The honour carries particular weight because of what Rivera teaches and how he teaches it. He is, according to the university, the first lecturer in Hong Kong to offer university courses dedicated specifically to biological anthropology and human diversity, and he has built his teaching around a humanistic, community-centred model that treats public engagement as an essential obligation of higher education rather than an optional extra. In a discipline that often lives in laboratories and museum collections, Rivera has worked to bring the study of human variation and evolution into conversation with the city around him, arguing that publicly engaged teaching is a vital imperative for the future of Hong Kong’s universities.

At the heart of his teaching portfolio is a large Common Core course, ‘All You’ve Ever Wanted to Know About Humans’, known by its course code CCST9081, which introduces students from across the university to human variation and evolution. The course is deliberately hands-on. Rather than relying solely on lectures, Rivera uses active, inquiry-based laboratory sessions in which students handle skeletal material and learn the methods that bioarchaeologists and forensic scientists use to read the human body as a record of lived experience. Bones and teeth, in this framework, are not static specimens but documents: they carry traces of diet, disease, activity and environment that can be recovered through careful, methodical analysis.

The pedagogical logic behind those laboratories is as important as the content. Rivera has designed them to help students confront common misconceptions about human development, to foster ethical thinking about how scientific knowledge is produced and used, and to cultivate a sense of civic duty grounded in that knowledge. Students are asked to consider how anthropological science contributes to significant societal issues, a framing that pushes the discipline beyond its academic boundaries and into questions of public policy, social justice and community wellbeing. In a university system often organised around narrow specialisation, the approach asks students to see science as something embedded in society rather than separate from it.

Perhaps the most distinctive element of Rivera’s teaching is his university-level course on race and racism, which is described as the first of its kind in Hong Kong and the only one of its scope in all of Asia. The course integrates elements of critical race theory with story-sharing and anti-racist praxis, and it deliberately spans both the local and the global, the historical and the contemporary, and the scientific and the sociopolitical understandings of race. That breadth matters because race sits at an awkward intersection of disciplines: biological anthropology has a painful historical entanglement with racial classification, while modern genetics has decisively shown that human variation does not map onto folk racial categories. Teaching the topic well requires students to hold both the science and the social history in view at the same time.

Through the course, students develop what Rivera describes as critical consciousness and transformative insights, capacities that allow them to engage thoughtfully with questions of race in Hong Kong and beyond. In a globalised city where questions of identity, migration and belonging are live and often contested, the course gives students analytical tools that extend well past the classroom. Alongside it, Rivera is promoting a project called ENGAGE with colleagues at HKU, which provides students with feedback and encouragement designed to build their confidence in communicating with public audiences. The project reflects a consistent theme in his work: that the ability to speak clearly and honestly about science in public is a skill that must be taught and practised, not assumed.

Underlying all of this is a philosophy of care. Drawing on care theorists and recent higher education scholarship, Rivera has embedded an ethics of care into his courses, emphasising values of respect, trust, responsiveness, empathy and community-building in university teaching. In his own words, he treats teaching as a relational practice rather than content delivery or training for work readiness. Assignments and course activities are designed to foreground emotional health, holistic development and inclusive values, so that students feel seen and supported. That framing runs counter to prevailing pressures in higher education, where metrics of throughput and employability often dominate, and it suggests why the award committee found his work worthy of recognition: it models a different account of what a university education is for.

Rivera’s scholarly background helps explain the range of his teaching. He is a biological anthropologist, writer, public speaker and interdisciplinary researcher who obtained his PhD from the University of Cambridge in 2019. His research focuses on how humans have evolved and adapted, both biologically and culturally, over the last six million years. His doctoral work involved reconstructing the diets, health profiles, physical activities and body shapes of ancient humans, and through the analysis of ancient bones and teeth he has been most interested in how active and healthy the lifestyles and diets of ancient peoples were, particularly those living in coastal environments in East and Southeast Asia and in the Baltic region of northeastern Europe. That research agenda, which connects skeletal evidence to questions of daily life and environment, translates naturally into the inquiry-based laboratory teaching for which he has been recognised.

His interests extend well beyond the skeleton. Rivera’s wider work encompasses heritage and museums, cultural identity, food studies, ethnographic documentary-making and visual anthropology, decolonial theory and praxis, the history of racism and contemporary racial justice issues, social media and digital technologies, public engagement and science communication, and archaeology and anthropology more broadly. This breadth is not incidental to his teaching; it is the reason his courses can move so fluidly between the biological and the social, the ancient and the contemporary, and the academic and the public. It also reflects a broader shift within anthropology itself, as the discipline reckons with its colonial legacies and seeks more collaborative, community-embedded ways of producing knowledge.

The 2026 UGC Teaching Award is, on one level, an individual honour for an early-career lecturer. On another level, it is a signal about the direction of teaching in Hong Kong’s publicly funded universities. The award explicitly rewards leadership and scholarly contribution to teaching and learning within and across institutions, and Rivera’s profile fits that brief: he has created courses that did not previously exist in the city, developed laboratory and discussion-based methods that make dense scientific material accessible to students from every faculty, and built projects that train students to communicate science to the wider public. As universities everywhere grapple with how to teach about human diversity, race and science in ways that are rigorous, ethical and humane, the work now recognised by the UGC offers one concrete, tested example of what that can look like in practice.

Subject of Research: Recognition of a biological anthropologist's teaching of human diversity and race at a Hong Kong university

Article Title: HKU academic receives UGC Teaching Award 2026

Article References: HKU academic receives UGC Teaching Award 2026. (n.d.). Original publication

Image Credits: AI Generated

DOI: Not provided

Keywords: UGC Teaching Award, University of Hong Kong, biological anthropology, human diversity, race and racism, critical race theory, bioarchaeology, forensic science, care ethics, science communication, higher education, public engagement

Professor Chan received the third-class award in the category of Educational Science Research for her paper, A comprehensive AI policy education framework for university teaching and learning. The study stands out for its methodological rigour: it employs a mixed-methods design that combines quantitative and qualitative research to gather data from students, faculty, and staff across a range of disciplines at Hong Kong universities. By triangulating survey data with qualitative insights, the research captures how different members of the university community experience and understand the rapid arrival of generative and other AI tools in teaching, learning, and assessment.

