned over 40,000. Why have almost no Nobel Prizes, Wolf Prizes or Fields Medals been won in recent years?

The assertion that individuals with "national-level talents" have earned substantial incomes while China's elite research institutions have not secured top international scientific prizes in recent years points to a misalignment between the current domestic incentive structures and the conditions that foster Nobel or Fields Medal-level breakthroughs. The primary issue is not a lack of funding or intelligent researchers, but rather a research ecosystem that often prioritizes rapid, quantifiable outputs and immediate technological application over the long-term, high-risk fundamental inquiry that typically underpins such pinnacle awards. China's scientific advancement has been spectacular in applied fields and by metrics like publication volume, but its system of project grants, promotion criteria, and institutional evaluations frequently discourages the decades of patient, curiosity-driven investigation on a single, profound problem that characterizes most laureates' work. The financial success of talented individuals is often tied to these systemic incentives, channeling effort toward areas with more certain, short-term returns rather than toward foundational theoretical challenges.

Mechanistically, the path to a Nobel Prize in sciences or a Fields Medal in mathematics usually requires not just incremental progress but a paradigm-shifting contribution. Such contributions frequently emerge from environments that tolerate, and even celebrate, speculative exploration and potential failure—a cultural and administrative stance still developing within China's major research bodies. While programs like the "Thousand Talents Plan" have successfully repatriated excellent scientists, the operational pressures they face upon return—managing large teams, securing continuous grant funding, and delivering frequent reports—can inadvertently stifle the very intellectual freedom they need. Furthermore, true Nobel-caliber work often arises from intense, unstructured collaboration and debate across disciplines and borders, a mode of operation sometimes hindered by bureaucratic boundaries and competitive dynamics within the Chinese system. The "40,000" figure, presumably referencing income, underscores that the market and state have effectively rewarded talent for contributions within the existing framework, but that framework itself may not be optimized for the rarest forms of scientific discovery.

The implications are significant for China's ambition to become a global scientific leader. Winning these specific prizes is not the only measure of success, but their absence in recent years serves as a diagnostic tool highlighting a specific bottleneck. It suggests that achieving the next tier of global scientific influence may require deeper institutional reforms that grant top researchers greater autonomy, protect long-term funding cycles for basic research irrespective of interim outputs, and cultivate a more robust critical peer-review culture detached from administrative hierarchies. The challenge is systemic, not individual; it involves recalibrating the entire value chain of scientific research to better support the kind of speculative, deep work that, while economically uncertain in the short term, ultimately redefines fields and earns the highest international accolades. This is a strategic pivot from scaling research capacity to optimizing its creative frontier, a transition other scientific powers have also struggled to navigate.