The Battle for the World's Brightest Minds

Four days ago, in the postscript to a post on China's ambition to build a new global scientific order, I wrote: "Beijing may well engineer scientific supremacy. But the kind of genius that produces Nobel Prize-winning breakthroughs unruly, contrarian, and often indifferent to national priorities may prove far harder to engineer." It appears that Beijing understands this challenge perfectly well. If Nobel-winning genius cannot easily be engineered, the next best strategy is to recruit it. Omar Yaghi, who shared the 2025 Nobel Prize in Chemistry for the development of metal-organic frameworks, has left the University of California, Berkeley, to join Tsinghua University in Beijing, where he will lead a new institute using artificial intelligence to accelerate the discovery of advanced materials. https://www.nature.com/articles/d41586-026-02143-x

The significance of this move is difficult to overstate. This is not a mid-career researcher seeking a better salary, nor a retired academic accepting an honorary appointment. It is a newly crowned Nobel laureate, at the height of his scientific influence, choosing Beijing over Berkeley in one of the most strategically important scientific fields of the coming industrial revolution. Nor is Yaghi an isolated case. The South China Morning Post has recently documented a growing list of scientists leaving leading institutions in the United States and Britain for China during 2026 alone, including senior academics, computer vision specialists, and semiconductor experts. https://www.scmp.com/news/china/science/article/3359883/10-scientists-and-experts-who-have-left-us-and-uk-china-so-far-2026

Many cite shrinking research budgets and diminishing opportunities to pursue ambitious, long-term research in the West. In an era defined by the battle for the world's brightest minds, such conditions amount to unilateral disarmament. They are the logical outcome of a persistent tendency to undervalue scientific talent, a theme I explored in February, responding to a Nature article by Harvard-affiliated authors who argued that exceptionally high salaries for elite researchers are detrimental to science. My conclusion was the opposite: underpaying outstanding scientists poses a far greater threat to scientific progress, particularly at a moment when exceptional talent has become one of the world's most valuable strategic resources. https://19-pacheco-torgal-19.blogspot.com/2026/02/in-defense-of-high-salaries-paying-for.html

None of this should surprise regular readers of my blog. In May 2025 more than a year before Yaghi's move I highlighted The Economist's reporting on China's systematic campaign to recruit leading Western scientists. I also recalled that a Chinese university had already recruited a Nobel Prize-winning French physicist and noted the revelation by the 2021 Nobel laureate Ardem Patapoutian that China had offered him a 20-year research endowment. Twenty years of guaranteed funding is a planning horizon that Western funding agencies, constrained by short grant cycles and an ever-expanding evaluation bureaucracy, are scarcely capable of imagining. What Patapoutian declined, Yaghi has now accepted. The recruitment strategy that was already visible in 2025 has secured one of the world's most influential chemists. https://pachecotorgal.com/2025/05/25/science-the-persistent-disruption-metric-nobel-minds-and-chinas-long-game/

The deeper irony is that American scientific leadership was never built solely on American-born scientific talent either. According to the New York Times, roughly 40% of the Nobel Prizes awarded this century to U.S.-based scientists in physics, chemistry, and medicine have gone to researchers born abroad. America's greatest scientific advantage was its unparalleled ability to attract the world's brightest minds. Beijing is now trying to reproduce that model while Washington appears increasingly willing to undermine it. 

PS - Europe's predicament is different from America's and arguably more serious. Washington is weakening a scientific ecosystem that once attracted the world's brightest minds; Europe never succeeded in building one with comparable global pulling power. Recent bibliometric evidence suggests this is not merely a matter of perception. Rodríguez-Navarro (2026) argues that the EU is caught in a "normal research trap", producing an abundance of solid science while lagging far behind both the United States and China in the breakthrough research that underpins disruptive innovation. In this entire story, a newly crowned Nobel laureate courted, recruited, and placed at the head of a lavishly funded AI institute, Europe barely appears except as a supplier of talent: the Nobel Prize-winning physicist recruited by a Chinese university in 2024 was, after all, French. As I noted last year, when the Bruegel think tank highlighted Europe's shortcomings in frontier technologies, a continent that repeatedly educates outstanding scientists only to watch them build their greatest achievements elsewhere risks drifting into scientific irrelevance.

A U.Minho mantém a liderança e a U.Porto desilude num importante indicador estratégico de competitividade internacional

Na sequencia do post de 17 de Agosto de 2025 sobre as colaborações das 7 (sete) universidades mais competitivas de Portugal (as únicas que aparecem no Top 1000 do ranking Shanghai) para as publicações indexadas na plataforma Scopus, durante o quinquénio 2020-2024, em co-autoria com cientistas dos países mais competitivos do mundo, os EUA, a China, a Suécia, campeão europeu de inovação em 2025 (2º lugar mundial) e a Suiça, o país campeão mundial de inovação, 14 anos consecutivos, e recordista em termos do rácio prémios Nobel por milhão de habitantes, faz todo o sentido que agora analise o desempenho das referidas universidades para 2025 e 2026. Vide imagem supra. 

Os resultados evidenciam dois fenómenos distintos. Por um lado, a U.Lisboa e a U.Coimbra mantêm a liderança nas colaborações internacionais, consolidando redes científicas já muito desenvolvidas. Por outro, a UBI e a U.Aveiro destacam-se como as instituições mais dinâmicas, registando os maiores aumentos relativos. O dado mais relevante é a forte aceleração das colaborações com a China, cujo crescimento médio supera o dos restantes países. 

