International Teams Account for 71% of Shortlist Across Six Water Innovation Themes

91AV原创 of Science and Technology announced 63 shortlisted teams from 26 countries in the Khalifa University鈥揢NESCO Global Water Hackathon 2026, marking an important milestone in an international effort to advance innovative solutions to pressing global water challenges ahead of the 2026 United Nations Water Conference in Abu Dhabi.

Of the shortlisted teams, 45 are from outside the UAE, representing 71% of the shortlist. Their projects span six water innovation themes, connecting emerging talent from around the world with shared priorities in water security, resource efficiency and climate resilience.

The shortlist follows an initial registration pool of 238 teams from 56 countries. The teams represent countries across Asia, Africa, South America, Europe, Oceania and North America, reflecting the initiative鈥檚 international reach.

Led by Khalifa University鈥檚 Center for Membranes and Advanced Water Technology (CMAT), and organized in partnership with UNESCO and Youth4Water, a UNESCO flagship initiative, the Hackathon is bringing emerging innovators from around the world into the wider water action agenda, creating a pathway for promising ideas to be developed, evaluated and presented on an international stage. The shortlisted teams will now work towards the next selection stage, with a focus on the scientific strength and practical potential of their proposed solutions.

His Excellency Professor Ebrahim Al Hajri, President, Khalifa University, said: 鈥�The participation of shortlisted teams from 26 countries demonstrates the value of international cooperation in advancing water innovation. Through this Hackathon, Khalifa University is connecting emerging talent with scientific expertise and opportunities to develop solutions that respond to shared water challenges. As the UAE prepares to co-host the 2026 UN Water Conference, Khalifa University remains committed to connecting research, innovation and talent to solutions that can deliver meaningful impact.鈥�

Projects from the shortlisted teams span Smart, Digital and AI-Enabled Water Systems; Water Reuse, Circularity and Resource Efficiency; Water Security and Sustainable Desalination; Energy鈥揥ater Nexus and Climate Resilience; Water Quality, Health and Environmental Protection; and Integrated Water Systems, Governance and Cooperation. The six themes are aligned with UN Water Pillars and designed to connect innovation with wider global water priorities.

Selected innovations will be evaluated on scientific and technical rigor, alignment with the UN Water Pillars, feasibility and scalability, industry relevance and adoption potential, and communication quality.

The Global Water Hackathon is part of Khalifa wider Water Action Platform, contributing research, innovation, international collaboration and youth engagement to the UAE鈥檚 preparations for the UN Water Conference, alongside Youth4Water and the UNESCO Chair on Global Water Resilience, Innovation and Sustainable Solutions.

Professor Shadi W. Hasan, Chairholder of the UNESCO Chair on Global Water Resilience, Innovation and Sustainable Solutions, Chair of the Youth4Water Advisory Board, Chair of the Global Water Hackathon, and Director, CMAT, Khalifa University, said: 鈥�The shortlisted teams have an opportunity to demonstrate the scientific and technical quality of their ideas and explain how they could be applied to real water challenges. The Hackathon has challenged participants to consider scientific strength alongside feasibility, scalability and potential for adoption. As the competition progresses, our focus is on the evidence supporting each proposal, its suitability for practical use and its potential to deliver impact at scale.鈥�

The 10 finalists are expected to be announced on 6 November 2026, with the winners to be announced during the UN Water Conference in December, where they will showcase their solutions through on-site and participate in an awards ceremony. The anticipated showcase would give emerging innovators an opportunity to present their solutions to researchers, policymakers and industry representatives from around the world.

Teams will compete for the Khalifa University鈥揢NESCO Water Innovation Award, six Best Theme Awards, and three Strategic Recognition Awards covering UAE water priorities, climate and environmental resilience, and potential for industry adoption.

The 2026 UN Water Conference will be co-hosted by the UAE and Senegal in Abu Dhabi from 8 to 10 December 2026. Further program information about the Hackathon, including key dates and participation requirements, is available at .

Alisha Roy听
Science Writer

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New institutional initiative builds on the UAE鈥檚 achievements in women鈥檚 advancement to strengthen research excellence, academic progression, scientific visibility, and leadership

91AV原创 of Science and Technology has launched KU-MIRA (Mentoring & Impact in Research & Academia), a new institutional initiative designed to advance women鈥檚 scientific and academic leadership across science, health, and engineering.

