Notes for applicants of MST, Nano, and SCST Programs
This admission program is a joint admission program. Applicants can apply for Molecular Science and Technology Program (MST), Nano Science and Technology Program (Nano) and Sustainable Chemical Science and Technology Program (SCST).
- View and choose three different potential advisors in 4 research areas from our faculty list below. You do not need to contact them in advance.
- According to your order of preference, select their names and the Program/University Department in TIGP on-line application system when applying for Molecular Science and Technology Program (MST), Nano Science and Technology Program (Nano) and Sustainable Chemical Science and Technology Program (SCST).
- Please note that the admission result will be based jointly on your preferences of Program/University and the evaluation of the admission committee. And you may be accepted by one of the three Programs/Universities that you will select, which cannot be changed later.
Below is a list of our partner universities and the Academia Sinica institutions with which they are associated. When selecting your potential advisors, make sure to understand the requirements of each program in advance.
| Program | Academia Sinica Institutions | Partner University / Associated Departments | Applicant Degree Requirement |
|---|---|---|---|
| Molecular Science and Technology (MST) |
|
National Tsing Hua University (NTHU) http://www.nthu.edu.tw
|
Bachelor Master |
| National Central University (NCU) http://www.ncu.edu.tw/index.php
|
Bachelor Master |
||
| National Taiwan University (NTU) http://www.ntu.edu.tw
|
Master only | ||
| Nano Science and Technology (Nano) |
|
National Taiwan University (NTU) http://www.ntu.edu.tw
|
Master only |
| National Tsing Hua University (NTHU) http://www.nthu.edu.tw
|
Bachelor Master |
||
| Sustainable Chemical Science and Technology (SCST) |
|
National Yang Ming Chiao Tung University (NYCU) http://www.nycu.edu.tw/
|
Master only |
| National Taiwan University (NTU) http://www.ntu.edu.tw
|
Master only |
click on the name to view details
| Potential Advisor | Affiliation | Research Interests | Research Keywords | Program / University Department |
|---|---|---|---|---|
| Chi Kung Ni | Institute of Atomic and Molecular Sciences, AS | carbohydrate mass spectrometry, glycobiology, carbohydrate analytical chemistry, building new mass spectrometer (physical chemistry) | mass spectrometry, carbohydrate, structure, mass spectrometer |
|
| Chia-Fu Chou | Institute of Physics, AS | Molecular and Cellular Biophysics, Biophotonics, Nanobiotechnology, Micro/nanofluidics, Biosensors, Tissue Engineering | Biophysics, Biosensors, Nanobiotechnology, Micro/nanofluidics, Tissue Engineering |
|
| Chia-Lung Hsieh | Institute of Atomic and Molecular Sciences, AS | Nanoscale biophysics, interferometric scattering microscopy, label-free bioimaging and sensing | optical microscopy, nanoscale biophysics, cell dynamics, label-free bioimaging, nanoparticle characterization |
|
| Chien-Jung Lo | Department of Physics, NCU | Molecular Motor and Experimental Biophysics | Molecular motor, flagella, active system, single cell biophysics |
|
| Ching-Wei Lin | Institute of Atomic and Molecular Sciences, AS | (1) Short-wave infrared spectroscopy and imaging (2) Photonic nanomaterials (3) Single-wall carbon nanotubes (4) Single-photon emitters | SWIR fluorescence; Nanomedicine; Single-photon source; Cancer imaging; Advanced spectroscopy and microscopy |
|
| Fan-Gang Tseng | Department of Engineering and System Science, NTHU | CTCs/CTM diagnosis and Prognosis, Tumor/Liver/Keyney on a chip, Personalized medicine, Sperm sorting, Targeting cancer drugs delivery | Organ on a Chip, Biosensors, Lab on a Chip, Microfluidics, BNCT nano drugs |
|
| Hans Chun-Hung Lin | Institute of Biological Chemistry, AS | Drug Discovery and CHemical Biology | Carbohydrate chemistry, enzyme inhibitor, probe, bacterial glycans, glycolipid, metabolites |
|
| Hong-Yan Shih | Institute of Physics, AS | Interdisciplinary topics of complex systems, including biophysics, quantitative biology, active matter, fluid dynamics, soft matter, ecology, statistical physics | biological physics, ecology, soft matter, statistical physics, fluid dynamics |
|
| Hsien-Ming Lee | Institute of Chemistry, AS | Smart biomaterials for smart nanomedicine | peptide, liposome, nanomedicine, smart biomaterial, drug delivery |
|
| Hsiung-Lin Tu | Institute of Chemistry, AS | Quantitative Bioanalysis, Bio-interface Engineering, Systems Integration, Cell-mimetic System | Interface chemistry, single-cell analysis, artificial cells, systems integration |
|
| Jen-Tse Huang | Institute of Chemistry, AS | Protein misfolding in Disease, peptide chemistry in amyloid, nanomedicine and nano-pollutant, fluorescence probe development | Peptide chemistry, nanomedicine, fluorescence probe, fluorescence imaging, amyloid |
|
| Jiashing Yu | International Graduate Program of Sustainable Chemical Science and Technology Program, NTU | biomaterials | polymer, biomedical, hydrogel, biomaterials, cell therapy |
|
| Jiun-Jie Shie | Institute of Chemistry, AS | My research interests are primarily in the areas of organic synthesis and chemical biology. Using chemistry as a toolbox to develop new chemical bioconjugations and novel fluorescent smart probes for selective labeling of biomolecules, providing unique tools to study cellular recognition processes. I am also interest in developing new synthetic strategies for the efficient and economical synthesis of therapeutic glycoconjugates and carbohydrate-based small molecular inhibitors to combat infectious and neurological diseases. | Organic Synthesis, Drug Discovery, Fluorescent Probe Design, Protein Labeling, Carbohydrate Chemistry |
|
