Research & Innovation

Prof. Sun Fei believes the process of creating things is an exploration and he enjoys this process very much.
Prof. Sun Fei believes the process of creating things is an exploration and he enjoys this process very much. 
From Smart Hydrogel to Spider Silk
Prof. SUN Fei, the Versatile Scientist who Enjoys Creating Things
Led by Prof. David Lam and supervised by Dr. Stanley Leung (center), an engineering research team comprising Yuen-Yin Leung (first left), Kin-Nam Kwok (second left), Kwun-Chung Chan (second right), and Minji Seo (first right) invented the glaucoma preventive device O_Oley.
Led by Prof. David Lam and supervised by Dr. Stanley Leung (center), an engineering research team comprising Yuen-Yin Leung (first left), Kin-Nam Kwok (second left), Kwun-Chung Chan (second right), and Minji Seo (first right) invented the glaucoma preventive device O_Oley. 
Research Team Invented Goggles Viable in Lowering Eye Pressure
Wearable Device O_Oley Shines Light on Glaucoma Prevention
The research team led by Prof. Becki Kuang (center) and PhD candidates Jacky Li (right) and Orion Liang hopes to collaborate with pharmaceutical companies to apply their mRNA tail sequence optimization technology on mRNA drugs and vaccines.
The research team led by Prof. Becki Kuang (center) and PhD candidates Jacky Li (right) and Orion Liang hopes to collaborate with pharmaceutical companies to apply their mRNA tail sequence optimization technology on mRNA drugs and vaccines. 
Optimizing mRNA Tail Sequence
HKUST Researchers Discover New Way to Synthesize mRNAs that Enhances Effectiveness of mRNA Drugs and Vaccines
HKUST Researchers Develop a Novel Integration Scheme for Efficient Coupling Between III-V and Silicon
HKUST Researchers Develop a Novel Integration Scheme for Efficient Coupling Between III-V and Silicon 
Enabling Low-Cost, High-Speed Telecommunications
HKUST Researchers Develop a Novel Integration Scheme for Efficient Coupling Between III-V and Silicon
Prof. Francesco Ciucci (second left), postdoctoral fellow Dr. Song Yufei (first left), PhD students Wang Yuhao (second right) and Matthew James Robson (first right) and other team members have identified an exceptionally promising cathode material for protonic ceramic fuel cells, marking a major step toward the commercialization of this renewable energy technology.
Prof. Francesco Ciucci (second left), postdoctoral fellow Dr. Song Yufei (first left), PhD students Wang Yuhao (second right) and Matthew James Robson (first right) and other team members have identified an exceptionally promising cathode material for protonic ceramic fuel cells, marking a major step toward the commercialization of this renewable energy technology. 
A Key Step Toward Commercialization
HKUST Researchers Design Iron-Based Cathode to Achieve Record Performance for Protonic Ceramic Fuel Cells
The licensing agreement of the five HKUST discoveries is signed by Dr. Shin Cheul Kim (second left), HKUST Associate Vice-President for Research and Development (Knowledge Transfer), and Mr. Liu Zhen (second right), Vice President and General Manager of Robotics and Intelligent Products Division of BDR, under the witness of Prof. Tim Cheng Kwang-Ting (first left), HKUST Vice-President for Research and Development, and Mr. Wang Kecheng (first right), President of BDR.
The licensing agreement of the five HKUST discoveries is signed by Dr. Shin Cheul Kim (second left), HKUST Associate Vice-President for Research and Development (Knowledge Transfer), and Mr. Liu Zhen (second right), Vice President and General Manager of Robotics and Intelligent Products Division of BDR, under the witness of Prof. Tim Cheng Kwang-Ting (first left), HKUST Vice-President for Research and Development, and Mr. Wang Kecheng (first right), President of BDR. 
Translating Research into Application
HKUST and Bright Dream Robotics Sign Licensing Agreement of Five Technologies
(Left) The new technology helps medical staff identify the guidewires by simply taking a photo of all the medical instruments with a smartphone or tablet. (Right) The AI image-based system then could accurately detect guidewires (as indicated by the circle) from other medical instruments using object recognition and data augmentation techniques.
(Left) The new technology helps medical staff identify the guidewires by simply taking a photo of all the medical instruments with a smartphone or tablet. (Right) The AI image-based system then could accurately detect guidewires (as indicated by the circle) from other medical instruments using object recognition and data augmentation techniques. 
Translational Research Deployed as Clinical Practice
HKUST Launches AI-Based Guidewire Recognition Technology to Enhance Patient Safety
Vaccine Expected to Induce Strong Immune Responses Against 2022 Monkeypox Virus, Research Shows
Vaccine Expected to Induce Strong Immune Responses Against 2022 Monkeypox Virus, Research Shows 
Bringing Together Sequencing and Immunological Data
Vaccine Expected to Induce Strong Immune Responses Against 2022 Monkeypox Virus, Research Shows
Prof. Gary Chan (center) from the Department of Computer Science and Engineering and his research team.
Prof. Gary Chan (center) from the Department of Computer Science and Engineering and his research team.  
“CovidInArea” App
HKUST’s New Privacy-Preserving App Maps Hotspots with COVID-19 Cases and Shows Proximity Risk
(From left) Prof. Chen Qing and his research group members Dr. Li Liangyu (postdoctoral fellow) and Xiao Diwen (PhD student) at the lab of HKUST Energy Institute. On the lab bench is a set-up for fabricating the nanoporous zinc metal electrode.
(From left) Prof. Chen Qing and his research group members Dr. Li Liangyu (postdoctoral fellow) and Xiao Diwen (PhD student) at the lab of HKUST Energy Institute. On the lab bench is a set-up for fabricating the nanoporous zinc metal electrode. 
Advances in Battery Technology
HKUST Researchers Developed Nanoporous Zinc Electrodes that Make Primary Alkaline Zinc Batteries Rechargeable
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