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标签: Asia
亚洲
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4 scientists awarded Shaw Prize in Hong Kong
On October 21, 2025, the prestigious Shaw Prize was awarded to four eminent scientists at a grand ceremony held at the Hong Kong Convention and Exhibition Centre. The laureates, recognized for their groundbreaking contributions across three categories, each received a cash award of $1.2 million. The event highlighted the global significance of their work and underscored Hong Kong’s commitment to fostering scientific innovation.
In the field of Astronomy, the prize was jointly awarded to John Richard Bond, a professor at the Canadian Institute for Theoretical Astrophysics, and George Efstathiou, an astrophysics professor at the University of Cambridge. Their pioneering research in cosmology has led to precise determinations of the universe’s age, geometry, and mass-energy content.
Wolfgang Baumeister, director emeritus and scientific member of the Max Planck Institute of Biochemistry, was honored in the Life Science and Medicine category. His development and application of cryogenic-electron tomography have revolutionized the three-dimensional visualization of biological samples in their natural cellular environments.
Kenji Fukaya, a professor at the Beijing Institute of Mathematical Sciences and Applications and the Yau Mathematical Sciences Center of Tsinghua University, received the Mathematical Sciences prize. His innovative work on symplectic geometry, particularly the conceptualization of the Fukaya category, has had a profound impact on the field.
Hong Kong’s Chief Executive, John Lee, lauded the laureates for their exceptional contributions to science and civilization. He emphasized the Hong Kong Special Administrative Region’s dedication to advancing innovation and technology through substantial investments in research and development. Lee also paid homage to the late physicist Chen Ning Yang, a Nobel laureate and founding member of the Shaw Prize, for his transformative influence on modern physics and his commitment to China’s scientific and educational progress.
Established in 2002 and managed by the Shaw Prize Foundation, the Shaw Prize has been awarded annually since 2004, celebrating remarkable scientific achievements on an international scale.
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Farm work helps autistic youths improve life skills
On a sunny autumn day in Tianjin, a group of teenagers with autism spectrum disorder (ASD) and their parents were actively engaged in harvesting corn and sweet potatoes at Hui’ai Farm. Established by eight families with autistic or intellectually disabled children, the farm, whose name translates to ‘collecting love,’ has become a sanctuary for these youths to develop essential life skills. Yunyao, a 17-year-old autistic youth, shared his joy after tasting the corn he helped grow, saying, ‘It’s very yummy.’ His father, Zhu Xijun, a former lawyer, has dedicated himself to the farm since leasing the land in October 2024, emphasizing that the initiative is not about profit but about providing meaningful activities for the children. Autism spectrum disorder, which affects 13 million people in China, presents challenges in social communication, repetitive behaviors, and emotional regulation. Guan Xiaoyan, another founder, quit her job as a software engineer to care for her autistic son, who had regressed in life skills after leaving school. She noted that farm work has helped him become more cooperative and sociable. The farm has also received support from local enterprises and individuals, including Liu Zhiqiang, a villager with a limb disability, who finds fulfillment in helping the children. China has made strides in early screening, diagnosis, and rehabilitation for ASD, with initiatives like inclusive education and employment programs for disabled individuals. Hui’ai Farm, which yielded over 500 kg of corn and 15,000 kg of sweet potatoes this year, aims to develop high-value agricultural products to enhance the youths’ skills and the farm’s sustainability. Zhu expressed hope that the farm will inspire similar initiatives to support people with mental challenges.
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History shows two sides fought to be together
A significant exhibition is currently underway, chronicling the historical efforts of Taiwan compatriots to reunite with the Chinese mainland. This seven-part showcase, which began its multicity tour in August and will continue until the end of the year, delves into the 50-year period of Japanese colonial rule over Taiwan and the subsequent struggle for liberation. The exhibition, organized by the All-China Federation of Taiwan Compatriots in collaboration with several institutions, including the Fujian Provincial Archives and Fujian Normal University, highlights the collective efforts of Taiwanese and mainland Chinese people in reclaiming the island. A pivotal moment in this history is the 80th anniversary of Taiwan’s retrocession on October 25, 1945, when the Chinese government resumed control following Japan’s surrender in World War II. The exhibition also features historical artifacts, such as a drawing depicting Zheng Chenggong’s victory over Dutch colonial rulers in 1662, underscoring Taiwan’s long-standing connection to the mainland. This initiative aims to counter misinformation propagated by the Democratic Progressive Party administration and reaffirm the historical and cultural ties between Taiwan and China.