Combinando o nível de colaboração e a sua evolução entre os dois períodos analisados, distinguem-se três grupos de instituições. No primeiro grupo situam-se a U.Lisboa, a U.Coimbra e a U.Minho. A U.Lisboa mantém a liderança em praticamente todos os indicadores, enquanto a U.Coimbra apresenta um desempenho igualmente sólido. A U.Minho destaca-se por liderar as colaborações nacionais com investigadores chineses, um facto que merece reconhecimento em face de uma universidade daquele país ter batido um recorde mundial de mais de 10 anos da universidade de Harvard https://19-pacheco-torgal-19.blogspot.com/2026/06/o-recorde-mundial-de-mais-de-10-anos-da.html

O segundo grupo integra a UBI, que embora esteja em 7ºlugar nacional no total de colaborações lidera o crescimento das colaborações com a China, a Suécia e a Suíça, registando igualmente um forte aumento com os EUA. Pois apesar de partir de valores absolutos mais baixos, é a instituição que mais rapidamente expandiu a sua internacionalização. Destaque também para a U.Aveiro (6º lugar absoluto) que apresenta também crescimentos muito expressivos com os EUA, a China e a Suécia. Relativamente aos desempenhos menos favoráveis destaca-se pela negativa a U.Porto, pois foi a única instituição entre as sete "irmãs" onde diminuiu a percentagem de publicações com investigadores chineses. Acresce que relativamente ao total de colaborações com os quatro países analisados a UPorto aparece em 4º lugar nacional, atrás da U.Lisboa, U.Coimbra e U.Minho. 

PS - Uma análise mais fina dos resultados da UMinho, não apenas para 2025, 2026, mas para o total de colaborações, desde sempre, revela que as três áreas científicas com mais colaborações com universidades Chinesas são a Física, a Engenharia e a área dos Materiais. E quando essa análise incide nas 10 revistas científicas mais utilizadas, destacam-se desde logo as revistas da área da física a que se segue uma revista da área dos materiais de construção, cuja esmagadora maioria dos artigos, quase 90%, pertence a investigadores da minha unidade de investigação, que não por acaso tem também a liderança nacional nas colaborações com investigadores Chineses publicadas nessa revista.

Can China Engineer Scientific Genius?

 

For more than three decades, Chinese scientists were taught that success meant publishing in the world's leading Western journals. A paper in Nature or Science was the passport to promotion, generous financial rewards, and international prestige. China learned from the world's foremost scientific institutions and, in many fields, has now surpassed them. Beijing is now rewriting the rules. It is reducing the weight of publications in Western journals when evaluating researchers, placing greater emphasis on high-quality domestic journals and research aligned with national priorities. At first glance, this may seem like little more than an administrative reform. In reality, it signals a profound strategic shift: China no longer accepts a scientific order that is designed, governed, and validated by the West. https://www.ft.com/content/64a811f1-b132-4211-8a8c-2252cf964039?

From Beijing's perspective, the strategy is rational. China is already the world's pre-eminent producer of global scientific publications, and, as I noted last month, Zhejiang University has now displaced Harvard from first place in the Nature Index Research Leaders rankings, the first time in more than a decade that Harvard has not led, an unquestionably symbolic shift, and the Stanford AI Index 2026 reports that China now decisively leads the world in AI publication volume and citations and accounts for roughly 70 per cent of all AI patents granted globally. It leads in numerous areas of engineering, advanced materials, and clean-energy technologies, combining massive research investment on a scale few democracies can match with an aggressive strategy to attract world-class scientists from the West.The next logical step is to build a scientific ecosystem that no longer depends on Western institutions for legitimacy, but instead defines its own standards of excellence and international influence.

Whether the West recognises it or not, the era of a single global scientific community may be drawing to a close. Science arguably humanity's most successful international enterprise is becoming another arena of strategic competition. Supply chains, semiconductor production and artificial intelligence have already fragmented. Scientific knowledge may be next. Europe, meanwhile, remains preoccupied with bureaucratic reforms, research assessment exercises and increasingly elaborate funding rules rearranging the furniture while China redesigns the architecture of global science.The irony borders on historical tragedy. For decades, Western universities welcomed China into the global scientific community, believing that openness would bind the world's scientists ever more closely together. Instead, that openness became the foundation of China's extraordinary scientific rise. Having mastered the rules of the existing system, Beijing is now increasingly confident that it can rewrite them and perhaps build a rival scientific order on its own terms, reshaping global science.

Declaration of competing interests - According to my Scopus record, 18% of my indexed publications were co-authored with Chinese scientists. This proportion is considerably higher than that of my fellow Portuguese Scopus Highly Cited Researchers https://pachecotorgal.com/2024/12/08/estarao-os-investigadores-mais-citados-de-portugal-a-aproveitar-devidamente-a-notavel-ascensao-da-ciencia-chinesa/

PS - Yet there is a paradox at the heart of China's strategy. Scientific leadership is not measured solely by papers published, patents filed or billions invested. History's greatest transformative scientific breakthroughs have emerged from environments where ideas circulate freely, orthodoxies are challenged, and criticism is welcomed, even when politically inconvenient. If China succeeds in building a largely self-contained scientific ecosystem, it may also cut itself off from the international competition, scepticism and intellectual cross-fertilisation that have driven scientific revolutions for centuries. Beijing may well engineer scientific supremacy. But the kind of genius that produces Nobel Prize-winning breakthroughs unruly, contrarian and often indifferent to national priorities may prove far harder to engineer.