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, Mass spectrometry |
Carbohydrate, Glycobiology, Mass spectrometry, Mass spectrometer |
|
| Chia-Fu Chou | Institute of Physics, AS | Molecular and Cellular Biophysics, Biophotonics, Nanobiotechnology, Micro/nanofluidics, Biosensors, Tissue Engineering and Regenerative Medicine |
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 |
|
| Ching-Wei Lin | Institute of Atomic and Molecular Sciences, AS |
|
SWIR fluorescence, Nanomedicine, Single-photon source, Cancer imaging, Advanced spectroscopy and microscopy |
|
| Chun-Hung Lin | Institute of Biological Chemistry, AS | Chemical Biology and Drug Discovery | 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 |
Single-cell analysis, Interface chemistry, Artificial cells, Systems integration, Nanomaterials |
|
| Jen-Tse Huang | Institute of Chemistry, AS | Nanomedicine and drug development, Fluorescence probe development, Protein misfolding in Disease, Peptide chemistry |
Peptide chemistry, Nanomedicine, Fluorescence probe development, Drug development, 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 small molecules to combat cancer, infectious and neurological diseases. |
Fluorescent probe, Bioconjugation, Bioimaging, Drug discovery, Molecular editing |
|
| Keita Kamino | Institute of Molecular Biology, AS | Physics of Cellular Information Processing, Statistical Inference, Machine Learning, Physical Modeling of Cellular Processes, Microfluidics, Fluorescence Microscopy |
Biophysics, Quantitative biology, Cellular information processing, Cell motility, Statistical inference |
|
| 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 |
|
| Peilin Chen | Research Center for Applied Sciences, AS |
|
Imaging, Bioelectronics, Biomaterials, Microfluidic device |
|
| Sheng-hong Chen | Institute of Molecular Biology, AS | Understanding critical biological questions (cancer, aging and degeneration) using physics and quantitative approaches | Quantitative biology, Cancer, Aging, Systems biology, Biological design |
|
| 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 | We are actively pursuing the development of In-situ NMR methods to investigate membrane proteins and transthyretin-related familial amyloid polyneuropathy (TTR-FAP). | NMR, Membrane protein, Dynamics |
|
| Wei-Hau Chang | Institute of Chemistry, AS | Nano-biotechnology, Cryo electron microscopy theory and practice, Design and molecular imaging of protein machine |
Imaging, Virus, RNA, Nano, Protein design |
|
| Yet-Ran Chen | Agricultural Biotechnology Research Center, AS | Extracellular Molecular Signals for Manipulating Plant Immunity and Bioactive Phytocompound Biosynthesis | Plant immuniy, Analytical chemistry, Mass spectrometry, Integreated OMICs |
|
| Yu-Jung Lin | Research Center for Applied Sciences, AS | Development of advanced drug delivery systems, Development of therapeutic gas-generating systems |
Biomaterials, Nanomedicine, Immunotherapy, Tissue regeneration, Hydrogen medicine |
|
click on the name to view details
| Potential Advisor | Affiliation | Research Interests | Research Keywords | Program / University Department |
|---|---|---|---|---|
| Angela Yu-Chen Lin | International Graduate Program of Molecular Science and Technology, NTU | Occurrence, fate and removal of trace organic pollutants (i.e. emerging contaminants, PFAS) in aqueous environments; Photochemistry | Photochemistry, Emerging contaminants, Pharmaceuticals, Water treatment, Trance organic analysis |
|
| Chao-Ping Hsu | Institute of Chemistry, AS | Quantum chemistry prediction for electron and energy transfer problems, Machine learning and artificial intelligence for chemistry problems, Nonlinear dynamics for biochemical processes in cells |
Electron transfer, Energy transfer, Dynamics for material and life sciences, Machine learning |
|
| Cheng-Chung Wang | Institute of Chemistry, AS | Carbohydrate Chemistry | Sugar, Carbohydrate, Glycosylation reactions, Stereoselectivity, Machine learning |
|
| Chen-Hsiung Hung | Institute of Chemistry, AS | Energy, Bioinorganic, Solar cell, Inorganic chemistry, Porphyrin |
Porphyrin, CO2 reduction, Water splitting, Catalysis, Energy |