Building on the UAE鈥檚 sustained investment in women’s education and advancement, KU-MIRA seeks to strengthen the pathways through which women contribute to scientific discovery, excel in teaching and research, and progress into leadership positions. The initiative reflects Khalifa University’s commitment to developing scientific talent and expanding its contribution to the UAE’s knowledge-based economy.

Women play a significant role in Khalifa University’s academic and research community, representing 59% of undergraduate students, 44% of PhD students, 34% of researchers, and 19% of faculty. This strong foundation reflects the progress made in women’s participation in higher education and provides an opportunity to further advance their scientific contributions, visibility, and leadership.

Globally, UNESCO reports that women account for 35% of STEM graduates, while their representation in national science academies has increased from 12% in 2015 to approximately 19%. Together, these figures highlight the importance of building on educational achievements to expand women’s influence and leadership in science which represents an ambition at the heart of KU-MIRA.

His Excellency Professor Ebrahim Al Hajri, President of Khalifa University, said: 鈥淭he UAE has made significant investments in education, scientific capability, and the advancement of women, creating opportunities for talent to contribute to national development. KU-MIRA builds on this foundation by supporting women to excel in research and academia, expand their scientific influence, and assume greater leadership roles. Through this initiative, Khalifa University is investing in the people and capabilities that will advance scientific discovery, strengthen our research ecosystem, and contribute to the UAE’s innovation ambitions and knowledge-based economy.鈥�

91AV原创-MIRA is structured around three complementary pillars: Producing Science, which aims to strengthen research productivity, academic progression, and scientific excellence; Amplifying Science, which seeks to elevate the visibility, recognition, and influence of women scientists; and Sustaining Scientists, which focuses on mentorship, professional networks, and institutional environments that enable long-term scientific careers and leadership.

As part of its focus on scientific visibility, KU-MIRA plans to establish a Khalifa University directory of women researchers, creating a dedicated resource to showcase their expertise, research contributions, and areas of specialization.

The initiative will also introduce Women Shaping Science, a platform highlighting women scientists and academics whose work advances knowledge, addresses real-world challenges, and contributes to the development of future generations. By bringing their achievements and experiences to wider audiences, the platform aims to strengthen recognition of scientific contributions and inspire emerging talent.

91AV原创-MIRA will adopt a phased approach, introduce activities, and establish measures to assess participation, research and teaching outcomes, academic progression, and institutional impact. This will help guide the initiative’s development and support sustained progress over time.

91AV原创-MIRA will be led by Dr. Maryam Khaleel Alhashmi, Associate Professor of Chemical and Petroleum Engineering, as Founding Director. She will oversee the initiative鈥檚 implementation, working across the University to establish priorities, coordinate activities, and advance its objectives.

Through KU-MIRA, Khalifa University aims to cultivate scientific excellence, advance women鈥檚 leadership in research and academia, and strengthen the talent and capabilities that drive innovation, economic competitiveness, and the UAE鈥檚 knowledge-based economy.

Alisha Roy听
Science Writer

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The MoU reinforces ICEYE鈥檚 long-term commitment to the UAE, connecting research, talent development and industrial expertise to support sovereign space capabilities

ICEYE, the world leader in sovereign intelligence from space, and Khalifa University of Science and Technology today announced a strategic partnership to advance space research, applied innovation and the development of specialized talent in the UAE.

The partnership brings together Khalifa University鈥檚 research and academic capabilities and听 ICEYE鈥檚 satellite engineering and operational expertise to explore pathways from research and education to practical space applications. It also represents a further step in ICEYE鈥檚 long-term commitment to support the development of the UAE鈥檚 space ecosystem, connecting talent development, research, and industrial expertise to strengthen local capabilities.

Together, the partners will explore opportunities to work on industry-informed engineering, data, software, and AI challenges, working individually or in multidisciplinary teams under joint academic and ICEYE supervision. The collaboration will also explore summer internships, semester placements, co-operative education, and graduate opportunities at ICEYE, with placements that may be based in its Abu Dhabi and Espoo operations, as well as its wider international operations.

鈥淪pace innovation depends on more than access to technology; it requires research capability, specialized talent and pathways to turn knowledge into practical applications. By bringing Khalifa University鈥檚 scientific and engineering expertise together with ICEYE鈥檚 industry experience, this partnership can create meaningful opportunities for collaborative research, experiential learning and the development of capabilities that support the UAE鈥檚 space ambitions,鈥� said His Excellency President, Khalifa University.