The core contribution of the paper is an AI ecosystem education policy framework that spans three interconnected domains: teaching, governance, and operations. Rather than treating artificial intelligence as a purely technical challenge to be managed by information technology departments, the framework positions it as an institutional ecosystem in which pedagogy, rules, and day-to-day administrative processes must evolve together. This systems-level view offers universities a structured way to think about how AI integration reshapes academic environments, and it provides stakeholders with actionable insights into both the opportunities and the risks that accompany adoption.

The timing of the research is significant. Universities worldwide are grappling with how to regulate AI use in coursework, how to prepare graduates for an AI-saturated labour market, and how to maintain academic integrity without stifling innovation. Chan’s framework speaks directly to these tensions, proposing that institutions can move forward with confidence only when innovation is paired with trust, accountability, and meaningful learning. In her response to the award, she said: “I am honoured to receive this award and grateful to MoE for recognising this research. At a time when AI brings both excitement and uncertainty, education must help shape its future. This research offers institutions a framework to move forward with confidence, ensuring that innovation goes hand in hand with trust, accountability and meaningful learning.”

Professor Ng’s award, by contrast, reaches back more than a century and a half. He received the Popular Science Publication Award in the Law category for his book, Political Censorship in British Hong Kong: Freedom of Expression and the Law (1842–1997). The work is the product of an ambitious archival effort involving the decryption and interpretation of confidential documents, including classified communications exchanged between London and Hong Kong across the colonial period. By reading these records against the published legal and political history of the territory, Ng reconstructs how censorship actually operated beneath the surface of official pronouncements.

The book’s central finding is striking and likely to provoke debate among historians and legal scholars. Ng argues that Hong Kong’s freedom of speech and judicial independence were not rooted in British legal traditions, as is often assumed, but were instead products of specific historical circumstances shaped by British policies towards China during the colonial era. In other words, the civil liberties that came to define the territory did not arrive as a straightforward transplant of Westminster-style law; they emerged contingently, as colonial authorities balanced commercial interests, geopolitical calculation, and local pressures over more than 150 years.

Ng reflected on the significance of the award for public engagement with legal history: “I am truly delighted that this legal history research, grounded in declassified records, has been embraced by the public and honoured with this award. Law and history share a core commitment to factual evidence; uncovering the past is essential for us to understand today and guide our future.” The Popular Science Publication Award category itself is notable, as it rewards research output written for a general audience rather than specialists, signalling the Ministry’s interest in scholarship that travels beyond the academy.

The Higher Education Outstanding Scientific Research Output Awards (Humanities and Social Sciences) were established by the Ministry of Education in 1995 to recognise outstanding research projects in the humanities and social sciences at tertiary institutions in the Chinese Mainland. Hong Kong’s tertiary institutions were subsequently included in the scheme, making it a genuinely cross-border accolade for the region’s universities. The awards are regarded as the most reputable and influential honour in the field of social sciences in the nation, and receiving one signifies an awardee’s remarkable contribution to advancing research and development in higher education.

The tenth round of the awards, in which Chan and Ng were honoured, illustrates the scheme’s dual character. On one side sits Chan’s forward-looking study of AI policy, a piece of educational science designed to help institutions navigate a technology that is transforming classrooms in real time. On the other sits Ng’s historical excavation of censorship and civil liberties, a work of legal history that uses declassified evidence to complicate comfortable narratives about the origins of rights. That both projects were recognised under the same programme speaks to the awards’ remit: to reward rigorous, evidence-based research across the full span of the humanities and social sciences, whether it addresses the newest technologies or the deepest archives.

For the University of Hong Kong, the double recognition highlights the institution’s research strength in education and law, two faculties whose work reaches from policy frameworks for emerging technologies to the documentary record of empire. Chan’s mixed-methods framework gives university leaders a template for building AI governance that earns the trust of students and staff, while Ng’s decrypted archives remind readers that the freedoms enjoyed today have contingent, traceable histories. Together, the two awards show how evidence, whether statistical or archival, remains the foundation on which both future policy and historical understanding are built.

Subject of Research: AI policy education and colonial censorship research recognised by the Ministry of Education

Article Title: HKU Professors receive the 10th Higher Education Outstanding Scientific Research Output Award from the Ministry of Education

Article References: HKU Professors receive the 10th Higher Education Outstanding Scientific Research Output Award from the Ministry of Education. (n.d.). Original publication

Image Credits: AI Generated

DOI: Not provided

Keywords: University of Hong Kong, Ministry of Education, Higher Education Awards, AI policy, legal history, social sciences, Professors, receive, Higher, Education, Outstanding, Scientific

One of the most notable developments in this year’s assessment was a rise in HKU’s academic reputation score, a component of the rankings that reflects how scholars around the world perceive the quality of a university’s research and teaching. Academic reputation is among the most closely watched indicators in the THE methodology because it captures something that bibliometric measures alone cannot: the informed judgment of tens of thousands of experienced academics who respond to the annual invitation to name the institutions they consider strongest in their own fields. A gain in this measure suggests that HKU’s scholarly output and intellectual influence are being recognized at an accelerating pace by peers across disciplines and continents, reinforcing the university’s standing as a serious global research power.