|
| Chi Kung Ni | Institute of Atomic and Molecular Sciences, AS | Carbohydrate mass spectrometry, Mass spectrometry |
Carbohydrate, glycobiology, Mass spectrometry, Mass spectrometer |
|
| Chia-Chih Chang | International Graduate Program of Sustainable Chemical Science and Technology Program, NYCU | Polymer chemistry | Photopolymerization, Hydrophilic polymer, Conjugated self-assembled monolayers, Controlled radical polymerization, Sustainable polymer |
|
| Chia-Chin Chen | International Graduate Program of Sustainable Chemical Science and Technology Program, NTU | Semiconductor, Battery, Electrochemistry, Charge transport, Defect chemistry |
Semiconductor, Battery, Electrochemistry, Charge transport, Defect chemistry |
|
| Ching-Wei Lin | Institute of Atomic and Molecular Sciences, AS |
|
SWIR fluorescence, Nanomedicine, Single-photon source, Cancer imaging, Advanced spectroscopy and microscopy |
|
| Chu-Chen Chueh | International Graduate Program of Sustainable Chemical Science and Technology Program, NTU | Oragnic and hybrid perovskite semiconductors | Conjugated polymers, Functional polymers, Hybrid perovskites, Soulution-processable semiconductors, Optoelectronic semiconducting devices |
|
| 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 |
Nano-materials, Semiconductors, Electrochemistry, Li-ion batteries, Electronic cereamics |
|
| Chun-Hong Kuo | International Graduate Program of Sustainable Chemical Science and Technology Program, NYCU | Inorganic-organic hybrid nanocomposite for catalytic energy conversion, Characterizations with in-situ spectroscopies, Chiral nanoarchitecutonics for chiroptical sensing and catalysis |
Catalysis, Nanoarchitectonics, In-situ spectroscopy, Chiroptics, CO2 reduction |
|
| Chun-Hung Lin | Institute of Biological Chemistry, AS | Chemical Biology and Drug Discovery | Carbohydrate chemistry, Enzyme inhibitor, Probe, Bacterial glycans, Glycolipid, Metabolites |
|
| Chun-Wei Chen | International Graduate Program of Molecular Science and Technology, NTU | 2D materials, Energy materials |
2D materials, Energy materials |
|
| Dun-Yen Kang | International Graduate Program of Molecular Science and Technology, NTU | CO2 capture, MOF, Membrane gas separation, Mass transfer in porous media |
CO2 capture, MOF, Membrane gas separation, Mass transfer in porous media |
|
| Heng-Liang Wu | Center for Condensed Matter Sciences, NTU | Catalysis, Battery, Electrochemistry, Spectroscopy, In situ methodologies |
Energy storage/conversion reaction, Electrochemistry, Spectroscopy, Catalysis, battery |
|
| 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 |
Single-cell analysis, Interface chemistry, Artificial cells, Systems integration, Nanomaterials |
|
| 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 |
|
| Ian Cheng-Yi Hou | Institute of Chemistry, AS | My current research focuses on (1) synthesis of carbon nanostructures related to dislocation defects in graphene (2) construction of nanographene at a size of 2–10 nm (3) design of molecular switchable systems The ultimate goals are (1) next generation semiconductor based on defect-engineered and/or quantum confined graphene (2) switching molecular chirality (enantiomers) by light |
Nanographene, Molecular photoswitch, Molecular martensite, Azulene, Chirality transfer |
|
| Jen-Tse Huang | Institute of Chemistry, AS | Nanomedicine and drug development, Fluorescence probe development, Protein misfolding in Disease, Peptide chemistry |
Peptide chemistry, Nanomedicine, Fluorescence probe development, Drug development, Amyloid |
|
| Jer-Lai Kuo | Institute of Atomic and Molecular Sciences, AS | First principle calculations and vibrational spectroscopy | Computational physics, Structures, Ab initio, Spectroscopy |
|
| 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 small molecules to combat cancer, infectious and neurological diseases. |
Fluorescent Probe, Bioconjugation, Bioimaging, Drug Discovery, Molecular Editing |
|
| Jiun-Tai Chen | International Graduate Program of Sustainable Chemical Science and Technology Program, NYCU | Polymer nanomaterials, Wearable devices, Sensors, Bio-inspired, Responsive materials |
