NATURE INDEX

The top 10 global institutions for 2018

These institutions were the largest contributors to papers published in the past year in the 82 leading journals tracked by the Nature Index across all sectors.

A CAS researcher atop the Yardang landform of Jili Lake in the Xinjiang region of northwestern China.Credit: Han Fang/Xinjiang Institute of Ecology and Geography/Chinese Academy of Sciences

The Chinese Academy of Sciences has maintained its stronghold as the top contributor of articles tracked by the Index in 2018. As China’s national research body — and the world’s largest research organization — it also recorded the largest growth in publications among the leading 10 institutions.

China’s Peking University has risen up the ranks, making its debut among the leading global institutions in the Nature Index. It jumped two places in a year, knocking the University of California, Berkeley, out of the top 10. See the 2019 Annual Tables Top 100 global institutions for 2018.

1. Chinese Academy of Sciences

Fractional count*: 1,678.64 (7.5%), Article count: 4,768

With an astonishing FC of 1,678.64, the Chinese Academy of Sciences (CAS) is the world’s highest-ranked research institute by measure of high-quality research output, as tracked by the Nature Index. In 2018, it employed some 60,000 researchers, nearly twice the size of the French National Centre for Scientific Research (CNRS), which employed 33,000 researchers last year.

According to its annual fiscal report, CAS spent 32.23 billion yuan (US$4.6 billion) in science and technology in 2018. It hosts a number of large research facilities, many of them the world’s biggest, such as the 500-metre Aperture Spherical Telescope (FAST) in Guizhou province.

In the Nature Index 2019 Annual Tables, CAS also topped the categories of physical sciences, chemistry, Earth and environmental sciences, and government institutions.

2. Harvard University

Fractional count: 845.54 (−8.6%), Article count: 2,290

Ranked second overall in the Nature Index Annual Tables 2019 and number 1 in the academic institutions, life sciences, and Nature and Science categories, Harvard University has a formidable track record for high-quality research output. It’s also ranked 7th in physics.

One of the oldest universities in the United States, Harvard has produced many high-profile alumni, including 48 Nobel laureates, 32 heads of state and 48 Pulitzer Prize winners. Its annual funding for research is US$887 million (2018–19) and its full-time faculty members number 2,280.

The university owes two-thirds of its research output to contributions made in the life sciences, partly attributable to the Harvard Medical School, which counts 15 Nobel prize winners among its current staff and alumni.

“We have very strong professional schools and high-quality programmes here, arguably among the best in the country and in the world,” says vice-provost for research, Richard McCullough. “There is an attraction for some of the best and brightest students and faculty.”

3. Max Planck Society

Fractional count: 743.33 (−2.3%), Article count: 2,368

Headquartered in Munich, the Max Planck Society has 84 institutes and more than 23,000 staff, with scientists accounting for 33% of employees. For two consecutive years, the Max Planck Society has maintained its position as the third-biggest producer of high-quality research in the Nature Index. The physical sciences and life sciences account for two-thirds of the 100-year-old institution’s output in journals tracked by the Nature Index.

In 2017, the Max Planck Society’s annual budget reached US$1.9 billion, most of which was contributed by the federal government. In addition to basic research, it takes credit for more than 4,000 inventions and 120 company spin-offs, including ProteoPlex, which develops protein-analysis techniques.

Last year, a Max Planck Society researcher was joint lead author on a paper revealing evidence that the world’s oldest cave paintings were created by Neanderthals, not humans. The Science paper was mentioned by more than 200 news outlets and in more than 1,000 tweets.

4. National Centre for Scientific Research

Fractional count: 678.94 (−8.1%), Article count: 3,992

Led by computer scientist, Antoine Petit, the French National Centre for Scientific Research (CNRS) has recently been tasked with coordinating research to assist in the reconstruction of the Notre-Dame cathedral in Paris. That includes modelling, framework and materials assessment, and anthropological studies into how the local population experienced the recent fire and its fallout.

With more than 15,000 researchers, 14,000 engineers and around 4,000 technicians, the CNRS is the only French organization for multidisciplinary research.

Focusing on basic research, the CNRS aims to extend knowledge of natural and social phenomena across a broad spectrum, from cell biology and cognitive science to Roman law and gender stereotypes. It also ranks in the 2019 Nature Index top 10 lists for chemistry, physics, Earth and environmental sciences, and government institutions.

5. Stanford University

Fractional count: 604.05 (−3.7%), Article count: 1,460

Established in 1885 by railroad magnate and former California governor, Leland Stanford, and his wife, Jane, and later bolstered by future US president, Herbert Hoover, Stanford University would go on to become one of the world’s most prestigious — and among the top research institutes overall in high-quality research output as tracked by the Nature Index.

The 33.1-km2 campus located on the San Francisco Peninsula is now one of the largest in the United States, where 2,240 faculty members and more than 16,000 students populate its 18 independent labs, centres and institutes. Touted as a US$6.5-billion enterprise, Stanford is known for its close ties to Silicon Valley. It ranks as Nature Index’s fifth overall research institution and second academic institution for 2018, and is among the top 10 of the chemistry, physical sciences, life sciences, and Nature and Science categories.