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Seminar eyes fresh Sino-Australian growth frontiers
A recent seminar in Melbourne has underscored the growing momentum in economic cooperation between China and Australia, with participants emphasizing the potential for deeper collaboration in finance, clean energy, and emerging industries. The event, themed ‘Australia-China Economic Relations: Future Prospects,’ was part of the Bank of China Melbourne Branch’s 30th anniversary celebrations and the Victoria Business Confucius Institute’s Doing Business with China Workshop Series 2025. Craig Emerson, managing director of Emerson Economics and a former Australian trade minister, highlighted the renewed exchanges between the two countries, which he said are helping rebuild goodwill and restore trust. Emerson, who recently co-chaired the latest round of the China-Australia High-Level Dialogue in Beijing, noted that the talks have not only restored the good relationship but are now opening a new chapter. He also pointed out the economic complementarity between the two countries, with trade relationships evolving as China’s demands change what is bought and sold. Fang Xinwen, Chinese consul general in Melbourne, emphasized the resilience and long-term momentum of China’s economy and expressed optimism for deeper bilateral economic collaboration. He mentioned that the 20th Central Committee of the Communist Party of China is convening its fourth plenary session in Beijing to deliberate on a blueprint for China’s development over the next five years, marking the opening of a new chapter in the country’s modernization drive. Fang also highlighted that China will continue to advance reform and opening-up, develop new quality productive forces, and release the potential of its vast market, bringing more opportunities and confidence to countries including Australia. Last month, the Australian state of Victoria released a new strategy outlining its engagement with China over the next five years, envisioning ‘a new golden era’ of cooperation in areas such as agriculture, healthcare, education, and innovation. Fang said the strategy would inject renewed momentum and offer clearer direction for deepening bilateral economic engagement. Li Mang, general manager of Bank of China Sydney Branch and chairman of the China Chamber of Commerce in Australia, noted that China is developing new quality productive forces through technological innovation and green transformation, while Australia is prioritizing clean energy, critical minerals, and local manufacturing—areas that align closely with China’s development strategy. Li emphasized that by leveraging complementary strengths and promoting innovation, digital transformation, and sustainable investment, both countries can unlock new drivers of growth and enhance long-term competitiveness. He also stressed the importance of strengthening not only trade and investment ties but also cultural and educational exchanges to enhance mutual understanding and trust between the business and academic communities of both countries. Emerson added that future cooperation could expand into health services and artificial intelligence, noting that home-based rehabilitation, aged care, and AI-assisted medical diagnostics could benefit both countries and the wider region under Asia-Pacific Economic Cooperation-related mechanisms.
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Rapid advancement in scientific literacy transforms Xizang
The Xizang Autonomous Region has witnessed a remarkable transformation in public scientific literacy over the past six decades, evolving from a largely uninformed population to a society where science drives social stability and high-quality development. This progress was highlighted by Zhang Hongwei, vice-chairman of the regional association for science and technology, during a recent press conference. He emphasized that the region’s efforts to promote science began shortly after Xizang’s peaceful liberation, with the establishment of basic science boards in towns. Today, the proportion of scientifically literate residents has surged from a mere 0.1% in 2010 to 7.6% in 2023, marking a 75-fold increase. This growth is particularly pronounced among young adults aged 18 to 39, as well as farmers and herders. Xizang now boasts a regional natural science museum, 14 mobile science museum exhibits, and over 300 school-based science museums, ensuring county-level coverage. Additionally, 86 science caravans traverse the region, supported by bilingual science materials and multimedia programs. The region has also extended science outreach to monks, nuns, and grassroots officials, achieving full social group coverage. Digital platforms have further bridged geographical barriers, enabling remote communities to explore advanced fields like astronomy and artificial intelligence. Science education in schools has become a cornerstone of curiosity and discovery, with students like Tsering Yudron expressing newfound fascination with scientific principles. This comprehensive approach underscores Xizang’s commitment to fostering a scientifically literate society.