Polymers, Wearable devices, Sensors, Responsive materials, Supercapacitors |
|
| 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,Nano-materials, Luminescent materials, Solid-state batteries, Photodetector |
Solid-state electrolyte, Nano-materials, Luminescent materials, Solid-state batteries, Photodetector |
|
| Peilin Chen | Research Center for Applied Sciences, AS |
|
Imaging, Bioelectronics, Biomaterials, Microfluidic device |
|
| Pei-Ling Luo | Institute of Atomic and Molecular Sciences, AS | Physical Chemistry and Laser Technology | Laser spectroscopy, Physical chemistry, Molecular spectroscopy, 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 |
|
| Rong-Jie Chein | Institute of Chemistry, AS | Organic Synthesis | Organis synthesis, Total synthesis, Asymmetric catalysis |
|
| Shih-Sheng Sun | Institute of Chemistry, AS | Optoelectronic materials, Supramolecular chemistry |
Organic solar cells, Supramolecular chemistry, Stimuli-responsive materials, Organic photochemistry |
|
| 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 | We are actively pursuing the development of In-situ NMR methods to investigate membrane proteins and transthyretin-related familial amyloid polyneuropathy (TTR-FAP). | NMR, Membrane protein, Dynamics |
|
| Tzung-Fang Guo | Research Center for Applied Sciences, AS | Materials, Physics | Organic, Perovskite, Magnetic field, Solar cells, Light-emitting diodes |
|
| Yet-Ran Chen | Agricultural Biotechnology Research Center, AS | Extracellular Molecular Signals for Manipulating Plant Immunity and Bioactive Phytocompound Biosynthesis | Plant immuniy, Analytical chemistry, Mass spectrometry, Integreated OMICs |
|
| 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 |
|
| Yu-Ju Chen | Institute of Chemistry, AS | Develop functional nanomaterials and mass spectrometry-based proteomics methodology for exploring cancer biology and biomarker discovery | Proteomics, Mass spectrometry |
|
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 | Quantum chemistry prediction for electron and energy transfer problems, Machine learning and artificial intelligence for chemistry problems, Nonlinear dynamics for biochemical processes in cells |
Electron transfer, Energy transfer, Dynamics for material and life sciences, Machine learning |
|
| Cheng-Tien Chiang | Institute of Atomic and Molecular Sciences, AS | Ultrafast surface science | Electron dynamics, Femtosecond laser, Nonlinear optics, Band structure, 2D material |
|
| 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 and Regenerative Medicine |
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, Single-Cell Biophysics and Experimental Biophysics | Molecular motor, Flagella, Active system, Single cell biophysics |
|
| Chi-Te Liang | Department of Physics, NTU | Graphene, Superconductivity, Quantum phase transitions, and Quantum Hall effect | Graphene, 2D Materials, Superconductivity, Al nanofilms, Quantum Hall effect |
|
| Chung-Ting Ke | Institute of Physics, AS | We work on devices with hybrid systems such as superconductivity, spin-orbit effect, and ferromagnetism, particularly for 2D material systems. Combining materials' properties enables the development of unique quantum states. In addition, we also develop high-quality superconducting qubits by optimizing the fabrication and characterization environment. |
2D materials, Superconductivity, Qubit, Quantum transport |
|
| Guang-Yu Guo | Department of Physics, NTU | Condensed matter theory, Computational materials physics, 2D materials, Topological materials, Superconductors |
Condensed matter theory, Computational materials physics, 2D materials, Topological materials, Superconductors |
|
| 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, quantum information processing, and quantum communication, Cooperative spontaneous emission and chirally coupled atomic chain, Bose-Einstein condensate, spinor BEC, and Strongly interacting ultracold atom |
Quantum physics, Quantum optics, BEC, Quantum engineering, non-Hermitian physics |
|
| Hsin-Jay Wu | Department of Materials Science and Engineering, NTU | Solid state energy materials | Metals and semiconductors, Metallurgical thermodynamics, Phase diagram determination, Thermoelectric materials. |