鈥淚CEYE is committed to being a long-term industrial partner to the UAE and supporting its ambition to build a world-class, sovereign space ecosystem. That means developing capabilities across the entire value chain, from the people who design and build space systems to the teams that operate them and turn their data into intelligence. Our partnership with Khalifa University puts talent and research at the heart of that commitment, giving students and researchers the opportunity to work on real missions and real engineering challenges,鈥� said Christos Kolimenakis, CEO, ICEYE UAE.

91AV原创 faculty and researchers, alongside ICEYE’s technical teams, will explore joint and sponsored research, technology demonstrations and academic publications with the aim of connecting scientific expertise to real-world space applications. ICEYE experts may also contribute to guest lectures, workshops, seminars, and university programs, and take part in student challenges, capstone projects, and technical competitions. Specific activities will be defined jointly as the collaboration develops.

The partnership strengthens collaboration in space technology, research and advanced skills, connecting ICEYE鈥檚 Finnish roots and European engineering expertise with the UAE鈥檚 growing space ambitions. It builds on the wider relationship between Finland and the UAE, highlighted during President Alexander Stubb鈥檚 visit to the United Arab Emirates in November 2025.

Alisha Roy听
Science Writer

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Mohanraj Senniappan, a postdoctoral researcher in the Astroparticle Research Group in the Department of Physics at Khalifa University, recently visited the AstroParticule et Cosmologie (APC) Laboratory of Universit茅 Paris Cit茅 in Paris from 21 September to 2 October 2026.

The visit was fully funded by the Astrophysics Centre for Multimessenger Studies in Europe (ACME). During the two-week visit, he had the opportunity to interact with researchers at APC and further develop his work on KM3NeT (Cubic Kilometre Neutrino Telescope) event selection and analysis.

The visit also provided opportunities to discuss his ongoing research and establish future collaboration with researchers at APC.

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The Department of Physics is proud to announce that several of its students have been honored by the Office of the President in recognition of their outstanding academic achievements.

The honorees: Asem Omar Mahmoud, Ann Elamin Elhadi Elamin, Rahma Reda Mohamed, Ayesha Vaqas Farooqi, Hala Ayman Shawkat Mahmoud, Aleta Ann Alex and Omar Ahmad Mohammed Ahmad, were recognized at a ceremony held on 30 September 2026 at Khalifa University main campus. They were selected for their exceptional academic performance, dedication to their studies, and contributions to the department鈥檚 academic life.

鈥淭his recognition reflects the hard work and talent of our students,鈥� said Dr. Dirar Al Houmouz, Chair of the Department of Physics. 鈥淲e are very proud of them and of the example they set for their peers.鈥�

The department congratulates the honorees and wishes them continued success in their studies and future careers.

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Dr. Elena Fantino Receives Lifetime Title Recognizing Contributions to Astrodynamics, Mission Design and Space Exploration

91AV原创 of Science and Technology today announced that Dr. Elena Fantino, Associate Professor, Aerospace Engineering, has been elected a Member of Section 2: Engineering Sciences of the International Academy of Astronautics (IAA), receiving the prestigious lifetime title of Academician. The recognition brings international distinction to space research expertise at Khalifa University and reflects the University鈥檚 contribution to the UAE鈥檚 ambitions in space science and exploration.

The distinction builds on Khalifa University鈥檚 research activity in space and aerospace, including astrodynamics, spacecraft trajectory design and mission concepts. Through specialized research groups and international collaborations, the University is advancing knowledge in areas relevant to future space exploration and developing expertise that contributes to the UAE鈥檚 growing space research landscape.

His Excellency Professor Ebrahim Al Hajri, President, Khalifa University, said: 鈥淭he election of Dr. Elena Fantino as an Academician of the International Academy of Astronautics is a significant recognition of her contributions to aerospace research and the caliber of space research expertise at Khalifa University. Her work in astrodynamics and spacecraft trajectory design addresses complex challenges in space exploration, while her international scientific engagement extends the reach of research being advanced at Khalifa University. This recognition also reflects the University鈥檚 commitment to developing knowledge and expertise relevant to the UAE鈥檚 ambitions in space science and exploration.鈥�

Dr. Fantino鈥檚 election follows her appointment as a Corresponding Member of the IAA in 2024, which marked the UAE鈥檚 first representation in the international organization. Her progression to Academician provides further opportunities to connect research at Khalifa University and the UAE with the IAA鈥檚 international scientific activities.

