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A research team comprising three PhD students from CityU won a Silver Award and the Best Sustainable Solution Award at the 3rd Chun Wo Innovation Student Awards with their novel Camel-Fur-Inspired Passive Sorbent Cooler System.
CityU recently made a significant breakthrough in developing a passive radiative cooling material. By reducing the thermal load of buildings and providing stable cooling performance, even in diverse weather conditions in all climates, the cooling ceramic developed by the team enhances energy efficiency and combats global warming.
Two successful entrepreneurs speak at book launches and seminars organised by CityU Press.
Book launches for new titles and thought-provoking seminars featured at the booth operated by CityU Press at the Hong Kong Book Fair 2023 from 19 to 25 July.
Researchers from CityU received 36 awards at the 48th International Exhibition of Inventions Geneva. This is the third year running that CityU has received the highest number of awards among local institutions.
Two efficient and inexpensive novel electrocatalysts for hydrogen production offering sustainable green solutions for the energy crisis have been developed by CityU.
A MoU was signed between CityU and the Futian District People’s Government, Shenzhen on 29 November. The occasion marked a new milestone for the cooperation between CityU and the Futian District People’s Government in the Hetao Shenzhen-Hong Kong Science and Technology Innovation Cooperation Zone.
Researchers at CityU received tremendous accolades at Inventions Geneva Evaluation Days (IGED) 2022 by winning a total of 22 awards, the highest number among local institutions for two years in a row.
Professor Wang Zuankai of CityU is one of nine recipients to win the 2021 Green Tech Award organised by the Meituan Green Tech Fund for his innovative multidisciplinary research on low carbon cooling and nature-inspired engineering.
A research team led by a CityU scholar and other researchers have discovered a first-of-its-kind super-elastic alloy that can retain its stiffness even after being heated to 1,000 K (about 727 ℃) or above, with nearly zero energy dissipation. The team believes that the alloy can be applied in manufacturing high-precision devices for space missions.