|
| Jer-Lai Kuo | Institute of Atomic and Molecular Sciences, AS | First principle calculations and vibrational spectroscopy | Computational physics, Structures, Ab initio, Spectroscopy |
|
| Keita Kamino | Institute of Molecular Biology, AS | Physics of Cellular Information Processing, Statistical Inference, Machine Learning, Physical Modeling of Cellular Processes, Microfluidics, Fluorescence Microscopy |
Biophysics, Quantitative biology, Cellular information processing, Cell motility, Statistical inference |
|
| 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 |
|
| Kung-Hsuan Lin | Institute of Physics, AS | Laser spectroscopy and optical physics of condensed matters | Nanomaterials, Optical physics, Nonlinear optics, Ultrafast phenomena; Laser spectroscopy |
|
| Mario Hofmann | Department of Physics, NTU | Fabrication and Operation of Nanoelectronic and Quantum-Enabled Devices | Nanodevices, Quantum Computing, Heterogeneous Integration, Carrier transport, Fabrication |
|
| 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 |
|
| 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 | Spintronics Nanomagnetism Orbitronics |
|
| Ou, Min-Nan | Institute of Physics, AS | Condensed Matter and Low temperature Physics, Strongly Correlated Electron Systems, Superconductor and magnetic materials, Nano Science, thermoelectric materials |
Superconductor, Thermoelectric, Low-temperature, Ultra-High Pressure, Nano Science |
|
| Pei-Ling Luo | Institute of Atomic and Molecular Sciences, AS | Physical Chemistry and Laser Technology | Laser Spectroscopy, Physical Chemistry, Molecular Spectroscopy, Reaction Kinetics |
|
| Raman Sankar | Institute of Physics, AS | We study the fundamental properties of single crystals such as “Dirac Semi-metals, Surface Topological studies, Topological Insulators, Topological Crystalline Insulators, High Tc super conductors, Weyl Semi-metals, 2D materials, Thermoelectric materials, etc.,”. | Crystal growth, Magnetic, 2D materials, Superconductor, Thermoelctric |
|
| Shang-Fan Lee | Institute of Physics, AS | Spintronics, low dimensional magnetic materials | Spin torque, Magnetic resonance, Transport phenomena |
|
| Sheng-hong Chen | Institute of Molecular Biology, AS | Understanding critical biological questions (cancer, aging and degeneration) using physics and quantitative approaches. | Quantitative biology, Cancer, Aging, Systems biology, Biological design |
|
| 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 using scanning probe microscopy | Quantum materials, Scanning tunneling microscopy, Scanning force microscopy |
|
| Wei-Hau Chang | Institute of Chemistry, AS | Nano-biotechnology, Cryo electron microscopy theory and practice, Design and molecular imaging of protein machine |
Imaging, Virus, RNA, Nano, Protein design |
|
| 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 |
Nanoelectronics, Device physics, Device fabrication, Electronic materials, Optoelectronics |
|
| Wei-Li Lee | Institute of Physics, AS | Experimental condensed matter physics, Low temperature physics, Magnetotransport properties in quantum material systems, Strongly correlated electronic systems, 2D microcrystal devices |
Topological materials, Complex oxide systems, Quantum device physics, 2D microcrystal devices, Low temperature physics |
|
| Ya-Ping Hsieh | Institute of Atomic and Molecular Sciences, AS | 2D materials, HER, spintronics | 2D materials, HER, Spintronics, CVD, Optoelectronics |
|
| Ying-Cheng Chen | Institute of Atomic and Molecular Sciences, AS | Quantum computing, Quantum information science, Quantum optics, Atomic physics | Quantum computing, Quantum information science, Quantum memory, Quantum optics |
|
| 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 |
|
| 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 |
|
| Yu-Ju Lin | Institute of Atomic and Molecular Sciences, AS | Experimental ultracold atomic physics | Ultracold atoms, Bose-Einstein condensates, Spinor quantum gases, Synthetic gauge potentials, Vortices in atomic quantum gases |
|
