
Neuroscience
Our neuroscience study combines biochemistry, molecular biology, pharmacology, physiology, human genetics, “omics” studies, and stem cell biology to advance understanding of brain functions in health and disease.
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Research
Pushing the boundaries of innovation, making new discoveries and establishing new research paradigms.
The research reputation of the School of Science is built upon the strengths of its faculty members, who are renowned experts in multiple fields of science.
Research
The research reputation of the School of Science is built upon the strengths of its faculty members, who are renowned experts in multiple fields of science.

Our neuroscience study combines biochemistry, molecular biology, pharmacology, physiology, human genetics, “omics” studies, and stem cell biology to advance understanding of brain functions in health and disease.
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Stem cells have the unique ability to self-renew and differentiate. They are generally classified into two main types, namely pluripotent stem cells (embryonic stem cells and induced pluripotent stem cells or iPSCs) and tissue stem cells.
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The Department of Chemistry has strengths in the area of synthesis and characterization of new optical materials and their applications.
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Environmental chemistry research involves the study of chemical composition, reactions, and effects of substances in the environment, regardless of whether their origins are natural or anthropogenic.
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Our research on drug synthesis and development aims to develop new and efficient synthetic strategies for chemical synthesis of bioactive natural products, investigate their biological activities, and elucidate their mode of action and cellular targets.
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Scientific computing and data science are two prevailing research areas strongly advocated and focused for development in the Department of Mathematics.
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Metamaterials and photonic crystals are designed structures with properties and material parameters that go beyond those given by natural or composite materials.
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Quantum science studies how the laws of quantum mechanics could lead to novel phenomena in natural and artificial materials and impact the transmission, encryption, and processing of information.
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The Department of Ocean Science emphasizes building multi- and cross-disciplinary research programs in Ocean Science and Technology.
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The world-class research conducted in the School is supported by the work of our research units. Well-equipped with the latest technologies, these units enable our faculty to stay at the forefront of their fields.
Prof. Nancy IP · Life Science
boip@ust.hkProf. Tom CHEUNG · Life Science
tcheung@ust.hkProf. Ho Bun CHAN · Physics
hochan@ust.hkProf. Yang WANG · Mathematics
yangwang@ust.hkProf. Henry YAN · Chemistry
hyan@ust.hkProf. Karl TSIM · Life Science
botsim@ust.hkProf. Danny LEUNG · Life Science
dcyleung@ust.hkProf. George SMOOT · Physics
Prof. Jensen LI · Physics
jensenli@ust.hkProf. Ning WANG · Physics
phwang@ust.hkCenter for Stem Cell Research
Prof. Zhenguo WU · Life Science
bczgwu@ust.hkHKUST The Big Data for Bio Intelligence Laboratory
Prof. Yang WANG · Mathematics
yangwang@ust.hkProf. Jianwei SUN · Chemistry
sunjw@ust.hkProf. Yung Hou WONG · Life Science
boyung@ust.hkProf. Wa-hung LEUNG · Chemistry
chleung@ust.hkProf. Ho Yi MAK · Life Science
hym@ust.hkProf. Bei ZENG · Physics
zengb@ust.hkProf. Zhenguo WU · Life Science
bczgwu@ust.hkProf. Ho Bun CHAN · Physics
hochan@ust.hkEvents & News
The School fosters an environment that encourages and facilitates interdisciplinary research collaboration. Some of the recent significant breakthroughs and discoveries made by our faculty members are highlighted here.
To foster an environment that encourages and facilitates interdisciplinary research collaborations, the School has identified a number of areas where it can better leverage and integrate its strengths.

Our study of Ocean and Environmental Science combines expertise, knowledge and technology from different disciplinary areas. We emphasize understanding of the environment as an integrated system which encompasses factors involving air, land and water, as well as natural processes and human activities through the study of both physical and biological properties.

Through the joint efforts of our faculty from different fields, the School is endeavored to strengthen interdisciplinary collaboration in the study of data analytics. With multiple facets and approaches, data analytics has been widely used in science, social science and business, providing opportunities to translate academic research to real-world application.

SR imaging capability is crucial for HKUST’s competitiveness at the forefront of biophysical and biomedical research. The School of Science and the Institute for Advanced Study have initiated this interdisciplinary project to develop cutting-edge STORM (Stochastic Optical Reconstruction Microscopy) as a platform for collaborations among Life Science, Physics, Chemistry and Engineering.
Throughout the years, the School of Science has built a culture of Knowledge Transfer to advance societal impact. HKUST has emphasized technology transfer since its inception — an exemplary institution for talents to congregate and collaborate while maintaining academic rigor and integrity.
Spin-outs including AIEgen Biotech and AUISET Biotechnology (fluorescent AIEgens with Prof. Benzhong TANG) and Acoustic Metamaterials Group (founded under the mentorship of Prof. PING Sheng) take School discoveries into the market.
Long-term partnerships such as Mathematics with WeGene on genetic analysis, and the HKUST–Nexperia laboratory on semiconductor data analytics, connect faculty and students with industry.
Ocean Science faculty support Mai Po Inner Deep Bay Ramsar Site ecological monitoring for AFCD, and diagnose eutrophication and hypoxia around Hong Kong waters to inform marine protection.