| Ji-Yen Cheng | Research Center for Applied Sciences, AS | Nucleic acid and protein biosensors Microfluidic device development and applications Cell-based microalalysis, electrotaxis | microfluidics, biosensor, DNA/RNA sensing |
|
| Keita Kamino | Institute of Molecular Biology, AS | Physics of Cellular Information Processing ; Statistical Inference ; Machine Learning ; Physical Modeling of Cellular Processes ; Microfluidics ; Fluorescence Microscopy ; | Physics of Cellular Information Processing ; Statistical Inference ; Machine Learning ; Physical Modeling of Cellular Processes ; Microfluidics ; Fluorescence Microscopy |
|
| Keng-hui Lin | Institute of Physics, AS | I am interested in understanding how the third dimensionality affects cell behaviors and also investigating mechanobiological behaviors in zebrafish. | mechanobiology, 3D cell culture, live cell imaging, image analysis, microfabrication |
|
| Kevin C.-W. Wu | International Graduate Program of Molecular Science and Technology, NTU | Metal-organic frameworks for CO2 separation & utilization, plastic conversion, biomedical applications | Metal-organic frameworks, CO2 separation & utilization, plastic conversion, biomedical applications |
|
| Leigh Aldous | International Graduate Program of Sustainable Chemical Science and Technology Program, NTU | We focus upon using electrochemistry to sustainably harvest the huge amount of waste heat available, via thermogalvanic devices (basically liquid thermoelectrics). We have sub-interests in biomass processing and bioelectrochemistry. | Electrochemistry; Harvesting Waste Heat; Entropy; Biomass Processing; Bioelectrochemistry. |
|
| Peilin Chen | Research Center for Applied Sciences, AS | Biomaterials, imaging, AI-assisted imaging analysis | Biomaterials, imaging, AI-assisted imaging analysis, biosensors, microfluidic |
|
| Sheng-hong Chen | Institute of Molecular Biology, AS | Develop synthetic biological circuits (oscillations, switches and trigger waves) using molecular biological tools and mathematical models for therapeutic applications including cancers, neuro-degeneration, and aging. | systems biology, cell biology, aging, neurodegeneration, metabolism |
|
| Steve Sheng-Fa Yu | Institute of Chemistry, AS | Integration of C1 chemistry to C1 biotransformation for energy storage | Electrocatalysis, Nanocatalysis, Microbiology, Omics Research and Environmental Science |
|
| Tetsuya Hiraiwa | Institute of Physics, AS | Theoretical biological physics; Physics (theoretical) of living matter, softmatter and out-of-equilibrium systems | Biophysics. Mechanobiology. Collective motion. Active matter. Theoretical/computational approaches. |
|
| Todd Lowary | Institute of Biological Chemistry, AS | Organic and Carbohydrate Chemistry, Carbohydrate Biochemistry, Glycoscience | Complex Glycans, Total Synthesis, Methodology, Biological Probes |
|
| Tsyr-Yan Yu | Institute of Atomic and Molecular Sciences, AS | NMR and Biophysics | NMR |
|
| Wei-Hau Chang | Institute of Chemistry, AS | Molecular Imaging for illuminting the mechanism of macromolecular machines | Protein design, cryo electron microscopy, single molecule imaging, virus, nano-technology |
|
| Yet-Ran Chen | Agricultural Biotechnology Research Center, AS | Immune Signaling in Plants, Plant Metabolism, Peptide Signaling, Integrated OMICs Technologies | Plant Immunity, Metabolomics, Proteomics, Mass Spectrometry, Cell Signaling |
|
| Yi-Chung Tung | Research Center for Applied Sciences, AS | Advanced in vitro cell culture model, cell analysis | Microfluidics, Cell Culture Model, Cell Analysis, Biomedical Devices, Biomedical Instruments |
|
| Yu-Ju Chen | Institute of Chemistry, AS | Develop functional nanomaterials and mass spectrometry-based proteomics methodology for exploring cancer biology and biomarker discovery | Analytical chemistry, Proteomics, Mass spectrometry, Nanomaterials, Cancer |
|
| Yu-Jung Lin | Research Center for Applied Sciences, AS | Development of advanced drug delivery system | Biomaterials; Nanomedicine; Controlled drug release; Tissue regeneration |
|
| Cheng-Chung Wang | Institute of Chemistry, AS | Carbohydrate Chemistry | Sugar, Carbohydrate, Glycosylation Reactions, Stereoselectivity, Machine Learning |
|
| Yi-Chun Wu | International Graduate Program of Molecular Science and Technology, NTU | characterization and applications of patient-derived samples in 3D cultures | 3D cell culture, cancer, organoids, circulating tumor cells, single cells |
|
click on the name to view details
| Potential Advisor | Affiliation | Research Interests | Research Keywords | Program / University Department |
|---|---|---|---|---|
| Chao-Ping Hsu | Institute of Chemistry, AS | Charge transport and energy transfer in advanced materials; machine-learning and artificial intelligence-aided computational chemistry | Charge transfer, machine learning, quantum-classical dynamics |
|
| Chen-Hsiung Hung | Institute of Chemistry, AS | CO2 reduction, DSSC, bioinorganic chemistry, porphyrin chemistry | energy, bioinorganic, solar cell, inorganic chemistry, porphyrin |
|
| Chi Kung Ni | Institute of Atomic and Molecular Sciences, AS | carbohydrate mass spectrometry, glycobiology, carbohydrate analytical chemistry, building new mass spectrometer (physical chemistry) | mass spectrometry, carbohydrate, structure, mass spectrometer |
|
| Chia-Chih Chang | International Graduate Program of Sustainable Chemical Science and Technology Program, NYCU | Designing new polymer materials for addressing unmet challenges in energy harvesting, antifouling, drug delivery. | Stimuli-responsive polymer; Bio-based polymer; Polymer Mechanochemistry; Antifouling coatings; Self-adaptive materials |
|
| Chia-Chin Chen | International Graduate Program of Sustainable Chemical Science and Technology Program, NTU | Lithium batteries, Semiconductor devices, Electrochemistry | Lithium batteries, Semiconductor devices, Electrochemistry |