| Yun-Chorng Chang | Research Center for Applied Sciences, AS | Nanophotonics, Semiconductor, Biosensing | Nanophotonics, Plasmonics, Semiconductor, Nanofabrication, 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 |
|
| Cheng-Tien Chiang | Institute of Atomic and Molecular Sciences, AS | Ultrafast surface science | Electron dynamics, Femtosecond laser, Nonlinear optics, Band structure, 2D material |
|
| Chia-Chih Chang | International Graduate Program of Sustainable Chemical Science and Technology Program, NYCU | Polymer chemistry | Photopolymerization, Hydrophilic polymer, Conjugated self-assembled monolayers, Controlled radical polymerization, Sustainable polymer |
|
| Chia-Chin Chen | International Graduate Program of Sustainable Chemical Science and Technology Program, NTU | Semiconductor, Battery, Electrochemistry, Charge transport, Defect chemistry |
Semiconductor, Battery, Electrochemistry, Charge transport, Defect chemistry |
|
| Chi-Te Liang | Department of Physics, NTU | Graphene, Superconductivity, Quantum phase transitions, and Quantum Hall effect | Graphene, 2D Materials, Superconductivity, Al nanofilms, Quantum Hall effect |
|
| Chu-Chen Chueh | International Graduate Program of Sustainable Chemical Science and Technology Program, NTU | Oragnic and hybrid perovskite semiconductors | Conjugated polymers, Functional polymers, Hybrid perovskites, Soulution-processable semiconductors, Optoelectronic semiconducting devices |
|
| 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 |
Nano-materials, Semiconductors, Electrochemistry, Li-ion batteries, Electronic cereamics |
|
| Chung-Ting Ke | Institute of Physics, AS | We work on devices with hybrid systems such as superconductivity, spin-orbit effect, and ferromagnetism, particularly for 2D material systems. Combining materials' properties enables the development of unique quantum states. In addition, we also develop high-quality superconducting qubits by optimizing the fabrication and characterization environment. |
2D materials, Superconductivity, Qubit, Quantum transport |
|
| Chun-Hong Kuo | International Graduate Program of Sustainable Chemical Science and Technology Program, NYCU | Inorganic-organic hybrid nanocomposite for catalytic energy conversion, Characterizations with in-situ spectroscopies, Chiral nanoarchitecutonics for chiroptical sensing and catalysis |
Catalysis, Nanoarchitectonics, In-situ spectroscopy, Chiroptics, CO2 reduction |
|
| Chun-Wei Chen | International Graduate Program of Molecular Science and Technology, NTU | 2D materials, Energy Materials | 2D materials, Energy materials |
|
| Dun-Yen Kang | International Graduate Program of Molecular Science and Technology, NTU | CO2 capture, MOF, Membrane gas separation, Mass transfer in porous media |
CO2 capture, MOF, Membrane gas separation, Mass transfer in porous media |
|
| Guang-Yu Guo | Department of Physics, NTU | Condensed matter theory, Computational materials physics, 2D materials, Topological materials, Superconductors |
Condensed matter theory, Computational materials physics, 2D materials, Topological materials, Superconductors |
|
| Heng-Liang Wu | Center for Condensed Matter Sciences, NTU | Catalysis, Battery, Electrochemistry, Spectroscopy, In situ methodologies |
Energy storage/conversion reaction, Electrochemistry, Spectroscopy, Catalysis, battery |
|
| Hsin-Jay Wu | Department of Materials Science and Engineering, NTU | Solid state energy materials | Metals and semiconductors, Metallurgical thermodynamics, Phase diagram determination, Thermoelectric materials |
|
| Hsiu-Po Kuo | International Graduate Program of Sustainable Chemical Science and Technology Program, NTU | Particle Technology and Multiphase flow | Solids handling, particle characterization, multiphase flow |
|
| 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 |
|
| Ian Cheng-Yi Hou | Institute of Chemistry, AS | My current research focuses on (1) synthesis of carbon nanostructures related to dislocation defects in graphene (2) construction of nanographene at a size of 2–10 nm (3) design of molecular switchable systems The ultimate goals are (1) next generation semiconductor based on defect-engineered and/or quantum confined graphene (2) switching molecular chirality (enantiomers) by light |