The Times Higher Education World University Rankings evaluate universities using a framework built around five broad pillars: teaching, research environment, research quality, international outlook, and industry engagement, sometimes described as knowledge transfer. Each pillar is constructed from a combination of institutional data, bibliometric analysis, and survey results. Teaching performance is assessed through indicators such as the doctorate-to-bachelor’s ratio, the ratio of academic staff to students, and institutional income. Research environment draws on measures of research income and productivity, while research quality relies heavily on citation analysis, including field- and year-normalized citation impact, and on indicators of research excellence and influence. International outlook considers the proportion of international students and staff as well as international collaboration, and industry engagement tracks income from commercial sources and patents. HKU’s sustained high placement indicates consistent strength across this multidimensional spectrum rather than excellence in a single narrow category.

For HKU, the 2027 result underscores what university leadership describes as sustained strength in teaching, pioneering research, and global engagement. The ability to attract world-class faculty and students is central to that performance. Elite universities operate in a fiercely competitive global market for talent, and ranking positions both reflect and reinforce that market position: high rankings make an institution more attractive to leading researchers and ambitious students, and the presence of those researchers and students in turn strengthens the research output, citation impact, and reputation scores that determine future rankings. HKU’s continued top-tier placement suggests that this virtuous cycle remains firmly in operation on the university’s campus overlooking the southern slopes of Hong Kong Island.

Professor Xiang Zhang, President and Vice-Chancellor of HKU, framed the university’s mission in forward-looking terms in response to the results. “The true value of a university lies in its capacity to shape the future,” he said. “At HKU, our focus is on pioneering new frontiers of knowledge and nurturing the visionary thinkers who will solve tomorrow’s global challenges. We will continue to advance our mission as a leading global institution, driving progress through world-class teaching and research innovation to strengthen our contributions to the betterment of Hong Kong, the nation, and the world.” The statement positions the university not merely as a custodian of accumulated knowledge but as an active engine of discovery, with an explicit commitment to serving the city, the nation, and the international community simultaneously.

Zhang’s remarks reflect a broader philosophy increasingly common among research universities: that the measure of institutional success is not the ranking itself but the downstream impact of research and education on society. In practical terms, that impact flows through several channels. Basic research conducted at universities like HKU feeds the pipeline of scientific discovery that ultimately yields new technologies, medical treatments, and materials. Graduates trained in a research-intensive environment carry analytical skills and technical expertise into industries, hospitals, schools, and public institutions. International collaboration, which the THE framework explicitly rewards, accelerates the pace of science by connecting researchers to complementary expertise, unique facilities, and diverse datasets across borders. A university that performs well across all of these dimensions multiplies its contribution far beyond its own campus.

Hong Kong’s higher education landscape makes HKU’s leading position particularly consequential. The city hosts a cluster of publicly funded universities that have risen rapidly in global standings over the past two decades, supported by substantial government investment in research and a strategic orientation toward internationalization. English-language instruction, strong ties to global academic networks, and proximity to the research and manufacturing ecosystems of the Greater Bay Area give Hong Kong institutions distinctive advantages. Within this competitive local ecosystem, the highest-ranked institution serves as an anchor: it attracts international partnerships, hosts major research facilities, and sets a benchmark that peers across the city strive to match. HKU’s 33rd-place finish in 2027 therefore resonates across the entire territory’s academic sector.

The rise in academic reputation deserves particular attention from a technical standpoint. Reputation surveys are methodologically demanding instruments, typically gathering responses from tens of thousands of published academics worldwide who are asked to identify the best institutions in their own broad field and discipline. Because respondents can only name universities they know well, reputation scores tend to favor institutions with visible, high-impact research and extensive international networks. Gains in this indicator are therefore difficult to engineer directly; they generally follow from years of sustained investment in faculty quality, research infrastructure, and scholarly visibility. That HKU’s reputation measure improved in the 2027 cycle suggests that the university’s recent scholarly output is being read, cited, and valued by an expanding community of international peers, a signal that often precedes further gains in citation-based and collaboration-based metrics in subsequent years.

The 2027 rankings arrive at a moment of rapid change in global higher education. Universities worldwide are navigating shifting patterns of international student mobility, evolving research funding priorities, the disruptive and enabling influence of artificial intelligence on both scholarship and teaching, and growing expectations that academic institutions demonstrate tangible societal and economic value. Ranking frameworks have evolved in parallel, with THE and other organizations refining their methodologies to capture research quality more precisely, to reward open science practices, and to weigh engagement with industry and community alongside traditional academic measures. Navigating this shifting landscape while maintaining a stable position among the world’s top forty institutions requires a combination of strategic clarity, financial resilience, and consistent research performance, qualities that the 2027 result indicates HKU continues to possess.

Looking ahead, the university’s leadership has signaled that the pursuit of excellence will remain inseparable from its commitment to public purpose. The combination of a stable top-tier global ranking, an improving reputation among international scholars, and continued leadership within Hong Kong provides HKU with a strong platform from which to pursue its stated ambitions in teaching and research innovation. For students weighing where to study, researchers considering where to build their careers, and partners seeking academic collaborators in Asia, the 2027 Times Higher Education World University Rankings offer a data-driven affirmation that the University of Hong Kong remains among the institutions where the frontiers of knowledge are being actively pushed outward, and where the next generation of thinkers is being prepared to confront the global challenges of the decades ahead.

Subject of Research: The University of Hong Kong's performance in the 2027 Times Higher Education World University Rankings

Article Title: HKU continues to lead in 2027 THE World University Rankings

Article References: HKU continues to lead in 2027 THE World University Rankings. (n.d.). Original publication

Image Credits: AI Generated

DOI: Not provided

Keywords: University of Hong Kong, THE World University Rankings, higher education, global university rankings, academic reputation, research quality, Professor Xiang Zhang, Hong Kong, university rankings methodology, international outlook, teaching excellence, research funding

This year’s intake is notable for the breadth of new ground it covers. The 2026 cohort introduces fellows from four countries that had never been represented in the program before: Bulgaria, New Zealand, Thailand, and Venezuela. That expansion pushes the fellowship’s cumulative footprint to its current total of 60 countries and territories, a figure that underscores how a program rooted in Hong Kong has gradually woven itself into policy, business, and civil society networks on nearly every continent. For the institute, the widening map is more than a statistic; it reflects the premise on which the fellowship was built, namely that the complex problems confronting governments and economies in the 2020s cannot be understood from any single regional vantage point.