|
| Ching-Wei Lin | Institute of Atomic and Molecular Sciences, AS | (1) Short-wave infrared spectroscopy and imaging (2) Photonic nanomaterials (3) Single-wall carbon nanotubes (4) Single-photon emitters | SWIR fluorescence; Nanomedicine; Single-photon source; Cancer imaging; Advanced spectroscopy and microscopy |
|
| Chun-Cheng Lin | Department of Chemistry, NTHU | carbohydrate synthesis and protein/glycan microarray | carbohydrate, organic synthesis, enzymatic synthesis, protein modification, microarray |
|
| Chung-Ming Sun | International Graduate Program of Sustainable Chemical Science and Technology Program, NYCU | Organic synthesis, Combinatorial Drug Discovery | Organic chemistry |
|
| Chun-Wei Chen | International Graduate Program of Molecular Science and Technology, NTU | 2D materials, Energy Materials | 2D Materials, 2D electronics, solar to fuel conversion, Energy materials |
|
| Dun-Yen Kang | International Graduate Program of Molecular Science and Technology, NTU | MOF, CO2 capture | MOF, membrane, CO2 capture, separation, mass transport |
|
| Hans Chun-Hung Lin | Institute of Biological Chemistry, AS | Drug Discovery and CHemical Biology | Carbohydrate chemistry, enzyme inhibitor, probe, bacterial glycans, glycolipid, metabolites |
|
| Heng-Liang Wu | Center for Condensed Matter Sciences, NTU | Catalysis, Battery, electrochemistry, spectroscopy, in situ methodologies | Catalysis, Battery, electrochemistry, spectroscopy, in situ methodologies |
|
| Hsiao-hua (Bruce) Yu | Institute of Chemistry, AS |
|
Materials, Nanosciece, Cell-Materials interfaces, Organic Chemistry, Polymer Chemistry |
|
| Hsin-Yi Tiffany Chen | Department of Engineering and System Science, NTHU | Computational catalysis | Catalysis, Density Functional Theory, Multiscale modelling, Machine learning |
|
| Hsiung-Lin Tu | Institute of Chemistry, AS | Quantitative Bioanalysis, Bio-interface Engineering, Systems Integration, Cell-mimetic System | Interface chemistry, single-cell analysis, artificial cells, systems integration |
|
| Hung-Ju Yen | Institute of Chemistry, AS | synthesis and structural design of functional materials for optoelectronic and energy applications. | Organic synthesis; Graphene chemistry; Energy storage; Batteries; Optoelectronics |
|
| Jen-Tse Huang | Institute of Chemistry, AS | Protein misfolding in Disease, peptide chemistry in amyloid, nanomedicine and nano-pollutant, fluorescence probe development | Peptide chemistry, nanomedicine, fluorescence probe, fluorescence imaging, amyloid |
|
| Jer-Lai Kuo | Institute of Atomic and Molecular Sciences, AS | First principle calculations and vibrational spectroscopy | computational physics, chemistry and materials |
|
| Jiun-Jie Shie | Institute of Chemistry, AS | My research interests are primarily in the areas of organic synthesis and chemical biology. Using chemistry as a toolbox to develop new chemical bioconjugations and novel fluorescent smart probes for selective labeling of biomolecules, providing unique tools to study cellular recognition processes. I am also interest in developing new synthetic strategies for the efficient and economical synthesis of therapeutic glycoconjugates and carbohydrate-based small molecular inhibitors to combat infectious and neurological diseases. | Organic Synthesis, Drug Discovery, Fluorescent Probe Design, Protein Labeling, Carbohydrate Chemistry |
|
| Jiun-Tai Chen | International Graduate Program of Sustainable Chemical Science and Technology Program, NYCU | polymer, nanomaterials, electron microscope , electrospinning, template | polymer nanomaterials, wearable devices, sensors, bio-inspired, responsive materials |
|
| Leigh Aldous | International Graduate Program of Sustainable Chemical Science and Technology Program, NTU | We focus upon using electrochemistry to sustainably harvest the huge amount of waste heat available, via thermogalvanic devices (basically liquid thermoelectrics). We have sub-interests in biomass processing and bioelectrochemistry. | Electrochemistry; Harvesting Waste Heat; Entropy; Biomass Processing; Bioelectrochemistry. |
|
| Meng-Fan Luo | Department of Physics, NCU | Nano Science and Surface Science | Surface structures, surface reactions, catalysis model systems, 2D materials, UHV |
|
| Michitoshi Hayashi | Center for Condensed Matter Sciences, NTU | First principle study of physical and chemical properties of materials | Interaction between molecules and materials |
|
| Mitch Ming-Hsi Chiang | Institute of Chemistry, AS | development of molecular catalysts and composite materials for energy conversion and storage via electrocatalytic and photocatalytic means. | hydrogen production, electrochemistry, catalysis, biological inorganic chemistry, batteries & fuel cells |
|
| Mu-Huai Fang | Research Center for Applied Sciences, AS | Solid-state electrolyte, nanomaterials, inorganic luminescent materials | Solid-state electrolyte, quantum dot, phosphor, battery, photodetector |
|
| Pei-Ling Luo | Institute of Atomic and Molecular Sciences, AS | Physical Chemistry and Laser Technology | laser technique, time-resolved spectroscopy, Atmospheric chemistry and reaction kinetics |
|
| Pen-Cheng Wang | Department of Engineering and System Science, NTHU | Polymer Science, Nanomaterials, Renewable Energy, Biointerfaces | Conjugated Polymers, Nanomaterials, Renewable Energy, Biointerfaces, Organic Electronics |
|
| Po-Wen CHUNG | Institute of Chemistry, AS | Rational design of heterogeneous catalysts | heterogeneous catalysis. biomass conversion, mechanistic study, sustainable chemistry |
|
| Rong-Jie Chein | Institute of Chemistry, AS | Organic Synthesis | Organic synthesis, asymmetric catalysis, natural product synthesis, drug discovery |
|
| Shih-Sheng Sun | Institute of Chemistry, AS | optoelectronic materials, supramolecular chemistry | organic solar cells, supramolecular chemistry, stimuli-responsive materials, organic photochemistry |