Nanographene, Molecular photoswitch, Molecular martensite, Azulene, Chirality transfer |
|
| Jiashing Yu | International Graduate Program of Sustainable Chemical Science and Technology Program, NTU | Biomaterials | Polymer, Biomedical, Hydrogel, Biomaterials, Cell therapy |
|
| Jiun-Tai Chen | International Graduate Program of Sustainable Chemical Science and Technology Program, NYCU | Polymer nanomaterials, Wearable devices, Sensors, Bio-inspired, Responsive materials |
Polymers, Wearable devices, Sensors, Responsive materials, Supercapacitors |
|
| Kung-Hsuan Lin | Institute of Physics, AS | Laser spectroscopy and optical physics of condensed matters | Nanomaterials, Optical physics, Nonlinear optics, Ultrafast phenomena, Laser spectroscopy |
|
| Mario Hofmann | Department of Physics, NTU | Fabrication and Operation of Nanoelectronic and Quantum-Enabled Devices | Nanodevices, Quantum computing, Heterogeneous integration, Carrier transport, Fabrication |
|
| 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 |
|
| Minn-Tsong Lin | Department of Physics, NTU | https://web.phys.ntu.edu.tw/nanomagnetism/eng/intro.html | Spintronics Nanomagnetism Orbitronics |
|
| 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, Nano-materials, Luminescent materials, Solid-state batteries, Photodetector |
Solid-state electrolyte, Nano-materials, Luminescent materials, Solid-state batteries, Photodetector |
|
| 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, Rechargeable Metal Anode Battery Systems |
Metals and Alloys, Corrosion, Battery, Electrochemistry, Microscopy |
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| Raman Sankar | Institute of Physics, AS | We study the fundamental properties of single crystals such as “Dirac Semi-metals, Surface Topological studies, Topological Insulators, Topological Crystalline Insulators, High Tc super conductors, Weyl Semi-metals, 2D materials, Thermoelectric materials, etc.,”. | Crystal growth, Magnetic, 2D materials, Superconductor, Thermoelctric |
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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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| 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 |
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| Tien-Ming Chuang | Institute of Physics, AS | Study electronic properties of novel quantum materials using scanning probe microscopy | Quantum materials, Scanning tunneling microscopy, Scanning force microscopy |
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| Tzung-Fang Guo | Research Center for Applied Sciences, AS | Materials, Physics | Organic, Perovskite, Magnetic field, Solar cells, Light-emitting diodes |
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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 |
Nanoelectronics, Device physics, Device fabrication, Electronic materials, Optoelectronics |
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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, 2D microcrystal devices |
Topological materials, Complex oxide systems, Quantum device physics, 2D microcrystal devices, Low temperature physics |
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| Ya-Ping Hsieh | Institute of Atomic and Molecular Sciences, AS | 2D materials, HER, spintronics | 2D materials, HER, Spintronics, CVD, Optoelectronics |
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| Yi-Chia Chou | Department of Materials Science and Engineering, NTU | Semiconductor materials science and analysis of microstructure and physical properties | Microscopy, Growth of materials, Materials analysis |
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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 systems, Development of therapeutic gas-generating systems |
Biomaterials, Nanomedicine, Immunotherapy, Tissue regeneration, Hydrogen medicine |
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| Yun-Chorng Chang | Research Center for Applied Sciences, AS | Nanophotonics, Semiconductor, Biosensing | Nanophotonics, Plasmonics, Semiconductor, Nanofabrication, Biosensing |
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