NYU Holds 0.4% Share of World's Most-Cited Researchers, Joining Top 70 Global Institutions

Every year since 2001, the analytics company Clarivate has identified researchers whose published work over the prior decade ranks among the most frequently cited by other scientists worldwide - a designation that serves as one proxy for whose work the broader scientific community finds most useful. Approximately 1 in every 1,000 active investigators globally receives the designation in any given year.

A new Clarivate analysis extends this annual snapshot into a five-year view, identifying the 70 institutions that consistently hosted a significant share of these highly cited researchers between 2021 and 2025. New York University is among them.

What the Numbers Represent

The Clarivate analysis looked for institutions that averaged a 0.3% share or more of the global highly cited researcher population across the five-year period. NYU landed at 0.4%, placing it in a group that includes the University of Chicago, the University of Michigan, and Duke University at the same share level.

Collectively, these 70 institutions account for just 3.3% of all institutions represented in Clarivate's highly cited researcher database, but they claim 43.3% of all highly cited researcher designations. The concentration reflects a pattern well-established in the sociology of science: research impact measured by citation tends to cluster around a relatively small number of universities and research centers where funding, talent, and infrastructure reinforce one another.

In the most recent annual list, 28 NYU researchers received the highly cited designation - up from 25 in 2024. Their fields spanned biology, engineering, mathematics, medicine, neural science, political science, and public health, reflecting a breadth of output across the natural and social sciences.

Investments Behind the Ranking

NYU has made several high-profile research infrastructure investments in the past year that the university positions as part of a deliberate effort to strengthen its science and technology output. A new supercomputer, described as the most powerful in New York State, came online to expand computational capacity for data-intensive research. The Courant Institute was reorganized as a School of Mathematics, Computing, and Data Science. A Quantum Institute was established to pursue quantum information science applications. The Institute for Engineering Health was launched to integrate engineering with medicine and biological sciences. The Center for Robotics and Embodied Intelligence was created to develop autonomous systems capable of operating in complex real-world environments.

These investments reflect a broader pattern in research university strategy: as scientific problems increasingly require computational power, interdisciplinary collaboration, and specialized instrumentation, universities compete for talent in part by building the infrastructure that makes ambitious research feasible.

The Limits of Citation Metrics

Citation-based rankings capture something genuine about research influence - work that many other scientists cite is, by definition, work that other scientists find worth engaging with. But citation counts also reflect disciplinary conventions that vary widely. Some fields cite densely; others cite sparingly. Research in areas with large active investigator communities accumulates citations faster than equally important work in smaller fields. Reviews and methods papers often accumulate high citation counts relative to original discovery papers. The highly cited researcher designation attempts to account for some of these factors by normalizing within fields, but no metric fully captures the quality or importance of scientific contributions.

The Clarivate analysis identifies where research impact is concentrated, but concentration is itself not a straightforward virtue - some of the most consequential scientific insights have come from researchers working outside the most-cited institutions. The ranking provides one useful data point about institutional research performance rather than a comprehensive assessment of scientific value.