|
| Steve Sheng-Fa Yu | Institute of Chemistry, AS | Integration of C1 chemistry to C1 biotransformation for energy storage | Electrocatalysis, Nanocatalysis, Microbiology, Omics Research and Environmental Science |
|
| Sue-Min Chang | International Graduate Program of Sustainable Chemical Science and Technology Program, NYCU | icial Photosynthesis, Advanced Adsorbent Design | Artificial Photosynthesis, Surface Modification, Molecular Imprinting, Selective adsorption, Sensing |
|
| Tiow-Gan Ong | Institute of Chemistry, AS | Tiow-Gan Ong (TGO) is an Inorganic Chemist who has distinguished himself for his work for non-octet chemical bonding using a "ligand-design strategy." TGO group is internationally known for their contributions to organometallic chemistry and catalysis, which have led to several key breakthroughs, including:
|
Catalysis, Organometallic, Main group Chemistry, Chemistry, carbone |
|
| Todd Lowary | Institute of Biological Chemistry, AS | Organic and Carbohydrate Chemistry, Carbohydrate Biochemistry, Glycoscience | Complex Glycans, Total Synthesis, Methodology, Biological Probes |
|
| Tsyr-Yan Yu | Institute of Atomic and Molecular Sciences, AS | NMR and Biophysics | NMR |
|
| Wei-Hau Chang | Institute of Chemistry, AS | Molecular Imaging for illuminting the mechanism of macromolecular machines | Protein design, cryo electron microscopy, single molecule imaging, virus, nano-technology |
|
| YET-RAN CHEN | Agricultural Biotechnology Research Center, AS | Immune Signaling in Plants, Plant Metabolism, Peptide Signaling, Integrated OMICs Technologies | Plant Immunity, Metabolomics, Proteomics, Mass Spectrometry, Cell Signaling |
|
| Ying-Chih Liao | International Graduate Program of Sustainable Chemical Science and Technology Program, NTU | Biorenewable and Biodegradable material | 3d printing, recycling, bio materials, printed electronics, coatings |
|
| Yi-Pei Li | International Graduate Program of Sustainable Chemical Science and Technology Program, NTU | Computational Chemistry and Reaction Engineering | Computational Chemistry, Machine Learning, Catalysis, Reaction Engineering, Sustainable Chemistry |
|
| Yi-Sheng Wang | Genomics Research Center, AS | Mass spectrometry fundamental, instrumentation, and application | mass spectrometry instrumentation, high-resolution mass spectrometry, ionization chemistry, theoretical calculation, ion-molecular reaction |
|
| Yuan-Pern Lee | International Graduate Program of Sustainable Chemical Science and Technology Program, NYCU | spectrocopy and kinetics of species important in atmospheric chemistry or astrochemistry | p-H2 matrix isolation, step-scan FTIR, astrochemistry, atmospheric chemistry, free radicals |
|
| Yu-Ju Chen | Institute of Chemistry, AS | Develop functional nanomaterials and mass spectrometry-based proteomics methodology for exploring cancer biology and biomarker discovery | Analytical chemistry, Proteomics, Mass spectrometry, Nanomaterials, Cancer |
|
| Cheng-Chung Wang | Institute of Chemistry, AS | Carbohydrate Chemistry | Sugar, Carbohydrate, Glycosylation Reactions, Stereoselectivity, Machine Learning |
|
| Huan-Cheng Chang | Institute of Atomic and Molecular Sciences, AS | We create innovative methods, tools, and technologies grounded in physical chemistry, applying them to tackle biologically and medically relevant challenges. | Biophotonics and bioimaging, Fluorescent nanodiamonds, Nanobiotechnology, Nitrogen-vacancy centers, Quantum sensing |
|
click on the name to view details
| Potential Advisor | Affiliation | Research Interests | Research Keywords | Program / University Department |
|---|---|---|---|---|
| Chao-Cheng Kaun | Research Center for Applied Sciences, AS | Computational nanoelectronics and spintronics, Emerging materials for sustainable energy | First-principles calculations, Quantum transport, Nanoelectronics, Emerging materials, Spintronics |
|
| Chao-Ping Hsu | Institute of Chemistry, AS | Charge transport and energy transfer in advanced materials; machine-learning and artificial intelligence-aided computational chemistry | Charge transfer, machine learning, quantum-classical dynamics |
|
| Chaw-Keong Yong | Department of Physics, NTU | Ultrafast optical spectroscopy, low-dimensional quantum materials, Quantum optics | quantum materials, Floquet physics, quantum nonlinear optics, ultrafast dynamics, femtosecond optics |
|
| Cheng-Tien Chiang | Institute of Atomic and Molecular Sciences, AS | Ultrafast surface science | Electron dynamics; ultrafast optics; double photoemission; high-order harmonic generation; band structure |
|
| Chen-Hsuan Hsu | Institute of Physics, AS | Quantum matter theory | quantum matter, nanoscale systems, topological materials, correlation effects, spin-related phenomena |
|
| Chia-Fu Chou | Institute of Physics, AS | Molecular and Cellular Biophysics, Biophotonics, Nanobiotechnology, Micro/nanofluidics, Biosensors, Tissue Engineering | Biophysics, Biosensors, Nanobiotechnology, Micro/nanofluidics, Tissue Engineering |
|
| Chia-Lung Hsieh | Institute of Atomic and Molecular Sciences, AS | Nanoscale biophysics, interferometric scattering microscopy, label-free bioimaging and sensing | optical microscopy, nanoscale biophysics, cell dynamics, label-free bioimaging, nanoparticle characterization |
|
| Chien-Chun Chen | Department of Engineering and System Science, NTHU | Synchrotron Radiation, Transmission Electron Microscopy, Coherent Scattering, Computed Tomography, Diffraction Imaging | Scanning Transmission Electron Microscopy, Electron Tomography, Coherent Diffraction |
|
| Chien-Jung Lo | Department of Physics, NCU | Molecular Motor and Experimental Biophysics | Molecular motor, flagella, active system, single cell biophysics |
|