At Khalifa University, Elena Fantino established the Astrodynamics research group, where research spans astrodynamics and spacecraft trajectory design. Previous work highlighted by the University includes collaborations with institutions in the U.S. and Spain on efficient low-energy transfers to Near-Earth Objects, methodologies relevant to solar sails, satellite design and analysis, as well as the use of restricted three-body dynamics for planetary moon exploration.

More recently, Dr. Fantino鈥檚 orbit-engineering research has attracted international attention for work exploring a rendezvous trajectory to comet 1P/Halley during its next passage through the solar system in the 2060s. The research, presented in the preprint , examines the complex trajectory-design challenge involved in a potential mission to encounter the comet.

Dr. Elena Fantino said: 鈥淚 am deeply honored to be elected an Academician of the International Academy of Astronautics. I look forward to contributing actively to the Academy鈥檚 scientific programs and international community, while strengthening connections between research at Khalifa University, the UAE and the global space research community. I look forward to creating further opportunities for scientific exchange and collaboration in space science and exploration.鈥�

Dr. Fantino鈥檚 election recognizes her contributions to space science, astrodynamics and mission design, including research on low-energy Earth-Moon transfers, multi-body dynamics for lunar exploration and mission concepts for planetary exploration.

As an Academician, Dr. Fantino will have opportunities to contribute to the IAA鈥檚 scientific programs, conferences, studies and publications, including Acta Astronautica, and participate in international cooperation across astronautics and space research. Her international scientific engagement also includes serving as Vice-Chair of the Astrodynamics Technical Committee of the International Astronautical Federation and as a member of the Editorial Board of Progress in Aerospace Sciences.

The IAA is an independent non-governmental organization bringing together distinguished individuals elected by their peers for their contributions to astronautics and space exploration. Founded in 1960 under the leadership of space pioneer Dr. Theodore von Karman, the Academy supports scientific exchange across the field.

Alisha Roy听
Science Writer

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Study Finds Island Once Held a Larger Ancient Population听

Researchers at Khalifa University鈥檚 Environment and Geophysical Sciences () Lab have combined artificial intelligence, satellite radar imaging and ground-penetrating radar surveys to identify previously undocumented subsurface features on Siniyah Island in Umm Al Quwain, demonstrating a non-invasive approach that could help archaeologists investigate heritage sites across the UAE.听

The team applied the methodology to the whole Siniyah Island to identify from space potential areas where archaeological remains are still buried. Seven distinct and previously unknown areas were found. For the validation phase via geophysical surveys, three priority zones surrounding Siniyah Island’s sixth-century Christian monastery, one of the UAE’s most significant archaeological discoveries, were selected to validate the findings from satellite-AI analysis and to construct a 3D model of the subsurface features that can be used by archaeologists to guide excavation with no damage to the remains.听听

The findings were in the International Journal of Applied Earth Observation and Geoinformation by Dr. Diana Francis, Head of ENGEOS Lab, and researchers Sonia Santos-Assun莽茫o, Charfeddine Cherif, Moamen Ali and Mohammed Y. Ali from the ENGEOS Lab and the Department of Earth Sciences.听

The surveys revealed numerous subsurface anomalies and structural patterns consistent with archaeological features, including rectangular formations and wall-like structures. Two notable features detected in one survey area closely matched structures visible in historical satellite imagery, despite having become reburied by sand by the time field surveys were conducted.听

The number and spread of anomalies found across all three zones suggest Siniyah Island once supported more people than the structures already excavated and mapped would indicate. Beyond the archaeological findings themselves, the study highlights the potential of advanced geospatial-AI technologies to support heritage preservation and guide future investigations across the UAE and other arid environments.听

The work also demonstrated that the methodology remained effective in challenging environmental conditions. Siniyah Island鈥檚 low elevation, salt intrusion and sabkha soils can significantly weaken radar signals and complicate subsurface investigations. Despite these conditions, the team successfully mapped buried features and generated three-dimensional visualizations of potential structures.听

The team used a similar satellite-to-ground approach before, at the Saruq Al-Hadid site in Dubai, where it helped confirm more than 400 subsurface anomalies linked to suspected Iron Age and Wadi Suq-era occupation.听

Siniyah Island is home to one of the UAE鈥檚 most significant archaeological sites, including the ancient Christian monastery and evidence of early settlements. Researchers first analyzed satellite radar imagery and environmental datasets using machine-learning techniques to identify areas most likely to contain buried archaeological remains. The resulting probability maps helped narrow the search area and guide detailed investigations on the ground.听