The professional depth of the cohort is striking. On average, the 2026 fellows bring nineteen years of professional experience to Hong Kong, drawn from public policy, business, civil society, and multilateral organisations. That figure places the group firmly in the mid-career bracket that the program targets: individuals senior enough to shape decisions within their own institutions, yet early enough in their trajectories for an intensive period of cross-cultural exchange to alter how they approach those decisions. The fellowship’s model rests on the idea that policy innovation travels through people rather than documents, and that embedding experienced practitioners in a shared residential environment produces conversations and collaborations that conventional conferences rarely achieve.

Professor Heiwai Tang, Director of the Asia Global Institute, Victor and William Fung Professor in Economics, and Associate Vice-President (Global) at HKU, welcomed the incoming group and framed the program’s continuing mission. We are pleased to welcome this international group to HKU, he said. The AsiaGlobal Fellows Program continues to analyse complex global issues through Asian perspectives, facilitating the cross-cultural dialogue needed to address modern policy challenges. His comments position the fellowship within a broader intellectual project: the effort to build analytical frameworks for globalisation, trade, technology governance, and sustainable development that take Asian experience and Asian voices as central rather than peripheral to the conversation.

The individual profiles within the 2026 cohort illustrate the range of expertise the program has assembled. Among the selected fellows is Angel Eduardo Cardenas Sosa, a Venezuelan finance executive who manages a transport, energy, and digital infrastructure portfolio valued at more than twelve billion dollars for CAF, the development bank of Latin America. His presence in Hong Kong links the fellowship directly to the financing questions that dominate infrastructure policy across emerging economies, from how to fund resilient energy grids to how digital connectivity can be extended to underserved populations. Infrastructure finance has become one of the defining policy battlegrounds of the decade, and a fellow with hands-on responsibility for a multibillion-dollar portfolio brings practical weight to those discussions.

Another fellow, Priscilla Gatonye of Kenya, serves as a UNESCO-UNEVOC officer coordinating global Technical and Vocational Education and Training policy across a network of more than 250 centres. Her work sits at the intersection of education policy, labour markets, and international development, a space that has grown increasingly consequential as economies worldwide grapple with skills gaps, automation, and the transition to greener industries. Calum Handforth, a British specialist with the United Nations Development Programme, adds a technology governance dimension to the cohort; he has advised heads of state on artificial intelligence governance across nearly forty countries. As governments race to establish regulatory frameworks for AI, the presence of someone who has worked directly with national leaders on these questions gives the 2026 cohort a front-row perspective on one of the most contested policy domains of the era.

The cohort also bridges the worlds of technology entrepreneurship and international commerce. Mika Noh, a South Korean tech entrepreneur, is the founder of AI Culture Lab, an organisation pioneering the application of artificial intelligence, culture, and digital media to drive regional creative industries. Her work reflects a growing recognition that AI is not solely a regulatory or industrial challenge but also a cultural force reshaping how content is produced and consumed. Raquel Ramirez, an American vice-president of the European Union Chamber of Commerce in China, drives national policy advocacy, government relations, and market access for a network of more than 1,700 European companies. Her vantage point on the commercial and diplomatic frictions between major economies offers the group a grounded view of how trade policy is negotiated and experienced at the level of individual firms.

During their eight-week residency, the fellows will live and work in Hong Kong, immersing themselves in the city’s distinctive position as a hub where East Asian, Western, and global currents of commerce, finance, and governance converge. The program’s structure typically combines seminars, field visits, and collaborative projects, encouraging fellows to test their assumptions against the perspectives of peers from radically different professional and national contexts. The institute has confirmed that the 2026 fellows are available for media interviews, academic panels, and speaking engagements throughout their stay, a provision that opens their expertise to journalists, researchers, and the wider Hong Kong public while the cohort is in residence.

The Asia Global Institute itself occupies a specific niche in the landscape of policy research. An independent think tank based at The University of Hong Kong, it generates and disseminates innovative thinking and policy-relevant research on global issues from Asian perspectives, with the stated aim of informing global policy and actions towards a prosperous and sustainable future for all. The fellowship is among its flagship activities, and the tenth-anniversary cohort arrives at a moment when the demand for such convening power appears to be growing. Questions of AI governance, infrastructure finance, vocational education, and trade diplomacy, all represented within this single cohort, are precisely the issues on which international coordination has struggled in recent years, and programs that build durable personal networks across borders argue that they offer a corrective to that fragmentation.

As the 2026 fellows settle into their Hong Kong residence, the tenth edition of the AsiaGlobal Fellows Program stands as a case study in how a regional institution can cultivate a genuinely global community of practice. From its base at HKU, the program has grown from an initial experiment into a network of 120 alumni across 60 countries and territories, now joined by a new class whose members manage billion-dollar portfolios, coordinate United Nations policy networks, advise heads of state, and build companies at the frontier of artificial intelligence. Whether the next decade of the fellowship can match the geographic and professional expansion of its first ten years remains to be seen, but the 2026 cohort suggests that the institute’s core proposition, that global problems demand dialogue conducted from Asian perspectives, continues to attract accomplished practitioners from around the world.