| Chi-Te Liang | Department of Physics, NTU | Quantum Transport | Graphene, 2D materials, quantum Hall, superconductivity |
|
| Chung-Ting Ke | Institute of Physics, AS | Superconducting qubit, 2D vdW and topological materials, quantum transport, quantum phase transition and topological superconductivity | Superconducting qubits, quantum devices, 2D materials, Josephson junction |
|
| Chun-Wei Pao | Research Center for Applied Sciences, AS | Multiscale computational materials physics/science and machine learning | multiscale simulations, machine learning |
|
| Danru Qu | Center for Condensed Matter Sciences, NTU | Magnetism, Spintronics, Magnetic materials, Spintronic materials, Topological materials, Thin films, Device fabrication | Magnetism, Spintronics, Topological materials, thin films |
|
| Guang-Yu Guo | Department of Physics, NTU | condensed matter theory, computational materials physics, 2D materials, topological materials, superconductors | condensed matter theory, computational materials physics, topological materials, superconductors |
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| Hong-Yan Shih | Institute of Physics, AS | Interdisciplinary topics of complex systems, including biophysics, quantitative biology, active matter, fluid dynamics, soft matter, ecology, statistical physics | biological physics, ecology, soft matter, statistical physics, fluid dynamics |
|
| Hsiang-Huan Jen | Institute of Atomic and Molecular Sciences, AS | Quantum optics theory. Ultracold atom theory. | Quantum optics, quantum information, quantum science, and quantum technology. |
|
| Jer-Lai Kuo | Institute of Atomic and Molecular Sciences, AS | First principle calculations and vibrational spectroscopy | computational physics, chemistry and materials |
|
| Keita Kamino | Institute of Molecular Biology, AS | Physics of Cellular Information Processing ; Statistical Inference ; Machine Learning ; Physical Modeling of Cellular Processes ; Microfluidics ; Fluorescence Microscopy ; | Physics of Cellular Information Processing ; Statistical Inference ; Machine Learning ; Physical Modeling of Cellular Processes ; Microfluidics ; Fluorescence Microscopy ; |
|
| Keng-hui Lin | Institute of Physics, AS | I am interested in understanding how the third dimensionality affects cell behaviors and also investigating mechanobiological behaviors in zebrafish. | mechanobiology, 3D cell culture, live cell imaging, image analysis, microfabrication |
|
| Kuei-Shu Chang-Liao | Department of Engineering and System Science, NTHU | Semiconductor devices | Process, Design, Characterization, and Simulation of semiconductor devices, Radiation effects on semiconductor devices |
|
| Kung-Hsuan Lin | Institute of Physics, AS | Laser spectroscopy and optical physics of condensed matters | Nanomaterials, Optical physics, Nonlinear optics, Ultrafast phenomena; Laser spectroscopy |
|
| Li-Chyong Chen | Department of Physics, NTU | Nanomaterials, energy | Nanomaterials, Optoelectronic, Energy, CO2 reduction, Semiconductor |
|
| Mario Hofmann | Department of Physics, NTU | Nanoscale materials and electronic devices | nanoelectronics, 2D materials, quantum systems, energy generators, carrier transport |
|
| Mei-Yin Chou | Institute of Atomic and Molecular Sciences, AS | Computational Materials Physics | First-Principles Electronic Structure Calculations, Two-Dimensional Meterials |
|
| Meng-Fan Luo | Department of Physics, NCU | Nano Science and Surface Science | Surface structures, surface reactions, catalysis model systems, 2D materials, UHV |
|
| Michitoshi Hayashi | Center for Condensed Matter Sciences, NTU | First principle study of physical and chemical properties of materials | Interaction between molecules and materials |
|
| Ming-Shien Chang | Institute of Atomic and Molecular Sciences, AS | 1. Spinor Bose-Einstein condensates 2. Quantum computation/simulation with cold atoms | atomic Bose-Einstein Condensates, quantum simulation, quantum computation, quantum sensing, laser cooling and atom trapping |
|
| Minn-Tsong Lin | Department of Physics, NTU | https://web.phys.ntu.edu.tw/nanomagnetism/eng/intro.html | https://web.phys.ntu.edu.tw/nanomagnetism/eng/intro.html |
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| Pei-Ling Luo | Institute of Atomic and Molecular Sciences, AS | Physical Chemistry and Laser Technology | laser technique, time-resolved spectroscopy, Atmospheric chemistry and reaction kinetics |
|
| Raman Sankar | Institute of Physics, AS | Physics and nano | Topological insulator, 2D material, superconductivity, pervoskite, magnetic |
|
| Shang-Fan Lee | Institute of Physics, AS | spintronics, magnetism | spintronics, magnetism, spin torque, magnon |
|
| Sheng-hong Chen | Institute of Molecular Biology, AS | Develop synthetic biological circuits (oscillations, switches and trigger waves) using molecular biological tools and mathematical models for therapeutic applications including cancers, neuro-degeneration, and aging. | systems biology, cell biology, aging, neurodegeneration, metabolism |
|
| Tetsuya Hiraiwa | Institute of Physics, AS | Theoretical biological physics; Physics (theoretical) of living matter, softmatter and out-of-equilibrium systems | Biophysics. Mechanobiology. Collective motion. Active matter. Theoretical/computational approaches. |
|
| Tien-Ming Chuang | Institute of Physics, AS | Study electronic properties of novel quantum materials by scanning probe microscopy | quantum materials, scanning tunneling microscopy, scanning force microscopy |
|
| Wei-Hua Wang | Institute of Atomic and Molecular Sciences, AS | Physics of novel electronic materials, low-dimensional nano-devices fabrication, electronic transport and optoelectronic properties. | 2D materials, nanoelectronics, optoelectronics, device physics, device fabrication |
