物理系
| 2025 年 1 月 24 日
科大研究揭示超臨界水中二氧化碳不為人知的反應路徑
物理系
| 2025 年 1 月 9 日
科大領導團隊通過使用超冷費米子　實現二維非厄米趨膚效應的突破性量子模擬
物理系
| 2024 年 11 月 27 日
科大研究揭示地球深部可能的生命起源
生命科學部
| 2024 年 10 月 22 日
科大識別新基因 為治療脊髓損傷帶來突破
物理系
| 2024 年 8 月 29 日
科大與上海交大發現新準粒子及雜化方法 開闢實現容錯量子電腦的新途徑
A new study finds that quantum state evolution is direction dependent in the parameter space of dissipative spin-orbit coupled system. Credit: Dong Liu
A new study finds that quantum state evolution is direction dependent in the parameter space of dissipative spin-orbit coupled system. Credit: Dong Liu
物理學
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科大學者發現利用損耗實現量子控制的新方法

香港科技大學（科大）的研究人員發現一個新方法，利用粒子損耗這種在量子器材中通常需要避免的過程來控制量子態，有機會能為實現前所未有的量子態開闢新的途徑。

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Prof. QIAN Peiyuan, Head and Chair Professor of HKUST’s Department of Ocean Science (second left) and Prof. QIU Jianwen, Professor of HKBU’s Department of Biology (second right), along with their team members Prof. WANG Yan (first left), Assistant Professor and Dr. XU Ting, Postdoctoral Fellow of HKUST’s Department of Ocean Science (first right).
Prof. QIAN Peiyuan, Head and Chair Professor of HKUST’s Department of Ocean Science (second left) and Prof. QIU Jianwen, Professor of HKBU’s Department of Biology (second right), along with their team members Prof. WANG Yan (first left), Assistant Professor and Dr. XU Ting, Postdoctoral Fellow of HKUST’s Department of Ocean Science (first right).
海洋科學
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科大與浸大研究團隊聯手破解深海帽貝群體連通性 為生物多樣性保育及生態環境管理提供重要科學依據

香港科技大學(科大)與香港浸會大學(浸大)的研究人員合作，首次破解一種廣泛分佈於西北太平洋深海熱泉(hydrothermal vent) 與冷泉區(hydrocarbon seep)的深海帽貝的種群歷史、遺傳結構，以及群體連...

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Prof. GUO Yusong (third left) and his research team
Prof. GUO Yusong (third left) and his research team
生命科學
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科大及理大研究人員開發體外囊泡重組實驗 為研究蛋白分泌轉運途徑的分子機制提供新見解

香港科技大學(科大)及香港理工大學(理大)研究人員開發了體外囊泡重組實驗，並通過結合該實驗途徑及定量質譜分析，發現了囊泡中受特定因子調控被裝入囊泡的特定貨物蛋白，和介導囊泡運輸的新的調控蛋白...

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A research team led by Prof. Jonathan Eugene HALPERT, Assistant Professor from the Department of Chemistry at HKUST, develops an an inexpensive, lightweight, and lead-free photo-battery that has dual functions in harvesting solar energy and storing energy on a single device.
A research team led by Prof. Jonathan Eugene HALPERT, Assistant Professor from the Department of Chemistry at HKUST, develops an an inexpensive, lightweight, and lead-free photo-battery that has dual functions in harvesting solar energy and storing energy on a single device.
化學
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HKUST researchers develop a photo-rechargeable lead-free perovskite lithium-ion battery that generates energy and stores battery on a single device

A team of researchers from HKUST has developed an inexpensive, lightweight, and non-toxic (lead-free) photo-battery...

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Ice nucleation on foreign surfaces can proceed via both one-step (magenta arrow) and two-step (orange arrows) pathways, facilitated by the balanced synergetic, entropic effects of hexagonal (green spheres) and rhombic (purple spheres) ice structures.
Ice nucleation on foreign surfaces can proceed via both one-step (magenta arrow) and two-step (orange arrows) pathways, facilitated by the balanced synergetic, entropic effects of hexagonal (green spheres) and rhombic (purple spheres) ice structures.
化學
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HKUST Researchers Unveil a Non-classical Nucleation Process That Enhances Ice Formation on Surfaces

Scientists from HKUST have recently discovered a non-classical nucleation process that can greatly facilitate ice formation on foreign…

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HKUST’s Vice-President for Research and Development, Prof. Nancy Ip (second right) and her research team members – including doctoral student and co-first author of this research paper, Ms. Stephanie DUAN Yangyang (first right) – used the confocal imaging system (pictured) to demonstrate how disruption of a familial Alzheimer’s disease mutation by genome editing strategy reduces disease pathology.
HKUST’s Vice-President for Research and Development, Prof. Nancy Ip (second right) and her research team members – including doctoral student and co-first author of this research paper, Ms. Stephanie DUAN Yangyang (first right) – used the confocal imaging system (pictured) to demonstrate how disruption of a familial Alzheimer’s disease mutation by genome editing strategy reduces disease pathology.
生命科學
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科大研發新型基因編輯策略 有助治療阿爾茨海默症

由香港科技大學（科大）領導的國際研究團隊，近期成功研發出一種新型全腦基因編輯技術，在小鼠模型中證明可以改善阿爾茨海默症（AD）的病理症狀，有潛力發展成爲AD的新型長效治療手段...

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(Front Left) Prof. QIAN Peiyuan, Head and Chair Professor of HKUST’s Department of Ocean Science, (Front Right) Prof. QIU Jianwen, Professor of Hong Kong Baptist University’s Department of Biology and their research team.
(Front Left) Prof. QIAN Peiyuan, Head and Chair Professor of HKUST’s Department of Ocean Science, (Front Right) Prof. QIU Jianwen, Professor of Hong Kong Baptist University’s Department of Biology and their research team.
海洋科學
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科大研究團隊解開無腸深海管蟲的基因組秘密

香港科技大學(科大)的研究人員首次破解無腸深海管蟲的染色體層面基因組，發現了管蟲如何透過其共生細菌為其製造的有機營養物，令牠得以於極端環境中生存的機制... 

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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.
生命科學
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科大研發簡單血液測試 及早檢測阿爾茲海默症

由香港科技大學(科大)領導的一支國際研究團隊研，成功利用中國人群患者數據，研發出首個簡單而可靠的血液檢測方法，能及早篩查並識別阿爾茲海默症(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
生命科學
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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.
化學
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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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