Can the West keep its scientific research edge?

Scientific leadership has long been a Western strategic advantage, driving advances in medicine and technology while attracting researchers worldwide. Yet the international balance of scientific research is changing, as China builds the infrastructure and institutions to compete with the United States and Europe across an expanding range of disciplines.

In 2024, China produced approximately 650,000 scientific papers, having overtaken the United States in 2019, according to the China Fundamental Research Report 2026, an October assessment of research across 24 countries and the European Union. Its ascent has been accompanied by growing scientific influence, with Chinese researchers contributing a rising share of the world's most highly cited studies.

“Over the past four decades, China has developed substantial capabilities across a wide range of scientific fields,” Professor Lin Zhang, editor-in-chief of the academic journal Scientometrics and a contributor to the report, told The Beiruter. 

The next question is how China’s capabilities can translate into a broader and more sustained stream of genuinely original discoveries.

China's progress coincides with mounting pressures on Western research systems, from uncertain public funding and competition for scientific talent to geopolitical restrictions on international collaboration. As scientific capabilities become more widely distributed, the ability to attract researchers and sustain investment could determine which countries lead the next generation of scientific breakthroughs.

China's scientific ascent

China's scientific expansion can be traced to decades of investment in higher education, research infrastructure, and the development of its scientific workforce.

According to the Nature Index 2026, which tracks research contributions across 178 selected scientific journals, China's contribution grew by 22.4% in 2025, compared with 4.2% for the United States, widening the gap between them.

While notable, Zhang cautioned that publication and citation figures cannot fully capture scientific originality.

China's advances, however, have not been uniform across all fields of research. It leads in engineering, materials science and chemistry, while the United States retains strengths in medicine, physics and astronomy, Zhang said.

Scientific strengths differ considerably across disciplines.” 

Despite China's rapid progress in scientific output, its investment in fundamental research remains substantially below American levels. According to the China Fundamental Research Report 2026, Chinese expenditure on basic research nearly doubled from $16.5 billion in 2018 to $31.9 billion in 2023, equivalent to approximately 23% of US spending that year. These figures concern basic research specifically, rather than total research and development expenditure, which also includes applied research and experimental development.

China's expanding scientific output, despite lower basic research spending, highlights its progress and the considerable resources still available to Western institutions.

The competition for scientific talent

China's ascent is occurring as the United States faces uncertainty over the research institutions that have historically supported its scientific leadership.

A January 2026 Nature investigation documented more than 7,800 research grants terminated or frozen during President Donald Trump's first year back in office, alongside approximately 25,000 departures from federal scientific agencies. Some funding was subsequently restored, but the disruptions raised concerns about research stability.

“Building a strong research system takes time,” Zhang explained. 

One of the most important lessons from China's development over the past four decades is the value of sustained investment and institutional continuity.

Scientific competitiveness also depends on attracting researchers from abroad, an area in which American universities have historically enjoyed a considerable advantage.

According to the US National Science Foundation's 2026 assessment, temporary visa holders received more than half of American doctorates in computer science, engineering, mathematics and statistics in 2024, underscoring the importance of international researchers.

China, meanwhile, is attracting growing numbers of scientists who previously built careers overseas.

A September 2026 Stanford study identified nearly 10,000 elite scientists returning to China between 2004 and 2022, more than half from the United States. Their return was associated not only with stronger individual research performance, but also with improvements among their Chinese collaborators.

American universities remain among the world's most attractive destinations for scientific research, but China's expanding opportunities are changing the calculations of researchers who once viewed careers in Western institutions as the natural culmination of their training. Competition now concerns not only where scientists train, but where they pursue their most important discoveries.

The geopolitics of scientific discovery

Scientific competition is also changing the international relationships through which research advances.

The OECD’s 2025 Science, Technology and Innovation Outlook documented declining scientific collaboration between the United States and China across numerous disciplines, as geopolitical tensions increasingly influence research partnerships.

“Geopolitical tensions are undoubtedly creating new uncertainties for international scientific cooperation, particularly between China and the United States,” Zhang said. 

Yet as governments place greater emphasis on national security and technological competition, maintaining these exchanges has become more difficult.

“Science benefits enormously from the circulation of knowledge, people, and ideas,” Zhang observed.

Restricting scientific exchanges and collaboration risks weakening opportunities for discovery and mutual learning.

Europe faces its own dilemma. The European Commission's October 2026 research performance report identifies persistent difficulties translating scientific excellence into technological and commercial leadership, alongside fragmented investment and research systems. In 2024, the European Union spent 2.26% of its GDP on research and development, compared with 3.44% in the United States, according to Eurostat.

The emerging competition is therefore more complicated than a straightforward contest between China and the West. Different countries retain advantages across particular disciplines, while scientific progress continues to depend on international networks that political rivalry increasingly threatens.

China has demonstrated that sustained investment can alter the global distribution of scientific capabilities. Whether Western institutions retain their advantages may depend less on preventing China's ascent than on preserving the conditions that made their own scientific achievements possible.