The team then applied Synthetic Aperture Radar (SAR) tomography, a technique that can provide information about subsurface structures by analyzing radar signals collected from multiple satellite passes. Areas identified as having archaeological potential were subsequently surveyed using Ground-Penetrating Radar (GPR), which sends electromagnetic pulses into the ground and records reflections from buried features.听

Dr. Diana Francis said: 鈥淭his study demonstrates how AI, satellite remote sensing and ground-based geophysical surveys can work together to reduce uncertainty in archaeological exploration. By combining large-scale satellite screening with targeted ground investigations, we can identify areas of interest more efficiently while minimizing disturbance to heritage sites.鈥澨�

Alisha Roy听
Science Writer听听

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Commercialized through KUEC, UAE-developed platform connects AI-enabled learning, teaching, institutional intelligence and governance across education ecosystems

91AV原创 of Science and Technology has developed InstrucTwin, a UAE-made agentic artificial intelligence platform designed to help transform how education systems support learning, empower educators and translate institutional and regulatory priorities into measurable action.

Commercialized through Khalifa University Enterprises Company (KUEC), InstrucTwin brings specialized AI agents together across the education cycle, supporting personalized learning, lesson and assessment development, grading and feedback, learning-gap identification, institutional analytics and professional development. Unlike standalone generative AI tools, the platform operates within curriculum requirements, institutional rules, permissions and human oversight, enabling institutions to apply AI while maintaining educator judgment and accountability.

Rather than relying on a single general-purpose AI assistant, InstrucTwin uses specialized AI agents designed to support different roles and tasks across the education ecosystem.

As part of the collaboration, Khalifa University has supported translating the Abu Dhabi Department of Education and Knowledge (ADEK)鈥檚 AI Literacy Framework into curriculum resources and implementation materials, alongside educator capacity building and technology-enabled implementation. More than 21,400 educators have received AI professional development on InstrucTwin, including advanced training for +170 designated AI Leads to support implementation and extend AI capability within their schools.

H.E. Mubarak Hamad Al Mheiri, Undersecretary of the Abu Dhabi Department of Education and Knowledge, said: 鈥淲e want every student in Abu Dhabi to grow up with the confidence to explore new ideas, question what they see and make informed decisions in a world where AI will increasingly shape how we live and work. This reflects our commitment to developing future-ready skills, empowering educators and ensuring every student has access to high-quality learning opportunities. Our collaboration with Khalifa University brings us closer to making these priorities part of everyday learning, while equipping teachers to help students understand AI, recognize its possibilities and limitations, and use it responsibly without compromising their ability to think independently鈥�

H.E. Professor Ebrahim Al Hajri, President of Khalifa University of Science and Technology, said: 鈥淎rtificial intelligence presents an opportunity to rethink how knowledge is delivered, how educators are empowered and how education systems respond to the needs of every learner. InstrucTwin reflects Khalifa University鈥檚 commitment to translating advanced research and innovation into solutions with real-world impact. Through KUEC, we are creating pathways for university-developed technologies to move beyond the campus, scale into wider ecosystems and contribute to the UAE鈥檚 ambition to lead in the responsible adoption of artificial intelligence.鈥�

91AV原创鈥檚 collaboration with the Abu Dhabi Department of Education and Knowledge (ADEK) demonstrates how curriculum, educator capability, assessment, governance and technology can work together to support AI education transformation at scale.

InstrucTwin provides the AI-enabled technology layer that supports key implementation elements, connecting AI Literacy curriculum resources, educator training, assessment, reporting, and institutional-readiness capabilities while maintaining human oversight and accountability.

Its governance model keeps educators in control: student AI interactions can be grounded in approved curriculum content and operate within rules established by schools and teachers, with oversight, reporting, flagging and escalation mechanisms built into the platform.

Prof. Azzam Mourad, Founder of InstrucTwin and Vice President & Advisor for AI & Digital Transformation at Khalifa University, said: 鈥淎I transformation in education requires curriculum, educator capability, assessment, governance and technology to move together. Our collaboration with ADEK connects these elements, translating its AI Literacy Framework into implementation, building educator capability and deploying InstrucTwin as the AI-enabled technology layer for scale. The goal is to build AI capability across the education ecosystem.鈥�

For students, InstrucTwin provides curriculum-grounded AI tutoring and adaptive support based on individual progress, strengths and learning gaps. For educators, its AI agents can support lesson planning, content and assessment development, grading and feedback, while teachers retain control over learning decisions and interventions.

