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A conversation with Dr. Daniella Steel, Senior Product Manager, Horizon Discovery Ltd.

Drawing on expertise developed from designing precision tools for space exploration, a PolyU team has engineered a revolutionary motorised robotic system for minimally invasive surgeries.

Attracting bright minds from around the world, the Institute of advanced study at The City University of Hong Kong pursues curiosity-driven research and spreads the importance of scientific knowledge.

The University of Hong Kong (HKU) is committed to nurturing a research culture that values excellence and impact through interdisciplinarity, internationalisation and innovation.

Committed to supporting innovation and entrepreneurship, The Chinese University of Hong Kong is leveraging its research excellence for greater social impact.

A molecular study by a researcher at The Hong Kong Polytechnic University has led to the discovery of an emerging superbug and the mechanisms underlying fatal infections.

Being Hong Kong’s largest R&D base has made Hong Kong Science Park an ideal site for technology companies to realise their dreams.

Discoveries made by researchers at the Chinese University of Hong Kong (CUHK)’s Faculty of Medicine are leading to biomedical innovations improving people’s lives.

From novel alloy materials to energy-saving flying robots, City University of Hong Kong is making important research advances translatable to real-world applications.

Leaders of some major research institutions in Hong Kong talk about translating research into innovation to make an impact.

With the first gene therapies on the market and dozens more in trials, the race is on to improve the production process

Still going strong after 20 years - the triple transfection method remains the industry standard

Recent drug approval rates underline the revolutionary effect of fully human monoclonal antibody therapeutics on drug development.

Since its inception, KUKA's Medical Robotics Division has collaborated with medical manufacturers to ensure that doctors, therapists and, above all, patients can benefit from its robotics expertise.

Robots from the Queensland University of Technology (QUT) are set to help retailers, farmers, and other industry players save time and money. One of the university’s leading roboticists, Peter Corke, explains how.

Mother’s milk is a rich source of many ingredients essential for a baby’s first few months. Formula milk is unlikely to ever be a perfect substitute — but with the addition of human milk oligosaccharides, it has just got closer.

Swinburne University of Technology research pursues impactful results. In coming years, countless new products and services will be based on new technologies. With so many promising applications of technology, we need to ask what the best investment of our resources, effort and ideas is. At Swinburne University of Technology, this is the deeply ingrained principle driving our research: technology must aim to achieve positive economic and social impact by improving people’s lives and the state of our planet through better and smarter applications. Put another way, new technologies that help people will be the ones that succeed. Our applied research at Swinburne is placed at the interface between technology and humanity. As a science and technology university, Swinburne’s fundamental research often leads to new discoveries and breakthrough technological solutions. At Swinburne, we are proud to pursue research with impact.

We are entering a new era of living and working with robots. Elizabeth Croft of Monash University discusses designing robots that will interface well with society.