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| Wei-Li Lee | Institute of Physics, AS | Experimental condensed matter physics, low temperature physics, magnetotransport properties in quantum material systems, strongly correlated electronic systems, and 2D microcrystal devices | topological materials, complex oxide systems, quantum device physics, 2D microcrystal devices |
|
| Woei Wu Larry Pai | Department of Physics, NTU | 2D and quasi-1D material surface atomic structure and new phases, molecular beam epitaxy of 2D materials ultrathin films and their heterostructures, charge density waves and electronic phase transition, scanning probe microscopy and spectroscopy | 2D and quasi-1D material surface atomic structure and new phases, molecular beam epitaxy of 2D materials ultrathin films and their heterostructures, charge density waves and electronic phase transition, scanning probe microscopy and spectroscopy |
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| Ya-Ping Hsieh | Institute of Atomic and Molecular Sciences, AS | Two-Dimensional material synthesis; CO2 reduction, HER, electronic devices; | Two-Dimensional material synthesis; HER, opto-electronic devices; |
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| Ying-Cheng Chen | Institute of Atomic and Molecular Sciences, AS | quantum computing with cold atoms, quantum optics, quantum information, quantum memory | quantum computing, quantum information science, quantum optics, atomic physics |
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| Yi-Sheng Wang | Genomics Research Center, AS | Mass spectrometry fundamental, instrumentation, and application | mass spectrometry instrumentation, high-resolution mass spectrometry, ionization chemistry, theoretical calculation, ion-molecular reaction |
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| Yu-Chieh Wen | Institute of Physics, AS | Quantum material physics, Optical physics, surface physical chemistry, laser spectroscopy | Quantum material physics, surface physical chemistry, nonlinear optical, ultrafast laser spectroscopy, photodetection |
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| Yu-Ju Lin | Institute of Atomic and Molecular Sciences, AS | Laser cooling and trapping of cold atoms, atomic Bose-Einstein condensates | Ultracold quantum gases, Bose-Einstein Condensation (BEC), Spinor BEC, synthetic gauge potentials, Manipulation of orbital angular momentum by atom-light coupling |
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| Yu-Jung Lu | Research Center for Applied Sciences, AS | Plasmonics, nanophotonics and metamaterials | solar energy harvesting system, nanolasers, phototransistors, superconducting single photon detectors, plasmon-enhanced HER |
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| Yun-Chorng Chang | Research Center for Applied Sciences, AS | Nanophotonics, Semiconductor, Plasmonics | Nanophotonics, Plasmonics, Nanofabrication, Semiconductor, Biosensing |
|
click on the name to view details
| Potential Advisor | Affiliation | Research Interests | Research Keywords | Program / University Department |
|---|---|---|---|---|
| Chao-Cheng Kaun | Research Center for Applied Sciences, AS | Computational nanoelectronics and spintronics, Emerging materials for sustainable energy | First-principles calculations, Quantum transport, Nanoelectronics, Emerging materials, Spintronics |
|
| Chaw-Keong Yong | Department of Physics, NTU | Ultrafast optical spectroscopy, low-dimensional quantum materials, Quantum optics | quantum materials, Floquet physics, quantum nonlinear optics, ultrafast dynamics, femtosecond optics |
|
| Cheng-Tien Chiang | Institute of Atomic and Molecular Sciences, AS | Ultrafast surface science | Electron dynamics; ultrafast optics; double photoemission; high-order harmonic generation; band structure |
|
| Chen-Hsuan Hsu | Institute of Physics, AS | Quantum matter theory | quantum matter, nanoscale systems, topological materials, correlation effects, spin-related phenomena |
|
| Chia-Chih Chang | International Graduate Program of Sustainable Chemical Science and Technology Program, NYCU | Designing new polymer materials for addressing unmet challenges in energy harvesting, antifouling, drug delivery. | Stimuli-responsive polymer; Bio-based polymer; Polymer Mechanochemistry; Antifouling coatings; Self-adaptive materials |
|
| Chia-Chin Chen | International Graduate Program of Sustainable Chemical Science and Technology Program, NTU | Lithium batteries, Semiconductor devices, Electrochemistry | Lithium batteries, Semiconductor devices, Electrochemistry |
|
| Chien-Chun Chen | Department of Engineering and System Science, NTHU | Synchrotron Radiation, Transmission Electron Microscopy, Coherent Scattering, Computed Tomography, Diffraction Imaging | Scanning Transmission Electron Microscopy, Electron Tomography, Coherent Diffraction |
|
| Chih Wei Chu | Research Center for Applied Sciences, AS | Thin film electronics and batteries | solar cells, thin film transistors, batteries, tandem solar cells, perovskite |
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| Chung-Ting Ke | Institute of Physics, AS | Superconducting qubit, 2D vdW and topological materials, quantum transport, quantum phase transition and topological superconductivity | Superconducting qubits, quantum devices, 2D materials, Josephson junction |
|
| Chun-Wei Chen | International Graduate Program of Molecular Science and Technology, NTU | 2D materials, Energy Materials | 2D Materials, 2D electronics, solar to fuel conversion, Energy materials |
|
| Chun-Wei Pao | Research Center for Applied Sciences, AS | Multiscale computational materials physics/science and machine learning | multiscale simulations, machine learning |
|
| Danru Qu | Center for Condensed Matter Sciences, NTU | Magnetism, Spintronics, Magnetic materials, Spintronic materials, Topological materials, Thin films, Device fabrication | Magnetism, Spintronics, Topological materials, thin films |