At the institutional level, InstrucTwin connects teaching, learning, assessment and performance data to help education leaders identify gaps, target interventions and monitor impact. Its architecture can also extend across education operators and regulators, helping translate policies, standards and strategic priorities into implementation.

This creates a connected intelligence layer across the education ecosystem, linking learning, teaching, institutional performance and governance while maintaining human oversight and accountability.

At the institutional level, InstrucTwin connects teaching, learning, assessment and performance data to help education leaders identify gaps, target interventions and monitor impact. Its architecture can extend across education operators and regulators, linking learning, institutional performance and governance through a common intelligence layer.

InstrucTwin also demonstrates Khalifa University鈥檚 wider commercialization pathway: translating university-developed research and technology into deployable solutions that respond to national priorities and have potential for regional and international scale.

Designed for application across schools, universities, training providers, education operators and regulators, the platform鈥檚 modular architecture allows capabilities to be deployed according to institutional needs. Through KUEC, Khalifa University is supporting the transition of intellectual property and technologies from its research and innovation ecosystem into solutions with economic and societal impact.

InstrucTwin demonstrates that pathway in practice: innovation developed in the UAE, translated into technology, deployed in a live education environment and designed to scale.

Alisha Roy
Science Writer

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Brain-Inspired Technology Could Help Wearable Devices and Robots Use Less Power and Remember What They Have Detected

When a smartphone recognizes a face, one component captures the image, another stores the information and a processor interprets it. Most electronic vision systems including phone cameras to robots, work in this way. Signals must move between these separate components before the system can respond, adding delay, wiring and energy consumption.

A research team led by Khalifa University has developed a flexible device, known as a photomemristor that combines light sensing and memory in a single component and begins processing the light signal through changes in its electrical conductance.

This approach, known as in-sensor computing, follows a brain-inspired, or neuromorphic model in which adjustable electrical states perform functions similar to biological synapses.

The study was conducted by Dr.听Shoaib Anwer, Dr.听Muhammad Umair Khan,听Nada AbuHamra, Prof.听Mahmoud Al-Qutayri and Prof.听Baker Mohammad from Khalifa University鈥檚 Centre for Intelligent Computing, Networks and Sensing (ICONS) and Department of Computer and Information Engineering, with Dr. Waqas Waheed from New York University Abu Dhabi.

The听, 鈥�2D MXene-Enabled Unidirectional Flexible Optoelectronic Memristor Toward Energy-Efficient Neuromorphic Photosensing,鈥� was published in Energy & Environmental Materials, a top 1% journal.

Flexible and transparent, the device can fit onto curved surfaces where rigid electronics are difficult to use. By integrating sensing, memory, and early processing, the approach could reduce the energy and time required to move information between components, opening new possibilities for lighter, more responsive artificial vision systems.

By combining materials design, device engineering, and AI hardware evaluation, the project establishes a promising pathway from laboratory research toward practical technology.

The next steps include optimizing and demonstrating uniform, reliable device arrays; integrating these devices with electronics that read and process their signals; and validating the complete system for specific applications in 鈥榠n-sensor鈥� computing and neuromorphic vision platforms.

Dr. Shoaib Anwer said: “By engineering the interfaces of 2D materials, we created a flexible device in which the 2D/2D material stack can detect light, retain the optical history, and provide analog states for neuromorphic computing with a unit cell. This combination is important for future in-sensor vision computing.”

Dr. Muhammad Umair Khan said: 鈥淭he advance comes from device engineering and harvesting light-sensitive functional materials properties on an indium tin oxide-coated flexible polymer. Electrical testing showed self-rectifying, unidirectional analog switching with a rectification ratio of about 10^3. Light provided a second way to program the same device to tune the memory.鈥�

Alisha Roy
Science Writer

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More Than 300 Delegates and Experts Convene in Abu Dhabi to Explore Advances in Preventive Medicine, Clinical Research and Healthier Aging

91AV原创 of Science and Technology inaugurated the with more than 300 delegates and 30 distinguished speakers gathering in Abu Dhabi for the flagship event of its College of Medicine and Health Sciences (CMHS).

