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CityU study: testing at-risk people precisely as an exit strategy when border reopens
A research team at CityU has developed the first mathematical model that takes variation in confirmation delay into account, making quantifying the impacts of non-pharmaceutical interventions (NPIs) such as gathering bans more accurate.
 CityU and HKSTP sign Memorandum of Understanding for collaboration
CityU and Hong Kong Science and Technology Parks Corporation signed a Memorandum of Understanding (MoU) on 11 November for launching collaborative programmes in Hong Kong and the Greater Bay Area (GBA) and further promoting innovation and entrepreneurship in the region.
Powerful new Ti-alloys using 3D printing
Super-strong, highly ductile and ultra-light alloys are now possible thanks to the innovative use of additive manufacturing according to a materials research team at CityU.
New study: Goats more ‘cognitively flexible’ than sheep
Goats can adapt to changing environmental conditions more quickly than sheep probably because of different feeding ecologies, according to a new study involving Dr Alan McElligott, an expert in animal behaviour and welfare at CityU.
Trawl ban boosts marine biodiversity
The prohibition of trawling activities in the Hong Kong marine environment for two and a half years has significantly improved biodiversity, an inter-university study led by CityU has found.
CityU-led collaborative research worth of HK$19m rewarded for Covid-19 projects
Funding worth HK$19 million has been secured for four highly competitive collaborative research projects into Covid-19 led by scholars at CityU.
	Renowned experts advocate nuclear safety and clean energy for net-zero carbon emissions
Thirty eight world-leading scholars, industry leaders and policy makers from around the world debated recent advances in low-carbon energy technology and nuclear safety in a specially convened online Forum on clean energy and nuclear safety on 10 March.
Advanced bioaerosol project to eliminate Covid-19 and other pathogens secures HK$6.15m from Research Impact Fund
A bioaerosols research project aimed at developing innovative and effective methods for detecting and disinfecting bacteria and viruses including SARS-CoV-2 in indoor environments led by CityU has secured HK$ 6.15 million from the Research Impact Fund.

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