Subject of Research: The 2026 AsiaGlobal Fellows Program at the University of Hong Kong and its international cohort of mid-career policy professionals

Article Title: Marking a decade of impact: HKU welcomes 2026 cohort of AsiaGlobal fellows

Article References: Marking a decade of impact: HKU welcomes 2026 cohort of AsiaGlobal fellows. (n.d.). Original publication

Image Credits: AI Generated

DOI: Not provided

Keywords: AsiaGlobal Fellows, University of Hong Kong, Asia Global Institute, policy fellowship, global governance, artificial intelligence, infrastructure finance, vocational education, international trade, Hong Kong, cross-cultural dialogue, mid-career professionals

The Asian Science Camp is modelled on the tradition of gatherings that bring exceptional young minds into direct contact with leading researchers, an approach pioneered by the Lindau Nobel Laureate Meetings and adapted for the Asian region since its inception. The underlying philosophy is simple but powerful: scientific talent flourishes when young people have the chance to ask questions directly of those who have made landmark discoveries. Rather than passive lectures delivered to an anonymous audience, the camp’s format is built around dialogue, interaction, and the kind of informal exchange that rarely occurs in conventional classrooms or even university lecture halls.

This year’s programme assembled a roster of speakers whose achievements span the breadth of contemporary science. Among the laureates present were Professor Aaron Ciechanover, who received the 2004 Nobel Prize in Chemistry for the discovery of ubiquitin-mediated protein degradation, a fundamental cellular mechanism that governs how proteins are tagged for destruction and which has profound implications for cancer research and drug development. Professor Sir Andre Geim, awarded the 2010 Nobel Prize in Physics for his groundbreaking experiments on graphene, the one-atom-thick material whose extraordinary properties have opened new frontiers in electronics and materials science, also addressed the students. They were joined by Professor Ferenc Krausz, whose contributions to attosecond physics earned him the 2023 Nobel Prize in Physics, and Professor Sir Gregory Paul Winter, whose pioneering work on phage display and antibody engineering brought him the 2018 Nobel Prize in Chemistry and transformed modern therapeutic medicine.

The speaker lineup extended beyond the Nobel roster to include other distinguished figures whose honours reflect the diversity of scientific excellence across disciplines. Professor Dennis Lo Yuk-ming, recipient of the 2022 Lasker~DeBakey Clinical Medical Research Award, is renowned for discovering cell-free fetal DNA in maternal plasma, a breakthrough that underpins modern non-invasive prenatal testing and exemplifies how fundamental research can translate directly into clinical practice. Professor Ngô Bảo Châu, awarded the Fields Medal in 2010 for his proof of the Fundamental Lemma in the theory of automorphic forms, represented the pinnacle of mathematical achievement. Professor Michael Häusser, honoured with the 2020 Feldberg Prize for his work on dendritic computation in neurons, brought depth in neuroscience, while Professor Vivian Yam Wing-wah, a recipient of the L’Oréal-UNESCO Women in Science Awards in 2011, contributed her expertise in luminescent chemistry and her advocacy for women in science.

The camp’s Opening Ceremony, officiated by Professor Xiang Zhang, President and Vice-Chancellor of HKU, drew an audience of more than 500 attendees. The gathering included senior management from the university, members of the ASC International Committee, the plenary speakers themselves, participating students, distinguished guests from various regions and sectors, and representatives from multiple consulates-general in Hong Kong SAR. The breadth of that attendance underscored the scale of international collaboration behind the event and the significance that governments, academic institutions, and diplomatic missions attached to bringing the camp to Hong Kong for the first time.

Throughout the week, students participated in a variety of learning and exchange activities spanning diverse scientific disciplines. The plenary lectures offered windows into research frontiers, from the quantum-scale dynamics captured by attosecond laser pulses to the molecular machinery of protein degradation and the two-dimensional physics of graphene. But the camp’s design went well beyond formal presentations. Discussion sessions and hands-on activities gave participants the opportunity to engage directly with the speakers, testing their own ideas, probing the reasoning behind famous discoveries, and learning how leading scientists approach unsolved problems. According to the university, these interactive formats helped participants deepen their understanding of scientific inquiry, enhance their research awareness, and build confidence in asking questions that could shape the future of science.

A particular highlight of the programme was the Poster Presentation session, which provided a vital platform for students to showcase their own ideas and the insights they had gained from the lectures. Presenting a poster at an international gathering demands a distinct set of skills: distilling a research question into a clear visual narrative, defending methodology under questioning, and communicating enthusiasm to an audience of peers and experts. For many young participants, this session represented their first experience of the collaborative, critical, and often exhilarating culture of international scientific meetings. In exchanging ideas with mentors, experts, and fellow students, the presenters demonstrated the creativity, scientific rigour, and collaborative spirit that the Asian Science Camp embodies.

The experience was not confined to lecture theatres and exhibition halls. Students also had the opportunity to explore Hong Kong and immerse themselves in the city’s rich local culture. This cultural dimension is a deliberate feature of the camp’s model, reflecting the conviction that scientific collaboration is strengthened by human connection and mutual understanding. For many of the nearly 30 delegations, the week offered a rare chance to form friendships across borders with peers who share their passion for discovery, connections that often endure long after the formal programme ends and that can seed future research collaborations across the region and beyond.

The choice of Hong Kong as host city carried its own significance. The city has long positioned itself as a gateway between mainland China and the wider world, and its universities have risen steadily in global rankings on the strength of research output in areas ranging from biomedical science to materials physics. Hosting the Asian Science Camp for the first time in the Hong Kong SAR gave the city’s academic community a chance to demonstrate its capacity for organising events of international scale, and gave local students direct access to laureates and leading researchers they might otherwise encounter only through textbooks and recorded lectures.

For the University of Hong Kong, the successful conclusion of ASC 2026 reaffirms its stated commitment to nurturing young talents and fostering connections across borders. The university framed the camp as an exemplar of its dedication to promoting academic exchange and innovation, international cooperation, and cultural understanding, while inspiring the next generation of global leaders in science. If the measure of such an event lies in what its participants carry away, the verdict from the week is encouraging: 300 young people from nearly 30 countries and regions leave Hong Kong having questioned Nobel Laureates about protein degradation, graphene, attosecond physics, and antibody engineering, having defended their own ideas before experts, and having built a network of peers spanning an entire continent. The long-term returns on that investment, in laboratories and lecture halls yet to come, may take decades to fully reveal themselves, but the camp’s organisers have made a considered bet that they will be substantial. Further details about the programme are available at asc2026.hku.hk.