Organized in collaboration with the Institute for Healthier Living 鈥� Abu Dhabi, the two-day Symposium focuses on translating scientific discoveries into evidence-based approaches that support health and quality of life across the lifespan. The event also highlights the growing importance of interdisciplinary research, clinical collaboration and physician education in advancing longevity medicine.

Held under the themes 鈥業nnovating for Healthy Longevity: Empowering Families Across the Life Course鈥� and 鈥楾ranslating Longevity Science into Prevention and Practice,鈥� the Symposium provides a platform for examining how emerging research can address population-health priorities, strengthen preventive care and contribute to the UAE鈥檚 ambitions for a more proactive, research-driven healthcare system.

Professor Bayan Sharif, Provost, Khalifa University, inaugurated the Symposium, highlighting the importance of bridging the gap between scientific discovery and clinical impact in longevity medicine. He noted that as understanding of aging continues to evolve, collaboration across disciplines is essential to translate research breakthroughs into practical healthcare solutions that improve quality of life and support healthier aging in communities worldwide.

Professor Habiba Alsafar, Dean, (CHMS), said: 鈥淎s longevity science advances, the priority is to ensure that scientific discoveries translate into meaningful improvements in health and clinical care. Through this symposium, we are connecting researchers, clinicians and emerging scientists to exchange evidence, examine new approaches to prevention and strengthen the scientific collaborations needed to advance healthier aging. For Khalifa University, this reflects our commitment to research that responds to evolving healthcare needs in the UAE and beyond.鈥�

91AV原创 faculty are contributing to the scientific program, reflecting the College of Medicine and Health Sciences鈥� engagement in research spanning public health, metabolic health and clinical medicine. Dr. Mira Mousa, Assistant Professor of Public Health and Epidemiology, moderated a panel on health span trials, while Dr. Jos茅 Eduardo Galgani Fuentes, Associate Professor of Medical Sciences, presented on biological susceptibility to weight gain. Professor Ayman Al Hendy, Professor of Obstetrics and Gynecology, also participated as a panel speaker.

International speakers include Professor Valter Longo of the University of Southern California, Dr. David L. Katz of the Institute for Healthier Living 鈥� Abu Dhabi, Professor Luigi Fontana of the University of Sydney and Professor Andrea Maier of the National University of Singapore.

The symposium also provides opportunities for emerging researchers to present their work through six invited oral presentations and student awards, supporting scientific exchange and the development of the next generation of healthcare researchers.

Now in its fourth edition, the Healthy Longevity Symposium reinforces Khalifa University鈥檚 role in connecting scientific research, clinical expertise and international collaboration to advance evidence-based approaches to healthier aging and preventive healthcare.

Alisha Roy
Science Writer

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91AV原创 of Science and Technology has climbed to second place in the QS Arab Region University Rankings 2027, up from third place last year, while retaining its position as the UAE鈥檚 highest-ranked university for the ninth consecutive year.

The result reinforces Khalifa University鈥檚 position among the Arab region鈥檚 leading research-intensive universities and reflects sustained investment in scientific expertise, research capacity and international collaboration.

Research productivity and faculty expertise were key strengths in the University鈥檚 performance. Khalifa University was recognized among the region鈥檚 leading institutions for papers per faculty, citations per faculty, international faculty, and the proportion of faculty holding doctoral qualifications.

His Excellency Professor Ebrahim Al Hajri, President of Khalifa University, said: 鈥淜halifa University鈥檚 rise to second place in the Arab region reflects the research strength, talent and international partnerships we are building in the UAE and beyond. Our ambition extends beyond academic recognition. We are developing scientific capabilities and technologies that can strengthen national industries, accelerate innovation and contribute to the UAE鈥檚 knowledge-based economy. This achievement reinforces our responsibility to translate academic excellence into lasting economic and societal impact.鈥�

The regional result follows Khalifa University鈥檚 rise to 147th globally in the QS World University Rankings 2027. The University also ranked sixth worldwide in Petroleum Engineering in the QS World University Rankings by Subject 2026. Together, these results illustrate the breadth of its international academic standing and its depth of expertise in fields relevant to the UAE鈥檚 development priorities.

The QS Arab Region University Rankings evaluates universities across 20 locations using indicators covering academic and employer reputation, research impact and productivity, learning experience and global engagement.