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New chip sharpens, widens views of the universe
Chinese researchers have unveiled a groundbreaking spectroscopic chip, named RAFAEL (Yuheng in Chinese), which promises to revolutionize the way we observe the universe. Developed by a team at Tsinghua University, this chip, no larger than a mobile phone SIM card, combines exceptional resolution with a panoramic view, enabling sharper, faster, and wider scans of the cosmos. The findings were published in the prestigious journal Nature on October 15, 2025.
Traditional high-resolution spectrometers are often cumbersome and heavy, but RAFAEL’s compact design allows it to be mounted on satellites or deep-space probes, opening new possibilities for mapping the universe’s spectral data. According to Fang Lu, the research leader and professor at Tsinghua University’s Department of Electrical Engineering, the chip can capture full spectral data with sub-angstrom resolution for approximately 10,000 stars per second. This capability could reduce the time needed to compile complete spectra for all stars in the Milky Way from thousands of years to under a decade.
The chip’s core innovation lies in its ability to resolve the long-standing trade-off between resolution and field breadth in spectral imaging. By employing advanced computational imaging methods and reconfigurable integrated photonics based on lithium niobate, the team achieved snapshot spectroscopy with 10-megapixel-level spatial resolution and sub-angstrom spectral resolution across visible and near-infrared wavelengths. This allows the chip to discern light wavelengths down to ten-millionths of a millimeter and detect the slightest energy variations while capturing wide-field scenes in high detail.
Fang emphasized that this new technique surpasses existing international counterparts in snapshot spectroscopy, improving spectral resolution by two orders of magnitude. The on-chip prototype measures just 2 centimeters in length and width, with a depth of 0.5 centimeters, making it highly portable and adaptable for future space and astronomical applications.
The technology’s potential extends beyond astronomy, with promising applications in material identification, plant health, autonomous driving, and atomic spectroscopy. Operations are already underway to integrate the chip into large-aperture telescopes at observatories in Xinglong County (Hebei Province), Lijiang (Yunnan Province), and the Canary Islands (Spain).
Fang concluded that this study marks the beginning of a new era in intelligent photonics, pushing the boundaries of what light can reveal about the universe.
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Early winter flu surge predicted
Health authorities in China are bracing for an earlier-than-usual flu season this winter, driven by a different strain from last year’s dominant virus. Experts are urging the public, particularly high-risk groups, to get vaccinated promptly to mitigate the potential impact. The Chinese Center for Disease Control and Prevention (CDC) reports a rise in flu activity in southern China, while northern regions remain relatively unaffected. Typically, flu season peaks between late November and February, but this year’s outbreak is expected to arrive sooner, mirroring trends observed in several Asian and European countries. Dr. Li Tongzeng, chief physician of the infectious disease department at Beijing You’an Hospital, highlighted that Japan declared the start of its flu season on October 3, five weeks earlier than usual. Similarly, South Korea issued a nationwide flu advisory on October 17, two months ahead of last year’s timeline. Europe is also experiencing a surge, with the UK, Italy, and Germany reporting increased flu cases. The H3N2 strain of influenza A, which dominated recent outbreaks in Australia, New Zealand, and Europe, accounts for over 90% of flu samples tested in China from October 6 to 12. Dr. Li warned that since last year’s primary strain was H1N1, the public may have reduced immunity to H3N2, necessitating heightened precautions. The H1N1, H3N2, and influenza B strains are the main culprits behind seasonal flu epidemics, causing symptoms like fever, cough, sore throat, fatigue, and headache. Dr. Li advises the public to get vaccinated promptly, stock essential medications, and seek early testing and antiviral treatment if symptoms arise. Jiang Jianmin, a researcher at the Zhejiang Provincial CDC, emphasized that individuals aged 60 and above, those with chronic illnesses, and infants over six months old are priority groups for vaccination. Healthcare workers, nursing home staff, and caregivers of infants under six months are also urged to get vaccinated. The early flu surge underscores the importance of proactive measures to curb the spread and protect vulnerable populations.