Subject of Research: International science education and outreach for young talents at the Asian Science Camp 2026 hosted by the University of Hong Kong

Article Title: HKU successfully concludes the Asian Science Camp 2026

Article References: HKU successfully concludes the Asian Science Camp 2026. (n.d.). Original publication

Image Credits: AI Generated

DOI: Not provided

Keywords: Asian Science Camp 2026, University of Hong Kong, Nobel Laureates, science education, student exchange, Hong Kong SAR, international collaboration, poster presentation, young scientists, plenary lectures, cultural exchange, STEM outreach

The Global Ranking of Academic Subjects, often referred to by its abbreviation GRAS, is one of several annual exercises produced by ShanghaiRanking, the Shanghai-based organization best known for the Academic Ranking of World Universities, historically called the Shanghai Ranking. While the flagship overall ranking assesses whole institutions, the subject ranking drills down into individual disciplines, offering a granular view of where specialized strength actually resides. In the 2026 edition, the Education subject table sits within a much larger enterprise: the GRAS evaluates approximately 2,000 universities worldwide across 57 subjects, distributed among five broad fields covering the Natural Sciences, Engineering, Life Sciences, Medical Sciences, and Social Sciences. Education belongs to the Social Sciences grouping, where competition is intense because the field spans a vast and internationally active research community.

What distinguishes the GRAS from many other rankings is its stated reliance on objective indicators rather than reputation surveys. The methodology rests on nine indicators organized into five categories: World-Class Faculty, World-Class Research Output, High-Quality Research, Research Impact, and International Collaboration. In practice, these categories draw on bibliometric and institutional data, counting publications in leading international journals, measuring citations, identifying highly cited researchers, and assessing the extent to which a subject’s scholars collaborate across borders. For a discipline like Education, where research output appears in a wide range of journals and where policy relevance matters alongside scholarly citation, performance across all five categories simultaneously is demanding. A second-place finish therefore signals not a single strong metric but a balanced profile of faculty quality, publication volume, citation performance, and global partnership.

Professor Yang Rui, Dean of Education at HKU, welcomed the record-high placement in the ranking. In a statement accompanying the announcement, he attributed the result to the collective work of the Faculty’s academic staff in producing research of the highest quality and publishing in leading international journals. He also pointed to the strength of the Faculty’s global research partnerships, which he said continue to broaden the reach and relevance of its work, and expressed gratitude to Faculty members for their commitment to advancing educational knowledge and impact worldwide. The remarks underline a theme that ranking methodologies increasingly reward: international collaboration, which counts explicitly as one of the five GRAS categories, has become a defining feature of top-performing education faculties.

The 2026 GRAS result does not stand alone. The Faculty of Education’s position among the world’s elite is corroborated by its performance in the other major international ranking systems during the same cycle. In the U.S. News & World Report 2026-2027 Best Global Universities Subject Rankings, HKU placed second globally for Education and Educational Research. In the QS World University Rankings by Subject 2026, the university ranked fifth worldwide for Education and Training. And in the Times Higher Education World University Rankings by Subject 2026, it placed seventh globally for Education Studies. Taken together, four independent ranking methodologies, each with different weightings of reputation, citations, and research indicators, converge on the same conclusion: the Faculty now sits firmly within the top tier of education scholarship globally.

Convergence across ranking systems matters because each methodology carries its own biases. Reputation-based surveys can lag behind actual research performance, while purely bibliometric measures can favor large, well-funded units or fields where citation practices are rapid. The GRAS emphasizes objective indicators, QS and THE blend reputation with research metrics in differing proportions, and U.S. News relies heavily on bibliometric and reputation signals for its global subject tables. When a single faculty ranks second, second, fifth, and seventh across these four systems in the same year, the likelihood that the result reflects genuine, sustained research strength rather than methodological accident increases considerably. For prospective students, academic collaborators, and policymakers, such cross-validation is often more informative than any single number.

The Faculty of Education at HKU was established in 1984, making it a relatively young institution by the standards of the century-old education departments at many Western universities that dominate historical accounts of the field. In the four decades since its founding, it has built a reputation for excellence in teaching, innovative research, and impactful community engagement, according to the university. Its research agenda spans the contemporary concerns of education systems worldwide, and its scholars publish in the leading international journals of the discipline, a factor that feeds directly into the World-Class Research Output and High-Quality Research categories of the ShanghaiRanking methodology. The Faculty’s community engagement, meanwhile, reflects a broader expectation in Hong Kong and across Asia that universities serve their societies directly, translating research into teacher preparation, curriculum development, and policy advice.

The rise of Asian institutions in education research is one of the notable structural shifts in global academia over the past two decades, and HKU’s result is best understood within that context. Education systems across East and Southeast Asia have expanded dramatically, invested heavily in teacher quality and educational technology, and produced research questions of global significance, from high-performing schooling systems to the challenges of demographic change and digital learning. Faculties positioned in Hong Kong benefit from bilingual and bicultural research environments, dense regional networks, and strong links to both Western and mainland Chinese scholarship, conditions that naturally foster the international collaboration the GRAS rewards. Holding first place in Asia while standing second worldwide, HKU’s Faculty of Education exemplifies how these conditions can translate into sustained research leadership.

For the University of Hong Kong as a whole, the achievement reinforces a strategy of subject-level excellence rather than relying solely on overall institutional rankings. Subject rankings increasingly drive decisions by prospective graduate students, visiting scholars, and funding bodies, because they identify where specific expertise is concentrated. A second-place global position in Education enhances the Faculty’s ability to recruit doctoral candidates and faculty from around the world, to convene international conferences and partnerships, and to influence global debates on educational research and practice. As Professor Yang’s statement emphasized, the reach and relevance of the Faculty’s work depend on these global partnerships, and a record-high ranking strengthens the platform on which such partnerships are built.

