Research

Prof. Zhang Xiangru discovers an effective and rapidly degradable disinfectant. Using the instrument known as “ultra-performance liquid chromatography/electrospray ionization-triple quadrupole mass spectrometry (UPLC/ESI-tqMS)”, he successfully detects the degradation products of 2,6-DCQ and determines the degradation pathway of 2,6-DCQ in seawater.
Prof. Zhang Xiangru discovers an effective and rapidly degradable disinfectant. Using the instrument known as “ultra-performance liquid chromatography/electrospray ionization-triple quadrupole mass spectrometry (UPLC/ESI-tqMS)”, he successfully detects the degradation products of 2,6-DCQ and determines the degradation pathway of 2,6-DCQ in seawater. 
Greener and Cleaner
HKUST Engineering Researchers Discover an Effective and Environment-Friendly Disinfectant
Prof. Sun Qingping (front row, fourth left), Prof. Yao Shuhuai (front row, third left), both Professors of Department of Mechanical and Aerospace Engineering (MAE), MAE Postdoctoral Research Associate Dr. Zhou Guoan (front row, second left), MAE PhD student Li Zexi (front row, first left), and other members of the research team with their elastocaloric air conditioner.
Prof. Sun Qingping (front row, fourth left), Prof. Yao Shuhuai (front row, third left), both Professors of Department of Mechanical and Aerospace Engineering (MAE), MAE Postdoctoral Research Associate Dr. Zhou Guoan (front row, second left), MAE PhD student Li Zexi (front row, first left), and other members of the research team with their elastocaloric air conditioner.  
Setting to Transform Industries and Combat Climate Change
HKUST Engineering Researchers Developed Eco-Friendly Cooling Device with Record-Breaking Efficiency
Photoluminescence of flexible full-color Fi-LEDs: I ♥ HKUST pattern (left) and “night scene” of Victoria Harbor showing color transition (right), built by mounting batches of fibers.
Photoluminescence of flexible full-color Fi-LEDs: I ♥ HKUST pattern (left) and “night scene” of Victoria Harbor showing color transition (right), built by mounting batches of fibers. 
Paving the Way for Advanced Wearable Display Technologies
HKUST Engineering Researchers Developed Full-Color Fiber LEDs Based on Perovskite Quantum Wires
Prof. Zhou Yuanyuan (right) and Dr. Duan Tianwei (left) holding their newly developed perovskite solar cell.
Prof. Zhou Yuanyuan (right) and Dr. Duan Tianwei (left) holding their newly developed perovskite solar cell. 
Speeding Commercialization of an Emerging Solar Technology
HKUST Engineering Researchers Enhanced Perovskite Solar Cells Durability with First-of-Its-Kind Chiral-Structured “Springy” Interface
HKUST Engineering research team develops a novel artificial compound eye system.
HKUST Engineering research team develops a novel artificial compound eye system. 
Enhancing Autonomous Driving and Emergency Rescue
HKUST Engineering Developed Groundbreaking Artificial Compound Eye to Revolutionize Robotic Vision at Lower Cost but Higher Sensitivity
Assistant Professor Lin Yen-Hung of the Department of Electronic and Computer Engineering and the State Key Laboratory of Advanced Displays and Optoelectronics Technologies (right), Electronic and Computer Engineering PhD student Cao Xueli (center), and Senior Manager of the State Key Laboratory of Advanced Displays and Optoelectronics Technologies Dr. Fion Yeung (left)
Assistant Professor Lin Yen-Hung of the Department of Electronic and Computer Engineering and the State Key Laboratory of Advanced Displays and Optoelectronics Technologies (right), Electronic and Computer Engineering PhD student Cao Xueli (center), and Senior Manager of the State Key Laboratory of Advanced Displays and Optoelectronics Technologies Dr. Fion Yeung (left) 
Making Clean Energy Production More Viable
HKUST Engineering Researchers Cracked the Code to Boost Solar Cell Efficiency and Durability
Prof. Zhou Yuanyuan shows a perovskite solar cell.
Prof. Zhou Yuanyuan shows a perovskite solar cell. 
Boosting Potential of a Stellar Solar Cell Technology
HKUST Engineering Researchers Discover a “Secret” Hidden Structure that Paves New Way of Making More Efficient and Stable Perovskite Solar Cells
Key members of the five teams present their research findings at a press conference.
Key members of the five teams present their research findings at a press conference. 
“1 to N” Transformation of R&D Outcomes
Five HKUST Research Projects Receive Funding from First Batch of RAISe+ Scheme
(From left to right) Prof. Terence Wong, Prof Shen Yajing, Prof. Chen Guanghao, and Prof. George Yuan
(From left to right) Prof. Terence Wong, Prof Shen Yajing, Prof. Chen Guanghao, and Prof. George Yuan 
“1 to N” Transformation of R&D Outcomes
Four Engineering Research Teams Received Inaugural RAISe+ Funding
Dr. Kang Chengbin (3rd left) is holding a white LED and Prof. Abhishek Srivastava (3rd right) with a set of QRLED prototypes in his hand and various monochromatic quantum rods on the table. Other co-authors are Liao Zebing (1st left), Kumar Mallem (2nd left), Dr. Maksym Prodanov (center), Dr. Valerii Vashchenko (2nd right) and Song Jianxin (1st right).
Dr. Kang Chengbin (3rd left) is holding a white LED and Prof. Abhishek Srivastava (3rd right) with a set of QRLED prototypes in his hand and various monochromatic quantum rods on the table. Other co-authors are Liao Zebing (1st left), Kumar Mallem (2nd left), Dr. Maksym Prodanov (center), Dr. Valerii Vashchenko (2nd right) and Song Jianxin (1st right). 
Paving the Way for Efficient Lighting with Desired Optical Spectrum
Prof. Abhishek SRIVASTAVA Achieved Efficacy of Over 200 lm/W on Quantum-Rod On-Chip LEDs for Display Backlights
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