News & Stories

Researchers at the Hong Kong University of Science and Technology (HKUST) have created a cutting-edge platform consisting of a dual-laser nonlinear optical microscope to investigate the dynamics of muscle satellite cells (MuSCs) during the process of muscle regeneration. This breakthrough has identified new mechanisms of MuSC behavior in muscle repair, paving the way for the development of targeted therapeutic strategies for muscle-related disorders.

A tech company to shore up the country’s semiconductor capabilities and performance standards.

T cells, one of the body’s key defences against COVID-19, are expected to be effective in mounting an immune response against Omicron.

Known for her outstanding achievements in artificial intelligence, Professor Pascale FUNG’s contributions go beyond her research breakthroughs and the building of intelligent systems. Having been teaching at HKUST for 24 years, Prof. Fung is also a female role model. This article is an exchange of views between a female engineering student and an AI expert about their upbringing as well as female perspective in engineering and life pursuit. As an engineering undergraduate myself, I was lucky enough to speak to Prof. Fung, which I never had a chance before. I was a little nervous while waiting for her for the interview. But when Prof. Fung walked into the room, I was amazed by her strong sense of enthusiasm and more importantly, confidence. I instantly knew that I was going to learn so much from her.

Prof. KWOK Hoi-Sing, Electronic and Computer Engineering, has been elected a 2020 Fellow of the National Academy of Inventors (NAI), the highest professional distinction accorded solely to academic inventors.

Prof. Kei May LAU, who was awarded the Institution of Engineering and Technology’s J. J. Thomson Medal for Electronics, shares her approach to life and research.

Prof. Kei May Lau is the first woman winner of the Institution of Engineering and Technology’s J. J. Thomson Medal for Electronics since it was first presented 44 years ago.

The ability to undertake in vivo imaging of a living brain in a mammalian animal model is crucial for elucidating how the brain functions. However, the brain consists of tens of billions of neurons, each connected with thousands of others via synapses, the sites of communication between neurons that allows transmission of information. Thus, to truly understand the dynamics of neuronal synaptic interactions, the capacity for morphological and functional imaging of the brain at high spatial and temporal resolution is required.