Latest news with #Chinese University of Hong Kong
South China Morning Post
22-07-2025
- Entertainment
- South China Morning Post
Hong Kong 2025 summer exhibitions see young artists explore identity and tradition
A number of exhibitions in Hong Kong this summer offer windows into what emerging artists make of the world they are inheriting, their coping mechanisms and ways of engaging with their adopted materials. 'Art Actions: Our Youth Our Future', a small show at the non-profit art incubator Hart Haus, pairs three Hong Kong awardees of the annual Hart Award with three diasporic international artists. Elsa Ngai Se-ngaa, who received the Hart Award for promising artists upon graduating from the Chinese University of Hong Kong (CUHK), has a personal style that reflects a solid grounding in Chinese art. On show at the exhibition, her pair of 2025 works titled Transformation I and Transformation II, painted with mineral pigments, are reminiscent of the faded, ancient murals of the Mogao Caves – a Unesco World Heritage site in Dunhuang , in China's Gansu province, which has become a popular cultural reference for Hong Kong artists in recent years thanks to more opportunities to study its history and to visit. Transformation II, by Elsa Ngai, at Hart Haus. Photo: Elsa Ngai Transformation II, by Elsa Ngai, at Hart Haus. Photo: Elsa Ngai Ngai's half-formed, sensual nudes in the foreground – playful and organic forms that seem to emerge from the outlines of mountains – are apt symbols of a new artistic identity shaking free of past constraints.
South China Morning Post
21-07-2025
- Health
- South China Morning Post
CUHK start-ups eye silver economy's need for ‘wearable robotics'
A couple of health and medical device start-ups that got their start at the Chinese University of Hong Kong are seeking to enter the growing markets for elderly care and rehabilitation by selling their 'wearable robotics' technologies. Established last year, RT HealthTech has developed several soft inflatable joint support products. It plans to start selling them in two months, targeting elderly people with weaker joints and those with minor injuries who want to keep exercising to maintain muscle strength. They feature a rechargeable battery-powered mobile air-pumping system that can generate adjustable levels of force, said co-founder Raymond Tong Kai-yu in an interview earlier this month. 'The devices can keep knee and elbow joints in position, while providing an extra pair of 'artificial muscles' to reduce joint impact during physical activities,' said Tong, a professor and founding chairman of the university's Department of Biomedical Engineering. 'We are addressing the needs of the fast-growing silver economy.' The proportion of Hong Kong people aged 65 and over was projected to rise to 36 per cent in 2046 from 22.4 per cent in 2023, according to government projections. RT HealthTech was seeking to sell 1,000 units in the first three months at around HK$1,200 (US$153) each, Tong said. It planned to appoint a separate distributor for mainland China.
Yahoo
20-07-2025
- Science
- Yahoo
Life on the Moon? Lunar soil could help humans live on the Moon, study finds
The soil on the Moon might be able to sustain life, according to a new study. Researchers from the Chinese University of Hong Kong developed a technology to extract water from lunar soil and used it to convert carbon dioxide into oxygen and chemical fuel. The technology does this by converting light from the Sun into heat. According to the study, published in the Cell Press journal Joule, the research could 'potentially open new doors for future deep space exploration' because it could mitigate the expensive costs needed to bring essential resources such as water to the Moon. A single gallon (3.78 litres) of water costs $83,000 (€71,230) to ship up by rocket, the study continued, with one astronaut drinking roughly four gallons (15.14 litres) a day. 'We never fully imagined the 'magic' that the lunar soil possessed,' said lead researcher Lu Wang. Related US Senate greenlights billions for Moon missions despite Elon Musk's opposition However, the study notes that any strategies that are already in place to extract water from the surface of the Moon involve multiple 'energy-intensive' steps and do not break down how much CO2 is used by fuel. The Moon's extreme lunar environment will still make it challenging to harvest more oxygen and water from the land, the study continued, because there are 'drastic temperature fluctuations,' radiation and low gravity to deal with. The CO2 emitted from the breaths of the astronauts won't be enough to supply all the water, fuel and oxygen that the team of astronauts might need.
Yahoo
20-07-2025
- Science
- Yahoo
Life on the Moon? Lunar soil could help humans live on the Moon, study finds
The soil on the Moon might be able to sustain life, according to a new study. Researchers from the Chinese University of Hong Kong developed a technology to extract water from lunar soil and used it to convert carbon dioxide into oxygen and chemical fuel. The technology does this by converting light from the Sun into heat. According to the study, published in the Cell Press journal Joule, the research could 'potentially open new doors for future deep space exploration' because it could mitigate the expensive costs needed to bring essential resources such as water to the Moon. A single gallon (3.78 litres) of water costs $83,000 (€71,230) to ship up by rocket, the study continued, with one astronaut drinking roughly four gallons (15.14 litres) a day. 'We never fully imagined the 'magic' that the lunar soil possessed,' said lead researcher Lu Wang. Related US Senate greenlights billions for Moon missions despite Elon Musk's opposition However, the study notes that any strategies that are already in place to extract water from the surface of the Moon involve multiple 'energy-intensive' steps and do not break down how much CO2 is used by fuel. The Moon's extreme lunar environment will still make it challenging to harvest more oxygen and water from the land, the study continued, because there are 'drastic temperature fluctuations,' radiation and low gravity to deal with. The CO2 emitted from the breaths of the astronauts won't be enough to supply all the water, fuel and oxygen that the team of astronauts might need.
