Advanced Materials and Technology

Prof. Gao Ping (second left), her PhD student Gu Qiao (second right), as well as Cheung Shu-Kwan (first left) and Walter Lee (first right) from Design and Manufacturing Services Facility of HKUST
Prof. Gao Ping (second left), her PhD student Gu Qiao (second right), as well as Cheung Shu-Kwan (first left) and Walter Lee (first right) from Design and Manufacturing Services Facility of HKUST 
Showing Potential for Multiple Biomedical and Environmental Applications
HKUST Researchers Develop the World’s Strongest Polymer Nanomembrane
The group utilized the adaptive optics two photon endomicroscopy system to investigate neuronal plasticity in the hippocampus, a critical deep brain structure, and revealed the relationship between somatic and dendritic activity of pyramidal neurons within the hippocampus.
The group utilized the adaptive optics two photon endomicroscopy system to investigate neuronal plasticity in the hippocampus, a critical deep brain structure, and revealed the relationship between somatic and dendritic activity of pyramidal neurons within the hippocampus. 
Shedding Light on Brain Functions
Deep-brain Imaging at Synaptic Resolution Made Possible with Adaptive Optics Two-photon Endomicroscopy
Prof. Tom Luo Zhengtang
Prof. Tom Luo Zhengtang 
Innovation in Graphene and 2D Materials
Prof. LUO Zhengtang Named a Fellow of Royal Society of Chemistry
IAS Bank of East Asia Professor TANG Ching-Wan Awarded 2019 Kyoto Prize in Advanced Technology
IAS Bank of East Asia Professor TANG Ching-Wan Awarded 2019 Kyoto Prize in Advanced Technology 
Prestigious Honor for Lifelong Pioneering Work on New Display Technology
IAS Bank of East Asia Professor TANG Ching-Wan Awarded 2019 Kyoto Prize in Advanced Technology
Prof Ching W Tang Receives 2017 IEEE Jun-ichi Nishizawa Medal
Prof Ching W Tang Receives 2017 IEEE Jun-ichi Nishizawa Medal 
Prof Ching W Tang Receives 2017 IEEE Jun-ichi Nishizawa Medal
Breakthrough by Prof Kei May Lau and Collaborators to Make Microprocessors Faster and Less Power-Hungry
Breakthrough by Prof Kei May Lau and Collaborators to Make Microprocessors Faster and Less Power-Hungry
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