物理系
| 2025 年 4 月 23 日
揭秘超流体：科大研究揭示偶极相互作用如何影响二维超流体行为
生命科学部
| 2025 年 3 月 28 日
科大生命科学团队建立颅内视束损伤模型 揭示重塑中枢神经系统损伤后功能性环路的关键机制
生命科学部
| 2025 年 2 月 23 日
科大发现阿尔茨海默病保护性遗传因素 揭示疾病机制
物理系
| 2025 年 1 月 24 日
科大研究揭示超临界水中二氧化碳不为人知的反应路径
物理系
| 2025 年 1 月 9 日
科大领导团队通过使用超冷费米子　实现二维非厄米趋肤效应的突破性量子模拟
HKUST’s Vice-President (Research and Development) Prof. Nancy IP (Middle) and her research team members - including doctoral student Mr. Jason JIANG Yuanbing (second left) who is the first author of this research paper.
HKUST’s Vice-President (Research and Development) Prof. Nancy IP (Middle) and her research team members - including doctoral student Mr. Jason JIANG Yuanbing (second left) who is the first author of this research paper.
生命科学
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科大研发简单血液测试 及早检测阿尔兹海默症

由香港科技大学(科大)领导的一支国际研究团队，成功利用中国人群患者数据，研发出首个简单而可靠的血液检测方法，能及早筛查并识别阿尔兹海默症(AD)患者...

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Prof. WANG Jiguang (front, seated) and his research team
Prof. WANG Jiguang (front, seated) and his research team
生命科学
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HKUST-Beijing Tiantan Hospital Researchers Discover a New Cause for the Cerebral Cavernous Malformation

Researchers from the HKUST and Beijing Tiantan Hospital have recently uncovered a new gene mutation responsible for the non-familial…

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The movement of bacterial RNA Polymerase's Clamp and β-lobe (the purple and orange part in the picture, respectively) facilitates the DNA melting during initiation of transcription.
The movement of bacterial RNA Polymerase's Clamp and β-lobe (the purple and orange part in the picture, respectively) facilitates the DNA melting during initiation of transcription.
化学
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HKUST Scientists Discover How Antibiotics Target Bacterial RNAP to Inhibit Its Gene Transcription

A group of researchers at HKUST has uncovered the mechanism of how DNA is being melted to start bacterial gene transcription and how one…

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Prof. Huang (third left) and her research team.
Prof. Huang (third left) and her research team.
化学
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HKUST Researchers Develop a Novel Raman Spectroscopy Platform to Characterize Intrinsically Disordered Proteins in Dilute Solution

It is challenging to analyze proteins at low concentrations, especially for those in a mixture of various conformations such as…

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Simulation snapshot of a self-propelling topological defect in an active liquid crystal guided by a light pattern (shone in pink region)
Simulation snapshot of a self-propelling topological defect in an active liquid crystal guided by a light pattern (shone in pink region)
物理学
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Active Liquid Crystal Systems Examined in Search of Autonomous Materials Systems

Liquid Crystals (LC) are widely deployed in display technology and optical fibers. From smartphones in your pockets to large screen TVs…

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Prof. CHAN Wan (Fourth left), Prof. YU Jianzhen (Second right) and their research teams.
Prof. CHAN Wan (Fourth left), Prof. YU Jianzhen (Second right) and their research teams.
化学
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科大研究人员发现戴口罩或能减低与空气中致癌物有关的癌症风险

香港科技大学的研究人员最近证实，佩戴口罩除了能保护人们避免吸入带有病原体的飞沫外，亦能过滤空气中的致癌化合物... 

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(Stock Photo) Prof. Qian Peiyuan (right) and LI Zhongrui (left) from his research team have been studying the microbe-animal interactions.
(Stock Photo) Prof. Qian Peiyuan (right) and LI Zhongrui (left) from his research team have been studying the microbe-animal interactions.
生命科学
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科大破解人类口腔微生物小分子促进牙菌膜形成的奥秘

香港科技大学的一支跨学科研究团队揭示了人类口腔变形链球菌（Streptococcus mutans…

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Prof. Sun (middle) and his research team
Prof. Sun (middle) and his research team
化学
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科大研究人员发现制造新种手性分子的新方法 为药物发展带来新希望
香港科技大学的研究团队发现了一个新方法，制造出一种以往很难被制造的新球形分子... 
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Prof. QIAN (middle) visited the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) in 2015. Dr. SUN Jin (second right) from HKUST and Dr. CHEN Chong from JAMSTEC (first left) have also contributed to the research
Prof. QIAN (middle) visited the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) in 2015. Dr. SUN Jin (second right) from HKUST and Dr. CHEN Chong from JAMSTEC (first left) have also contributed to the research
海洋科学
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科大首次破解深海海底热泉神盾螺共生体基因组 揭秘地球极端环境的生存策略

由钱培元教授(海洋科学)领导的研究团队，于《自然· 通讯》期刊发表了有关海底热泉一种无脊椎动物—神盾螺共生体运作机制的最新研究成果...

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Prof. Guo (first right) and his research team
Prof. Guo (first right) and his research team
生命科学
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HKUST Researchers Discover a Novel Mechanism of Recruiting Arf Family Proteins to Specific Subcellular Localizations

HKUST researchers recently uncovered a novel molecular mechanism that regulates the subcellular localizations of Arf proteins, shedding…

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