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Professor’s work preserves script created by women
In a remarkable journey spanning over four decades, Professor Zhao Liming of Tsinghua University has dedicated her life to the preservation and study of Nvshu, the world’s only script exclusively created and used by women. Now 78 and retired, Zhao remains as passionate as ever about this unique writing system, which originated in Jiangyong county, Hunan province, during a time when formal education was largely inaccessible to women. Nvshu, characterized by its delicate, slanted strokes of dots and arcs, served as a private medium for women to express their emotions, document their lives, and support one another in a patriarchal society. Zhao first encountered Nvshu in the 1980s while teaching at Tsinghua’s Department of Chinese Language and Literature. Her fascination with the script led her to conduct extensive field research in Jiangyong, often traveling on hard-seat trains and trekking through remote mountainous areas to gather information before the script vanished entirely. Zhao’s work revealed that Nvshu was not related to ethnic scripts like Miao or Yao but was a local variant derived from Mandarin, confined to a small geographical area she termed a ‘script island.’ The urgency of her mission was underscored by the passing of Yi Nianhua, an elder Nvshu inheritor, before Zhao could deliver asthma medication to her. This loss deepened Zhao’s resolve to preserve the script, which was traditionally buried or cremated with its practitioners, leaving little behind for future generations. With support from Tsinghua University and fellow researchers, Zhao published a comprehensive book on Nvshu in 1992 and later developed a digital Nvshu character set, successfully lobbying for its inclusion in the International Unicode Standard in 2015. According to Zhao, Nvshu represents a unique form of ‘Eastern feminism,’ offering women a private outlet for self-expression and emotional support without directly confronting the patriarchal system. Though the era of natural Nvshu transmission ended with the death of its last traditional inheritor in 2004, Zhao believes the script’s legacy endures as a symbol of female resilience and cultural identity. Today, Nvshu has gained global attention and inspired new generations, evolving from a hidden women’s script into a celebrated cultural artifact. ‘Nvshu was like a meteor — it shone brightly and fulfilled its mission,’ Zhao said. ‘Now, women have access to education and can travel freely. Nvshu’s initial purpose may be complete, but its spirit lives on.’ Even in retirement, Zhao continues to study and promote Nvshu, driven by a belief in its beauty and historical significance.
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China bolsters governance as AI usage, popularity rise
As generative artificial intelligence (AI) becomes increasingly integrated into the daily lives and professional activities of millions, China is reinforcing its regulatory and institutional frameworks to ensure the sector’s healthy and sustainable development. According to a recent report by the China Internet Network Information Center (CNNIC), the number of generative AI users in China surged to 515 million by June 2025, marking a significant increase of 266 million since December 2024. This exponential growth underscores the technology’s transition from experimental use to widespread practical application. Liu Yulin, director of the CNNIC, highlighted that AI has evolved from a laboratory concept into a transformative force reshaping production and lifestyle across the nation. Zhang Xiao, deputy director of the CNNIC, emphasized the growing popularity of domestically developed large AI models, which are driving the intelligent transformation of various industries. The report reveals that the most utilized functions of generative AI include answering questions, office assistance, and content creation, such as generating images and videos. Notably, younger, middle-aged, and highly educated individuals form the core user base, with those under 40 accounting for 74.6% of users and 37.5% holding at least a junior college degree. Social media platforms like Weibo have become hubs for users to share their positive experiences with AI, from enhancing work efficiency to providing emotional support. The rapid adoption of AI has also spurred a surge in AI-related products, with 538 generative AI services registered with the Cyberspace Administration of China by August 2025, a 192-service increase since March. China’s leadership in AI innovation is further evidenced by its 1.58 million AI-related patent applications, representing 38.58% of the global total. To ensure the responsible development of AI, China has introduced a series of policies and regulations, including interim measures for managing generative AI services and guidelines for establishing a national standardization system. Zhang Xiao stressed that these measures provide a robust institutional foundation for the sector’s orderly growth, supporting China’s broader goals of high-quality development. Legal experts have also advocated for risk-based classification and regulation of AI applications, reflecting the nation’s proactive approach to balancing innovation with governance.
