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An international research team led by CityU has discovered that diamonds at nanoscale can undergo ultralarge, fully reversible elastic deformation.
Renowned experts on nuclear energy from around the world shared their knowledge of and insights into the latest developments in the field of nuclear energy at a symposium held at CityU on 22 December.
CityU and CLP Power inaugurated the CLP Power Low Carbon Energy Education Centre on CityU campus on 30 October to raise public awareness on the impact of climate change and the importance of low carbon energy sources.
A CityU research team has successfully developed the first-ever supra-nano magnesium alloy with ultra-high strength and deformation capacity, offering potential for biodegradable implants in the human body.
The findings of a research titled “Approaching the Ideal Elastic Strain Limit in Silicon Nanowires,” led by MBE will bring revolutionary changes to medical equipment.
A new material developed by CityU and NJUST researchers holds great promise for the aerospace industry.
Aerial micro-robots can stay aloft longer thanks to an energy-saving device created by a team of Harvard roboticists and an engineer at CityU.
Renowned experts on nanomaterials from around the world shared their insights at the Symposium on Nanomaterials in Honour of Professor Herbert Gleiter at CityU.
Three joint research projects of CityU have received grants under the National Natural Science Foundation of China/Research Grants Council Joint Research Scheme.
CityU has developed the world's most superhydrophobic surface, which can be used for fabricating anti-icing, self-cleaning, antibacterial and anti-corrosion materials.