The 2026 Global Ranking of Academic Subjects will be scrutinized, as always, by universities seeking benchmarks for their research strategies, and HKU’s Education result will serve as a case study in how a focused faculty can climb to the very top of a crowded international field. The methodology’s five pillars, spanning faculty quality, research output, research excellence, impact, and international collaboration, provide a roadmap that other institutions will study. For now, the Faculty of Education at the University of Hong Kong can claim a distinction earned through measured, objective indicators: second in the world, first in Asia, and validated by three further major ranking systems in the same year. In a discipline that shapes how every other discipline is taught, that standing carries significance well beyond the league table itself.

Subject of Research: Global university subject rankings for Education and the research performance of the HKU Faculty of Education

Article Title: HKU Education rises to 2nd globally in 2026 ShanghaiRanking’s Global Ranking of Academic Subjects

Article References: HKU Education rises to 2nd globally in 2026 ShanghaiRanking’s Global Ranking of Academic Subjects. (n.d.). Original publication

Image Credits: AI Generated

DOI: Not provided

Keywords: HKU, University of Hong Kong, ShanghaiRanking, Global Ranking of Academic Subjects, Education, university rankings, Faculty of Education, higher education, research rankings, Asia, Professor Yang Rui, global rankings 2026

This year’s conference, held under the theme “Building the AI Economy Together”, brought together technology companies, industry leaders and start-ups from around the world to debate the future of artificial intelligence. Against the backdrop of one of Shanghai’s most iconic waterfront districts, the gathering served as a stage for competing visions of how AI should be governed, commercialised and integrated into daily life. Siegel’s contribution stood out for its insistence that the most important questions are not technical but civilisational, and that the answers must be worked out before the technology’s consequences become irreversible rather than after.

Siegel framed Hong Kong’s role in this transformation through both geography and history. “Hong Kong has long had command over the gateway between the East and the West, and has long been a centre for trade, culture, and various aspects of society,” he told the audience. “For 115 years, HKU has been the university for Asia. Moving forward within the ‘One Country, Two Systems’ framework, we need to recognise the importance of Hong Kong and Hong Kong’s inclusion in these greater endeavours. We are very happy to be here and to hold that responsibility.” The remarks positioned the university, and the city it serves, as a natural bridge for the cross-border dialogue that an AI-driven economy will require.

At the heart of the address was a conceptual argument that Siegel urged the audience to take seriously: the distinction between knowledge and wisdom. Artificial intelligence systems, he acknowledged, possess extraordinary capabilities in optimisation, pattern recognition and productivity enhancement. Yet, he argued, these capabilities should not be confused with the deeper human faculties that decide what is worth optimising in the first place. Human wisdom, in his framing, far transcends the sheer volume of data that can be stored in a mind, whether biological or silicon-based. A system that can process more information than any person is not therefore capable of the judgement, values and sense of purpose that give knowledge its meaning.

Siegel extended the same logic to a pair of related distinctions that he suggested should anchor policy debates in the AI era: the difference between productivity and accomplishment, and the difference between national wealth and social welfare. Economies can become vastly more productive without their citizens becoming more fulfilled, and nations can accumulate wealth without translating it into wellbeing for their populations. True human fulfilment, he argued, relies on recognising these critical differences. The implication for the AI economy is direct: metrics that celebrate output gains and capital accumulation are insufficient measures of success if they come at the cost of human dignity, agency and social cohesion.

To make the stakes concrete, Siegel drew on a source that might seem unexpected at a technology conference: the history of chemistry. He noted that humanity excels at calculating the immediate production costs of new technologies but consistently fails to foresee their “negative externalities”, the hidden costs imposed on society and the environment that only become apparent decades later. His first example was chlorine, a chemical that revolutionised sanitation and made dense urbanisation possible, transforming public health in the world’s growing cities, before its carcinogenic risks were fully understood. The very compound that helped build modern urban life carried dangers that early adopters could not have priced into their decisions.

His second example was petroleum, the fuel that powered the Industrial Revolution and enabled a century of unprecedented economic growth, but which ultimately led to modern climate change. Siegel emphasised that because the long-term risk-mitigation costs of fossil fuels were never factored into early economic models, addressing their environmental consequences today has become exceptionally difficult. The lesson is not that these technologies should have been rejected, but that the absence of foresight created costs so large and so deferred that no generation since has been able to escape them. The bill for unpriced externalities, in other words, always comes due, and it compounds.

Applying this historical lesson to the digital age, Siegel argued that society now faces a comparable inflection point with artificial intelligence and automation. If automation risks de-humanising the workforce and diminishing human fulfilment, he said, then society must proactively address these tough questions and incorporate the potential societal costs into today’s technology implementation models. The alternative is to repeat the pattern of the industrial era: embrace a transformative technology for its immediate benefits, discover its social costs only in retrospect, and then spend generations and enormous resources attempting to mitigate damage that wiser planning could have reduced or avoided. Building the cost of human wellbeing into deployment models from the start, rather than treating it as an afterthought, is the practical meaning of a human-centric AI economy.

Siegel concluded his address with a call to action aimed directly at the speakers and attendees gathered on the Bund. He urged them to engage in the difficult but necessary dialogues that will shape a brighter, self-empowered future, framing those conversations not as an obstacle to innovation but as its essential companion. For a conference dedicated to building the AI economy together, the message served as both a challenge and an invitation: the technology’s trajectory is still being decided, and the window for embedding human values into its economic architecture is open now. Whether the AI revolution learns from the cautionary tales of chlorine and petroleum, or repeats them at greater speed and scale, will depend on whether the industry, governments and universities choose to have those conversations before the externalities arrive.

