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Breakthrough research heralds a new diamond age
A joint research team led by CityU has successfully achieved elastic straining of diamond at an unprecedented level, a breakthrough that heralds a new diamond age in the utilisation of the gemstone in microelectronics, photonics, and quantum information technologies.
Eminent CityU faculty receive RGC awards
Outstanding faculty members at CityU were recognised by RGC at an Awards Presentation Ceremony on 24 November for their distinguished research achievements and significant contributions to higher education.
New approach for making high-strength and ductile alloys
A research team led CityU has discovered a new strategy for fabricating multicomponent superlattice alloys with disordered interfacial nanolayers that have both high strength and good ductility at various temperatures.

ITF funding secured for anti-Covid-19 research
Research at CityU aimed at tackling Covid-19 has attracted over $7.1 million in funding from the Innovation and Technology Fund (ITF) under the Innovation and Technology Commission.
CityU secures HK$23m funding from two RGC Research Fellow Schemes
CityU has been granted more than HK$23 million in research funding from the inaugural Senior Research Fellow Scheme and Research Fellow Scheme under the Research Grants Council.
Graphene’s ultimate stretchability and ‘realistic’ strength discovered
The realistic mechanical properties of monolayer graphene have been successfully studied by a new method developed by a research team led by Dr Lu Yang, Associate Professor of Department of Mechanical Engineering at CityU.
new droplet-based electricity generator
A research team led by scientists from CityU has recently developed a new form of droplet-based electricity generator, which can help to advance scientific research into water energy generation and tackle the energy crisis.
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A research team led by CityU has worked out a novel strategy for developing new super alloys that are extremely strong, yet ductile and flexible.
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A novel tiny, soft robot with caterpillar-like legs capable of carrying heavy loads and adaptable to adverse environments has been developed by a research team led by CityU.
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The invention of a novel “ceramic ink” by a research team at CityU has made possible the development of the world’s first-ever 4D printing for ceramics.

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