Public Reports

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  Driving Innovation in the Guangdong-Hong Kong-Macao Greater Bay Area: Research Impact and Contribution by The Chinese University of Hong Kong

  Analytical Services, Elsevier and The Chinese University of Hong Kong

  Comprising Hong Kong, Macao, and nine cities in southern China's Guangdong province, the Guangdong-Hong Kong-Macao Greater Bay Area (GBA) is one of the most dynamic and innovative regions in the world, housing leading universities and global high tech companies. To understand the research landscape of the GBA and assess its research strengths, this report, developed in partnership with the Chinese University of Hong Kong provides an overview of the research performance of the GBA and a highlight of the research development of Hong Kong based on analysis of research output data from 2018-2022.

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  Towards the 4th Generation University: The Transformative Role of TU/e in Delivering Innovation and Impact in the Eindhoven Region

  Dmitrii Malkov, Max Domoulin, and Renee Westenbrink

  Eindhoven University of Technology (TU/e) exemplifies the 4th generation university model, spurring innovation and societal development in the region. This report assesses the advancement of TU/e and its peers using quantitative metrics and serves as an invitation for further development of a holistic assessment framework.

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  Progress Toward Gender Equality in Research & Innovation - 2024 Review

  Nicoline van der Linden, Guillaume Roberge, Dmitrii Malkov, Alexandre Bédard-Vallée, David Campbell, Elisabeth Browning, Henrique Pinheiro, Stacey Tobin, Thomas Collins, Tina Zdawcyzk, and Yunxiaoxiao Zhang

  In this report, we explore the progress made over the past two decades toward achieving equal participation by women in research and innovation. By contributing to a greater understanding of the current landscape, this report intends to illuminate pathways forward, inform policymaking and contribute to the pursuit of gender diversity and equal opportunities in the research workforce.

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  Quantitative Analysis of Dutch Research and Innovation on Key Technologies: A Report for the Ministry of Economic Affairs and Climate

  Jörg Hellwig PhD and Luigi Rucco PhD

  The Dutch Ministry of Economic Affairs and Climate (MinEZK) is actively shaping a National Technology Strategy (NTS) to optimize research allocation and enhance the Netherlands' global technological competitiveness. This report, commissioned by the MinEZK offers insights into the Netherlands' research capabilities across 44 key technologies and comparative data showcasing the country's standing in the global research landscape.

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  Understanding Amsterdam's Competitive Advantage

  Simone Munao PhD, Jan-Maarten van Schalkwijk, Basak Candemir PhD, MIchiel Koman PhD, Jörg Hellwig PhD, Erik Boer, and Cordelia Sealy DPhil

  Amsterdam has a rich and illustrious history as a center of learning. Home to world-class universities, academic hospitals, research institutions, and global corporations, the city is a hub for knowledge and innovation in Europe. With a global reputation in medicine, health and life sciences, Amsterdam has, in recent years, made substantial investments in artificial intelligence and data science. Amsterdam was also one of the first cities to embrace sustainability in economic and technological development plans. This report reflects on Amsterdam's current strengths in research and innovation, benchmarked against other Dutch and European research-intensive cities, to identify opportunities for future development.

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  South Korea: A Technological Powerhouse Strengthening its Research and Innovation Footprint

  Basak Candemir PhD, Weiwei Cheng, Jörg Hellwig PhD, Erin Hill-Parks, Dana Jang, Anders Karlsson PhD, Donghyun Kim, Sohyeong Kim, Sumeet Rohatgi, and Lu Zhao

  Systematic investment in research and development has moved South Korea from an innovation follower to an innovation leader.

  This report from Elsevier in collaboration with the National Research Foundation of Korea (NRF) presents some key indicators around the South Korean research and innovation ecosystem, with comparator countries being the United States, the United Kingdom, Japan, Germany, and China. The main study period of the report is 2015–2019.

  Our focus in the report is on academic research, its volume and scholarly impact, as well as on focus topic areas and collaboration networks, both national and international. With three quarters of R&D performed by the corporate sector, the report looks in closer depth at academic–corporate co-publication patterns in terms of scholarly impacts as well as providing novel insights from analyzing patenting activities both in terms of volume and quantity.

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  Pathways to Net Zero: The Impact of Clean Energy Research

  Başak Candemir PhD, Jörg Hellwig PhD, Etienne Vignola-Gagné PhD, Jan-Maarten van Schalkwijk, and Cordelia Sealy DPhil

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  UK-India: Partnerships for Growth with Research and Innovation

  UKRI, UKRI India, and Newton Bhabha

  UKRI India joint funding resulted in 258 projects. Over £150 million in funding from the UK was matched by Indian counterparts, bringing the overall joint investment to the equivalent of over £330 million.

  The projects were funded by over 15 funding agencies, bringing together more than 220 lead institutions from the UK and India. These research projects have generated more than £450 million in further funding, mainly from public bodies but also from non-profit organisations and commercial entities.

  The projects covered a wide range of subjects, from heritage to renewable energy, generating a large number of outputs in different formats and scholarly and societal impact in a multitude of forms.

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  Artificial Intelligence: How knowledge is created, transferred, and used

  Jörg Hellwig PhD, Sarah Huggett, Mark Siebert, and Bamini Jayabalasingham PhD

  This document summarizes Key Findings from the full report "Artificial Intelligence: how knowledge is created, transferred, and used", available alongside other relevant material on the Elsevier Artificial Intelligence resource centre.The RELX group has extensive data assets, powerful computing capabilities, and a vast technological talent base. These allow Elsevier to provide unique insights on AI through this report. We hope these will be of interest to research evaluators, research funders, policy makers, and researchers, as they seek to navigate this complex, evolving, and fast-growing field.