Subject of Research: Human-centric approaches to the artificial intelligence economy and the long-term societal impacts of automation

Article Title: HKU vice-president professor Jay Siegel calls for human-centric AI economy at the 2026 Inclusion Conference on the Bund in Shanghai

Article References: HKU vice-president professor Jay Siegel calls for human-centric AI economy at the 2026 Inclusion Conference on the Bund in Shanghai. (n.d.). Original publication

Image Credits: AI Generated

DOI: Not provided

Keywords: artificial intelligence, AI economy, Jay Siegel, University of Hong Kong, Inclusion Conference, Shanghai, human-centric AI, automation, negative externalities, technology policy, workforce, climate change

A new study led by The University of Hong Kong together with Imperial College London claims to have found the missing piece. Writing in Nature Geoscience, Professor Dazhi Xi and Dr Jianan Chen of the HKU Department of Earth and Planetary Sciences, alongside Professor Ralf Toumi of Imperial College, report that a warming atmosphere does not simply become moister in a way that guarantees more rain. Instead, it also becomes drier in a specific, measurable sense that suppresses rainfall, effectively acting as a brake on tropical cyclone precipitation. This constraining influence, the researchers argue, is strong enough in many climate models to offset much of the rainfall intensification driven by stronger storms.

The key to the finding lies in a quantity known as the column saturation deficit, which measures the gap between the actual amount of water vapour present in an atmospheric column and the amount that would be present at complete saturation, the threshold at which condensation and precipitation proceed freely. Rain normally forms when water vapour condenses into cloud droplets, coalesces into raindrops and falls to the surface. Under global warming, however, the moisture-holding capacity of the atmosphere rises exponentially with temperature, following the Clausius-Clapeyron relationship. Even if relative humidity were to remain perfectly constant, the absolute distance to saturation widens substantially as temperatures climb. In this precise technical sense, the air becomes drier: it can hold far more vapour than it actually contains.

That widening unsaturation has two distinct consequences for a typhoon’s rain production. The first is evaporation on the way down. Raindrops that condense at high altitudes inside a tropical cyclone must descend through the lower and middle troposphere before reaching the ground, and in a warmer climate the surrounding air in those layers is further from saturation. Dry environmental air efficiently strips moisture from falling drops, evaporating them before they can reach the surface and robbing the storm of rainfall that its clouds have already produced.

The second consequence operates at the source. Tropical cyclones are not closed systems; they continuously draw in environmental air through their circulation. When this drier air is entrained into the storm’s updrafts, it dilutes the moisture supply feeding condensation, suppressing cloud and rain formation from the outset. Together, these two effects, the evaporation of falling rain and the inhibition of new condensation, reduce what atmospheric scientists call precipitation efficiency: the fraction of the water vapour flowing through a storm that actually ends up as rainfall at the ground.

To establish the result, the team analysed climate model simulations, satellite observations and reanalysis data, and found a consistent signal: as the climate warms, tropical cyclones become measurably less efficient at converting available moisture into rain. Across the datasets examined, greater atmospheric dryness correlates with lower rainfall efficiency, a robust negative relationship that persisted despite differences in models and observational products. The researchers emphasise that this correlation is not a modelling artefact but a thermodynamic constraint that any credible projection of future cyclone rainfall must incorporate.

Beyond diagnosing the mechanism, the study proposes a unified framework for thinking about tropical cyclone rainfall. In this view, total rainfall depends on three factors rather than two: the intensity of the storm, the amount of water vapour available in the atmosphere, and the precipitation efficiency with which that vapour is converted into rain. The third factor is itself shaped by two opposing influences in a warming climate. Stronger storms tend to raise precipitation efficiency, while increasing atmospheric dryness tends to depress it. The framework does not guarantee that efficiency will fall everywhere; if future storm intensification proves strong enough, it could outweigh the suppressive effect of dryness in some models and regions. But the analysis shows that in a number of existing climate projections, the dryness effect dominates, which explains why their rainfall increases fall below thermodynamic expectations.

The practical stakes are considerable. Coastal communities, disaster management agencies and infrastructure planners rely on projections of hurricane and typhoon rainfall to design flood defences, plan evacuations and build long-term climate resilience. If conventional expectations systematically overstate future rainfall, flood protection may be designed around numbers that misrepresent the true risk; if they understate it in regions where storm intensification wins out, communities could be caught unprepared. By explicitly accounting for the dryness mechanism, the new framework offers a way to narrow this uncertainty and produce more defensible rainfall and flood-risk assessments for adaptation planning.

The authors are careful to note the limits of the current work. Global climate models do not fully resolve some of the fine-scale physical processes involved in cloud formation, rain evaporation and the entrainment of dry air into storm circulations, so future high-resolution simulations will be needed to refine the quantitative projections. Nevertheless, the consistent negative relationship between atmospheric dryness and rainfall efficiency across multiple independent datasets gives the finding unusual robustness for a study of projected future behaviour. For a field that has long assumed that a moister atmosphere automatically means a rainnier future for the world’s most destructive storms, the message is a sobering one: the same warming that loads the atmosphere with water also opens a gap that keeps much of that water from ever falling as rain.

Subject of Research: Thermodynamic constraints of atmospheric dryness on future tropical cyclone rainfall under climate warming

Article Title: HKU study reveals how atmospheric dryness constrains typhoon rainfall leading to lower-than-expected increases

Article References: HKU study reveals how atmospheric dryness constrains typhoon rainfall leading to lower-than-expected increases. (n.d.). Original publication

Image Credits: AI Generated

DOI: Not provided

Keywords: tropical cyclones, typhoons, atmospheric dryness, climate change, precipitation efficiency, column saturation deficit, rainfall projection, flood risk, Nature Geoscience, thermodynamics, climate models, University of Hong Kong