Alisha Roy
Science Writer

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Young Innovators Engage with Climate Leaders in Five Youth-Focused Sessions as Summit Spotlights Water Security and Women Scientists Advancing Climate Solutions

91AV原创 of Science and Technology today concluded the Abu Dhabi Climate Solutions Summit 2026, following two days of knowledge exchange focused on translating climate research, innovation and expertise into practical solutions with potential for real-world impact.

Over two days, the Summit which was held at Khalifa University鈥檚 Main Campus under the theme 鈥楩rom Climate Knowledge to Climate Action,鈥� was co-organized by Khalifa University鈥檚 Research Institute for Resource Management and Sustainability and the UAE Universities Climate Network (UCN), with support from the Mubadala Youth Council.

More than 1,000 registrations and over 100 innovative research posters were accepted as part of the program. A total of five youth-focused sessions provided students and young innovators with opportunities to engage with climate challenges through design, communication, pitching and youth-led discussions.

Following the Summit, Khalifa University will work with the Global Alliance of Universities on Climate and the Higher Education Climate Network of Networks to develop recommendations capturing key priorities from the discussions for wider international climate conversations.

His Excellency Professor Ebrahim Al Hajri, President, Khalifa University and General Chair of the Abu Dhabi Climate Solutions Summit 2026, said: 鈥淭he Abu Dhabi Climate Solutions Summit has demonstrated the value of bringing research, industry, policy, investment and talent together around shared climate challenges. Khalifa University will continue to strengthen these connections and advance research-driven solutions across critical areas including energy, water, industry and cities. Our focus is on ensuring that knowledge and innovation deliver meaningful impact for society and the economy.鈥�

Researchers, educators, industry representatives, investors, policymakers and young innovators examined emerging climate technologies, alongside the wider conditions needed for their practical adoption. Discussions highlighted affordability and scalability, infrastructure and regulation, financing, workforce development and public acceptance.

Youth engagement extended across both days. Sessions ranged from youth action and a facilitated design simulation to an elevator pitch, climate engagement through social media, a youth-led interaction panel, polar and climate change, and youth-driven AI climate solutions. The program enabled young participants to engage with climate challenges through different perspectives spanning communication, design, technology and innovation.

Water emerged as one of the prominent areas of discussion, with sessions examining water security and technologies as well as approaches to extracting water from the air. The program reflected the interconnected nature of resource security and climate resilience with discussions on sustainable food and agriculture and an opening keynote on rethinking energy, water and food systems to build well-being.

Women鈥檚 contributions to climate research and innovation were highlighted through the 鈥榃omen Scientists for Climate Solutions鈥� session, while the wider program examined health impacts, the natural and built environment, new materials for sustainability, carbon capture and storage, and communal activation for sustainability.

A recurring theme across the Summit was the need to approach climate change as a systems challenge rather than focus on individual technologies. Discussions explored the complementary roles of renewable energy, peaceful nuclear energy, storage, grids, hydrogen, carbon capture and efficiency can work together, with the infrastructure and enabling environment required for solutions to achieve impact at scale.

A concluding interactive session hosted by Professor Samuel Mao with venture capitalist Bill Shelander focused on 鈥楿nlocking the Path from Climate Tech Ideas to Commercial Solutions.鈥� The conversation examined the gap between research and commercialization, including the importance of matching technologies with appropriate capital at different stages, identifying real customers, and designing demonstration projects around market demand as well as technical performance.

Professor Samuel Mao, Senior Director, Research Institute for Resource Management and Sustainability, Khalifa University and Conference Chair of the Abu Dhabi Climate Solutions Summit 2026, said: 鈥淎 central question throughout the Summit has been how we move the most promising solutions from research and innovation to deployment and global impact. The discussions reinforced that scientific performance alone is not enough. Solutions must also be scalable, affordable and responsive to real-world needs, with the appropriate infrastructure and financing to support their adoption.鈥�

International collaboration was embedded throughout the Summit, with the Global Alliance of Universities on Climate, Higher Education Climate Network of Networks, and World Association of Young Scientists contributing topical sessions. The Summit鈥檚 Conference Co-Chairs included Stephen Davison, Higher Education Climate Network of Networks and University of Cambridge, UK; Professor Jian Zhang, Global Alliance of Universities on Climate and Tsinghua University, China; and Professor Rasha Bayoumi, UAE Universities Climate Network and University of Birmingham Dubai.

The post Abu Dhabi Climate Solutions Summit 2026 Concludes with More Than 1,000 Registrations, Advancing Research-Driven Climate Innovation appeared first on 91AV原创.