|
| Dun-Yen Kang | International Graduate Program of Molecular Science and Technology, NTU | MOF, CO2 capture | MOF, membrane, CO2 capture, separation, mass transport |
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| Fan-Gang Tseng | Department of Engineering and System Science, NTHU | CTCs/CTM diagnosis and Prognosis, Tumor/Liver/Keyney on a chip, Personalized medicine, Sperm sorting, Targeting cancer drugs delivery | Organ on a Chip, Biosensors, Lab on a Chip, Microfluidics, BNCT nano drugs |
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| Guang-Yu Guo | Department of Physics, NTU | condensed matter theory, computational materials physics, 2D materials, topological materials, superconductors | condensed matter theory, computational materials physics, topological materials, superconductors |
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| Heng-Liang Wu | Center for Condensed Matter Sciences, NTU | Catalysis, Battery, electrochemistry, spectroscopy, in situ methodologies | Catalysis, Battery, electrochemistry, spectroscopy, in situ methodologies |
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| Hsiao-hua (Bruce) Yu | Institute of Chemistry, AS |
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Materials, Nanosciece, Cell-Materials interfaces, Organic Chemistry, Polymer Chemistry |
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| Hsien-Ming Lee | Institute of Chemistry, AS | Smart biomaterials for smart nanomedicine | peptide, liposome, nanomedicine, smart biomaterial, drug delivery |
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| Hsin-Yi Tiffany Chen | Department of Engineering and System Science, NTHU | Computational catalysis | Catalysis, Density Functional Theory, Multiscale modelling, Machine learning |
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| Hung-Ju Yen | Institute of Chemistry, AS | synthesis and structural design of functional materials for optoelectronic and energy applications. | Organic synthesis; Graphene chemistry; Energy storage; Batteries; Optoelectronics |
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| Jiashing Yu | International Graduate Program of Sustainable Chemical Science and Technology Program, NTU | biomaterials | polymer, biomedical, hydrogel, biomaterials, cell therapy |
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| Jiun-Tai Chen | International Graduate Program of Sustainable Chemical Science and Technology Program, NYCU | polymer, nanomaterials, electron microscope , electrospinning, template | polymer nanomaterials, wearable devices, sensors, bio-inspired, responsive materials |
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| Ji-Yen Cheng | Research Center for Applied Sciences, AS | Nucleic acid and protein biosensors Microfluidic device development and applications Cell-based microalalysis, electrotaxis | microfluidics, biosensor, DNA/RNA sensing |
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| Kevin C.-W. Wu | International Graduate Program of Molecular Science and Technology, NTU | Metal-organic frameworks for CO2 separation & utilization, plastic conversion, biomedical applications | Metal-organic frameworks, CO2 separation & utilization, plastic conversion, biomedical applications |
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| Kuei-Shu Chang-Liao | Department of Engineering and System Science, NTHU | Semiconductor devices | Process, Design, Characterization, and Simulation of semiconductor devices, Radiation effects on semiconductor devices |
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| Kung-Hsuan Lin | Institute of Physics, AS | Laser spectroscopy and optical physics of condensed matters | Nanomaterials, Optical physics, Nonlinear optics, Ultrafast phenomena; Laser spectroscopy |
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| Li-Chyong Chen | Department of Physics, NTU | Nanomaterials, energy | Nanomaterials, Optoelectronic, Energy, CO2 reduction, Semiconductor |
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| Mario Hofmann | Department of Physics, NTU | Nanoscale materials and electronic devices | nanoelectronics, 2D materials, quantum systems, energy generators, carrier transport |
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| Mei-Yin Chou | Institute of Atomic and Molecular Sciences, AS | Computational Materials Physics | First-Principles Electronic Structure Calculations, Two-Dimensional Meterials |
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| Minn-Tsong Lin | Department of Physics, NTU | https://web.phys.ntu.edu.tw/nanomagnetism/eng/intro.html | https://web.phys.ntu.edu.tw/nanomagnetism/eng/intro.html |
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| Mitch Ming-Hsi Chiang | Institute of Chemistry, AS | development of molecular catalysts and composite materials for energy conversion and storage via electrocatalytic and photocatalytic means. | hydrogen production, electrochemistry, catalysis, biological inorganic chemistry, batteries & fuel cells |
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| Mu-Huai Fang | Research Center for Applied Sciences, AS | Solid-state electrolyte, nanomaterials, inorganic luminescent materials | Solid-state electrolyte, quantum dot, phosphor, battery, photodetector |
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| Peilin Chen | Research Center for Applied Sciences, AS | Biomaterials, imaging, AI-assisted imaging analysis | Biomaterials, imaging, AI-assisted imaging analysis, biosensors, microfluidic |
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| Pen-Cheng Wang | Department of Engineering and System Science, NTHU | Polymer Science, Nanomaterials, Renewable Energy, Biointerfaces | Conjugated Polymers, Nanomaterials, Renewable Energy, Biointerfaces, Organic Electronics |
