Research & Innovation

3D-printed concrete building features and advanced functions
3D-printed concrete building features and advanced functions 
Groundbreaking Advances in 3D Printing and Biochar Innovations
HKUST Researchers Pioneer Next-Generation Solutions for Carbon-Neutral and Intelligent Urban Construction
Pioneering Climate Resilience and Sustainability
HKUST Launches Landmark UNESCO-Backed Initiative to Drive Global Sustainable Solutions
Innovative catalytic mechanism for selective biomass oxidation: The schematic illustrates the in-situ generation of surface-bound hydroxyl radicals on low-valence copper (Cu⁰/Cu⁺) sites, enabling highly selective carbonyl oxidation using only ambient air and water. This green catalytic pathway eliminates the need for traditional oxidants and represents a significant advancement in sustainable biomass conversion.
Innovative catalytic mechanism for selective biomass oxidation: The schematic illustrates the in-situ generation of surface-bound hydroxyl radicals on low-valence copper (Cu⁰/Cu⁺) sites, enabling highly selective carbonyl oxidation using only ambient air and water. This green catalytic pathway eliminates the need for traditional oxidants and represents a significant advancement in sustainable biomass conversion. 
Transforming Biomass into High-Value Chemicals with Enhanced Efficiency and Sustainability
HKUST Researchers Pioneer Breakthroughs in Catalytic Biomass Valorization to Advance Green Chemistry and Sustainable Engineering
Prof. Zhao Jidong (center) and Dr. Amiya Prakash Das (right) from HKUST, together with Dr. Thomas Sweijen (left) from Utrecht University, have developed a groundbreaking computational model to study the movement of granular materials such as soils, sands and powders.
Prof. Zhao Jidong (center) and Dr. Amiya Prakash Das (right) from HKUST, together with Dr. Thomas Sweijen (left) from Utrecht University, have developed a groundbreaking computational model to study the movement of granular materials such as soils, sands and powders. 
Innovation in Geohazard Mitigation and Precision Pharmaceutics
HKUST Researchers Develop New Model for Accurate Landslide Prediction with Applications in Sustainable Agriculture, Energy, Healthcare, and Beyond
HKUST establishes the Von Neumann Institute (VNI) today. Mr. Paul CHAN, Financial Secretary of HKSAR (fourth right); Dr. Pál KERTÉSZ, Consul General of Hungary in Hong Kong (third right); Ms. Clara CHAN Ka-Chai, Chief Executive Officer of HKIC (second left); Prof. Harry SHUM, HKUST Council Chairman (third left); Prof. Nancy IP, HKUST President (second right); and Prof. GUO Yike, HKUST Provost (first right), together with Director of VNI Prof. JIA Jiaya (first left) and Vonnex, an AI robot developed by Prof
HKUST establishes the Von Neumann Institute (VNI) today. Mr. Paul CHAN, Financial Secretary of HKSAR (fourth right); Dr. Pál KERTÉSZ, Consul General of Hungary in Hong Kong (third right); Ms. Clara CHAN Ka-Chai, Chief Executive Officer of HKIC (second left); Prof. Harry SHUM, HKUST Council Chairman (third left); Prof. Nancy IP, HKUST President (second right); and Prof. GUO Yike, HKUST Provost (first right), together with Director of VNI Prof. JIA Jiaya (first left) and Vonnex, an AI robot developed by Prof Jia’s research team, officiate the plaque unveiling session. 
Aligning with HKSAR's Core Industry Strategy
HKUST Establishes Von Neumann Institute to Spearhead AI Innovation
Prof. Gary Chan Shueng-Han (center), Professor of Computer Science and Engineering, and his team members Dr. Lai Ki-Kit (left), Manager of Innovation and Product Development, and Jerry Lin Zhongming (right), Assistant IT Manager, in front of the huge LED walls that display university entrances’ bus queue status and occupancy of selected study space on campus – one of the research innovations they developed and being newly featured at the Engineering Commons.
Prof. Gary Chan Shueng-Han (center), Professor of Computer Science and Engineering, and his team members Dr. Lai Ki-Kit (left), Manager of Innovation and Product Development, and Jerry Lin Zhongming (right), Assistant IT Manager, in front of the huge LED walls that display university entrances’ bus queue status and occupancy of selected study space on campus – one of the research innovations they developed and being newly featured at the Engineering Commons. 
Pioneer of People Sensing Leads Research to Create Social Value
HKUST Community Benefits from Award-Winning AIoT Project to Estimate Queue Status and Occupancy
The lead corresponding author Prof. Zhou Yuanyuan (right) and co-first author Dr. Guo Pengfei (left) are showing a perovskite solar cell prototype made for a proof-of-concept demonstration of the novel laminate-structured interface.
The lead corresponding author Prof. Zhou Yuanyuan (right) and co-first author Dr. Guo Pengfei (left) are showing a perovskite solar cell prototype made for a proof-of-concept demonstration of the novel laminate-structured interface. 
Fundamentals-Oriented Device Innovation
Inspired by Laminate: HKUST and PolyU Researchers Synthesize a Laminate-Structured Material Interface to Improve Perovskite Solar Cells
A group photo of Mr. David Taji Farouki (second row, ninth left), President of the Jury of the International Exhibition of Inventions Geneva (Geneva Inventions), Ir Andrew Young (second row, ninth right), Hong Kong’s official representative for Geneva Inventions and the HKUST delegation led by Dr. Kim Shin-Cheul (second row, tenth right), Associate Vice-President for Research and Development (Knowledge Transfer).
A group photo of Mr. David Taji Farouki (second row, ninth left), President of the Jury of the International Exhibition of Inventions Geneva (Geneva Inventions), Ir Andrew Young (second row, ninth right), Hong Kong’s official representative for Geneva Inventions and the HKUST delegation led by Dr. Kim Shin-Cheul (second row, tenth right), Associate Vice-President for Research and Development (Knowledge Transfer). 
Translating Innovations into Impactful Results
HKUST Achieves Record-Breaking Results at 50th International Exhibition of Inventions Geneva
Prof. Zhou Yanguang (right) and his PhD student Liu Wenxiang (left) proposed a rigorous concept based on the Onsager reciprocal theorem to describe the thermal transport behaviors in superionic crystals.
Prof. Zhou Yanguang (right) and his PhD student Liu Wenxiang (left) proposed a rigorous concept based on the Onsager reciprocal theorem to describe the thermal transport behaviors in superionic crystals. 
Unveiling Thermal Transport Mechanisms in Superionic Crystals
Prof. ZHOU Yanguang’s Research on Energy Transport in Superionic Crystals Published in Physical Review Letters
Group photo of Prof. Shen Yajing (first right) and his research team: Dr. Zhang Tieshan (first left), Mr. Tang Yifeng (second left) and Mr. Ren Hao (second right).
Group photo of Prof. Shen Yajing (first right) and his research team: Dr. Zhang Tieshan (first left), Mr. Tang Yifeng (second left) and Mr. Ren Hao (second right). 
Improving Efficiency of Medical Workflows
HKUST Develops Multiple Smart Devices to Advance Medical Innovation in Health Monitoring, Surgical Assistance and Rehabilitation
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