6. Massachusetts Institute of Technology

Fractional count: 552.57 (2%), Article count: 1,659

Founded in 1861 as industrialization in the United States took hold, the Massachusetts Institute of Technology (MIT) now stands as one of the most prestigious higher-education institutions in the world, boasting 90 Nobel laureates, 15 Turing Award winners, and 41 astronauts among its alumni, faculty members and researchers.

Its emphasis on interdisciplinary collaboration, applied science, and close ties with industry encourages a strong entrepreneurial culture. A recent MIT report estimated that 30,000 companies founded by its alumni were active as of 2014, employing 4.6 million people and producing annual revenues of $1.9 trillion — equivalent to the world’s tenth-largest economy.

It ranks as the number three academic institution and number six institution overall in Nature Index’s 2019 annual tables.

“MIT aims to hire gifted and driven faculty and attract the best students, postdocs and research staff,” says vice-president for research, Maria Zuber. “Then, we aim to give each faculty member the freedom to set their research agenda and pursue their passions.”

7. Helmholtz Association of German Research Centres

Fractional count: 470.72 (−8.3%), Article count: 1,995

With more than 40,000 employees and an annual budget of €4.7 billion, the Helmholtz Association of German Research Centres has become the largest scientific organization in Germany since its founding in 1995. It is also a powerhouse in the Nature Index, with the physical sciences accounting for more than one-third of its research output.

In addition to producing high-quality science within its 19 research centres, Helmholtz has formed strong global ties, with international partnerships accounting for around 70% of its collaborations. The institution has attracted roughly 10,000 visiting scientists and international staff from more than 30 countries.

Sören Wiesenfeldt, head of department research, says the institution’s large-scale facilities and infrastructure, from research vessels to particle accelerators, has created an environment where researchers can “shape, preserve and improve the long-term foundations of human life”.

8. The University of Cambridge

Fractional count: 431.75 (1.2%), Article count: 1,258

With more than 800 years of history, the University of Cambridge is one of the world’s oldest higher-education institutions, and one of the most prestigious. It appears in Nature Index’s top 10 tables for academic institutions and life sciences for 2018, and ranks eighth overall.

Since its founding in 1209, more than 100 Cambridge affiliates have received a Nobel prize. It also claims a role in the creation of some 1,500 tech companies, 14 of which have been valued at more than US$1 billion and two at US$10 billion-plus. It has the largest physics department in the United Kingdom and is the birthplace of such pioneering work as identification of the structure of DNA and the splitting of the atom.

More recently, its most highly cited researchers include Chris Dobson, author or co-author of nearly 700 papers and review articles, including more than 30 in Nature and Science, which have been cited more than 50,000 times, and Clare Grey, who uses nuclear magnetic resonance to study lithium ion batteries.

9. The University of Tokyo

Fractional count: 426.71 (−11.2%), Article count: 1,085

The University of Tokyo is the oldest and largest of Japan’s national universities, and has produced many notable alumni, including 15 prime ministers, 10 Nobel laureates and 5 astronauts. Since its foundation in 1877, it has evolved into one of the world’s most prestigious universities, ranking ninth in the Nature Index’s overall top 10 research institutions for 2018.

The University of Tokyo encompasses three core campuses in Hongo, Komaba and Kashiwa, and accesses ¥258,819 million (US$2.3 billion) in funding. It garnered 358,373 paper citations between 2013 and 2017, and also ranks in Nature Index’s top 10 for academic institutions and physics for 2018.

In recent years, the university has placed increasing emphasis on opening its doors to the outside world through international collaborations. Its researcher exchange programme involves more than 15,000 academics, the majority of which are from the United States, but close ties are also maintained with China, South Korea and other countries in Asia.

10. Peking University

Fractional count: 403.74 (0.4%), Article count: 1,396

Peking University was China’s first public comprehensive university, set up in 1898. Since then, it’s been considered one of the country’s two best universities, alongside Tsinghua University. Located in the Haidian district of Beijing, it stands near to the Yuanmingyuan Garden and the Summer Palace, a UNESCO World Heritage Site.

In 2018, it ranked in the chemistry, physics, Earth and environmental sciences, and life sciences categories 5th, 11th, 11th, and 40th, respectively. Its budgets are much more limited than Tsinghua’s: in 2018 and 2019, its overall budget was 12.55 billion yuan (US$1.82 billion) and 19 billion yuan.

Recent widely discussed papers by Peking University researchers include an analysis of projected decreases in global beer supply owing to extreme drought and heat (Nature Plants, 2018), and the discovery that the Milky Way is far more warped than previously thought (Nature Astronomy 2019).

Index metrics

*Fractional Count is assigned to institutions based on the contributions of their affiliated authors to articles in the 82 journals tracked by the Nature Index database, with all authors on each article considered to have contributed equally, and a maximum combined FC for any article of 1.0.

The bracketed figure shows the percentage change in the institution’s Fractional Count in the subject in 2018.

An institution is given an article count of 1 for each article that has at least one author from that institution in one of the 82 journals that make up the Nature Index.

doi: 10.1038/d41586-019-01922-z

Pre-2018 rankings may have changed owing to adjustment for a small annual variation in the total number of articles published in the journals.

This article is part of Nature Index 2019 Annual Tables, an editorially independent supplement. Advertisers have no influence over the content.

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