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| Peng-Wei Chu | Department of Engineering and System Science, NTHU | Electrochemistry and Microscopy, Corrosion of Metals and Alloys, Biodegradable Alloys, Metal Battery Systems | Metals and Alloys, Corrosion, Electrochemistry, Microscopy, Characterizations |
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| Po-Wen CHUNG | Institute of Chemistry, AS | Rational design of heterogeneous catalysts | heterogeneous catalysis. biomass conversion, mechanistic study, sustainable chemistry |
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| Raman Sankar | Institute of Physics, AS | Physics and nano | Topological insulator, 2D material, superconductivity, pervoskite, magnetic |
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| Shang-Fan Lee | Institute of Physics, AS | spintronics, magnetism | spintronics, magnetism, spin torque, magnon |
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| Shih-Sheng Sun | Institute of Chemistry, AS | optoelectronic materials, supramolecular chemistry | organic solar cells, supramolecular chemistry, stimuli-responsive materials, organic photochemistry |
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| Sue-Min Chang | International Graduate Program of Sustainable Chemical Science and Technology Program, NYCU | icial Photosynthesis, Advanced Adsorbent Design | Artificial Photosynthesis, Surface Modification, Molecular Imprinting, Selective adsorption, Sensing |
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| Szu-yuan Chen | Institute of Atomic and Molecular Sciences, AS | Mid-infrared semiconductor optoelectronic devices; solar cell and solar water splitting | mid-infrared photodiode, mid-infrared laser, solar cell, solar hydrogen production, plasmon polariton |
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| Tiow-Gan Ong | Institute of Chemistry, AS | Tiow-Gan Ong (TGO) is an Inorganic Chemist who has distinguished himself for his work for non-octet chemical bonding using a "ligand-design strategy." TGO group is internationally known for their contributions to organometallic chemistry and catalysis, which have led to several key breakthroughs, including:
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Catalysis, Organometallic, Main group Chemistry, Chemistry, carbone |
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| Wei-Hua Wang | Institute of Atomic and Molecular Sciences, AS | Physics of novel electronic materials, low-dimensional nano-devices fabrication, electronic transport and optoelectronic properties. | 2D materials, nanoelectronics, optoelectronics, device physics, device fabrication |
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| Wei-Li Lee | Institute of Physics, AS | Experimental condensed matter physics, low temperature physics, magnetotransport properties in quantum material systems, strongly correlated electronic systems, and 2D microcrystal devices | topological materials, complex oxide systems, quantum device physics, 2D microcrystal devices |
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| Ya-Ping Hsieh | Institute of Atomic and Molecular Sciences, AS | Two-Dimensional material synthesis; CO2 reduction, HER, electronic devices; | Two-Dimensional material synthesis; HER, opto-electronic devices; |
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| Ying-Chih Liao | International Graduate Program of Sustainable Chemical Science and Technology Program, NTU | Biorenewable and Biodegradable material | 3d printing, recycling, bio materials, printed electronics, coatings |
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| Yi-Pei Li | International Graduate Program of Sustainable Chemical Science and Technology Program, NTU | Computational Chemistry and Reaction Engineering | Computational Chemistry, Machine Learning, Catalysis, Reaction Engineering, Sustainable Chemistry |
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| Yu-Chieh Wen | Institute of Physics, AS | Quantum material physics, Optical physics, surface physical chemistry, laser spectroscopy | Quantum material physics, surface physical chemistry, nonlinear optical, ultrafast laser spectroscopy, photodetection |
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| Yu-Jung Lin | Research Center for Applied Sciences, AS | Development of advanced drug delivery system | Biomaterials; Nanomedicine; Controlled drug release; Tissue regeneration |
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| Yu-Jung Lu | Research Center for Applied Sciences, AS | Plasmonics, nanophotonics and metamaterials | solar energy harvesting system, nanolasers, phototransistors, superconducting single photon detectors, plasmon-enhanced HER |
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| Yun-Chorng Chang | Research Center for Applied Sciences, AS | Nanophotonics, Semiconductor, Plasmonics | Nanophotonics, Plasmonics, Nanofabrication, Semiconductor, Biosensing |
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| Kuei-Hsien Chen | Institute of Atomic and Molecular Sciences, AS | Energy materials | materials, sustainability, energy, CO2 reduction |
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| Yi-Chun Wu | International Graduate Program of Molecular Science and Technology, NTU | characterization and applications of patient-derived samples in 3D cultures | 3D cell culture, cancer, organoids, circulating tumor cells, single cells |
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| Chung-Hsin Lu | International Graduate Program of Sustainable Chemical Science and Technology Program, NTU | nanomaterials, lithium-ion batteries, quantum dots, phosphors, semiconductor materials, SiC semiconductors, ESG 3 | nanomaterials, lithium-ion batteries, quantum dots, phosphors, semiconductor processing, chemical mechanical polishing, material recovery |
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