專任老師介紹

EDUCATION：Ph.D. in Physics, National Cheng Kung University, Taiwan

SPECIALTY：Liquid crystal optoelectronics/physics, liquid crystal alignment/optical alignment, asymmetric liquid crystal optics, energy-efficient liquid crystal optics, liquid crystal polarization optics, liquid crystal devices, and liquid crystal display technology.

Email： chengkt@dop.ncu.edu.tw

Tel：03-4227151 ext 65269

Office：IL-429

Laboratory ：Liquid Crystal Electro-Optical Laboratory

RESEARCH  INTERESTS：

The main research focuses on liquid crystal optoelectronics and related physics research and applications. Based on materials such as nematic liquid crystals, cholesteric phase liquid crystals, blue phase liquid crystals, ferroelectric liquid crystals, azo materials (liquid crystals, chiral molecules, polymers, dyes, etc.), polymer monomers / polymers/gels, micro / nanoparticles, chiral (chiral) materials, porous materials, polymer liquid crystals, electrochromic liquid crystal materials, and ionic materials, the research explores their related optoelectronic properties, and extends to liquid crystal phase and photo-alignment, liquid crystal asymmetric optics, liquid crystal energy-saving optics, liquid crystal polarization optics, liquid crystal structure, liquid crystal composites (polymer monomers / nanoparticles / microparticles / ions/chiral materials) Research on various fields, including materials (e.g., surfactants, photoresists, gels, dichroic materials, liquid crystal polymers, and photoconductors), flexible soft liquid crystals, liquid crystal display principles, fast-response liquid crystals, controllable reflection bands of cholesteric liquid crystals, tilted helical structured cholesteric liquid crystals, transflective liquid crystal display principles, theoretical simulations, and the effects of ultrasound on liquid crystal structures. The research also includes the development of related liquid crystal components, such as liquid crystal lenses, electrically controlled liquid crystal components, light-controlled scattering smart glass, one-way smart glass, polarization rotators, holographic gratings, polarization converters, liquid crystal apertures, multistable liquid crystal components, privacy films, polarization detectors, and liquid crystal waveguide components.

EDUCATION： PhD in Optoelectronics, National Central University

SPECIALTY：Optical bioimaging informatics, Single molecule biophysics, Plasmonic optics for biomedical applications, Laser spectroscopy, Nanobiomaterials, Nanoscience, Optoelectronic engineering and optical signal processing

Email：fcchien@dop.ncu.edu.tw
Tel：03-4227151 ext 25252

Office：IL-511

Laboratory：Biophotonics Laboratory

RESEARCH  INTERESTS：

The research interests are based on single molecule approaches and combined with optoelectronic engineering, nanomaterials, and nanomedicine to study biophotonics subjects such as bioimaging informatics and biosensing. It is able to investigate cell signal transduction, physiological function, and tissue engineering with molecular resolution, and develop diagnostics and therapy applications in live animals using molecular inducement and manipulation.

EDUCATION： PhD in Optics, University of Arizona

SPECIALTY：Optical design and manufacturing, optoelectronic systems, artificial intelligence, pattern recognition, fuzzy theory and neural networks, optometry, bio-opto-electromechanics, micro-lens systems, nanotechnology and applications, nano-biomedicine, optoelectronic paleontology, LED lighting research, flexible circuit boards, photoelectric thermal conductivity technology and materials, wearable optoelectronic biomedical devices, quantification of traditional Chinese medicine, pulse meters and acupuncture instruments

Email：rschang2000@hotmail.com
Tel：03-4227151 ext 65262

Office：IL-430

Laboratory：Nano-photonics Laboratory, Nano-biomedicine Laboratory

RESEARCH  INTERESTS：

The laboratory's research focuses on optoelectronic bio-nano devices and their systems. The technologies and research areas accumulated over the years include: optoelectronic design and manufacturing, optoelectronic systems, artificial intelligence (AI, VR, AR), pattern recognition, fuzzy theory and neural networks, optometry, bio-opto-mechanical electronics, micro-lens systems, nanotechnology and applications, nano-biomedicine, LED lighting research, flexible circuit boards, photoelectric thermal conductivity technology and materials, wearable optoelectronic biomedical devices, quantification of traditional Chinese medicine, pulse meters and acupuncture instruments.

EDUCATION：PhD in Optoelectronics, National Central University

SPECIALTY：Thin-film solar cells, nano-optical films, DWDM optical filters, thin-film design, thin-film testing and analysis, filter manufacturing and coating technology, interference optics

Email：ericchen@dop.ncu.edu.tw
Tel：03-4227151 ext 65294

Office：IL-434

Laboratory：Nanofilm Laboratory, Solar Energy Laboratory, Thin Film Technology Center

RESEARCH  INTERESTS：

Dr. Shenghui Chen's research focuses on thin-film solar cells, nano-optical thin films, multilayer optical thin films, DWDM optical filters, and the application and design of related optoelectronic components. Recent research achievements include:

1. Thin-film solar cell research includes: silicon thin-film solar cell process development, CIGS thin-film solar cells, and solar cell measurement technology.

2. Nano-optical thin film research includes: optical property research of autocloning thin films and surface plasmon thin films.

3. Multilayer optical thin film research includes: beamsplitters for projection displays, dispersion compensation filters for optical communication components, gain-flattening filters for optical communication components, and low-pass filters for imaging devices.

4. DWDM filter research includes: DWDM optical filters, DWDM process uniformity research, and DWDM filter property analysis.

EDUCATION：PhD in Electrical Engineering, Georgia Institute of Technology

SPECIALTY：Metal optics, nanophotoelectric conversion physics and devices, surface plasmon integrated optics, grating diffraction, optoelectronic and electromagnetic theory and calculation, short-distance optical links, microwave array antennas

Email：yjchang@ncu.edu.tw
Tel：+886-3-4227151 ext 65299

Office：IL-436

Laboratory：IL-411 Nano-Optics Laboratory, IL-412 Optoelectronics Laboratory

RESEARCH  INTERESTS：

Surface plasmon integrated optics: Research on the design of innovative nano-optical passive components based on sub-wave waveguides and hybrid surface plasmon waveguides, and at the same time explore the physical mechanisms of the components with rigorous electromagnetic theory analysis. Nanometal structure optoelectronic physics and devices: This field studies optoelectronic conversion devices based on metals and dielectric or oxide semiconductor materials. The main research direction is to combine the electromagnetic radiation absorption of such devices with the energy probability and spatial distribution of photo-radiated hot electrons inside metals, and try to combine photo-radiation inside metals with non-radiative plasma energy attenuation to develop novel photo-electric conversion devices. It covers relevant theoretical calculations of photo-radiation inside metals, photo-electric conversion device design, three-dimensional electromagnetic simulation, nano-processing and photo-electric conversion measurement. Nano-optics: This research direction explores the optical anisotropy characteristics of dielectrics in different lattice systems at the nanoscale. By calculating the polarizing and depolarizing factors in the dielectric constant tensor for a finite number of periodically arranged atoms under an applied electric field, the paper aims to understand and predict the potential properties of dielectrics at the nanoscale, such as isotropic, anisotropic, and optical birefringence.

EDUCATION：PhD in Optics from University of Central Florida

SPECIALTY：Laser physics and engineering, laser applications, optical simulation, thermal management, polarization optics, plastic interference optical element manufacturing, imaging technology and computational optics

Email： tychung@dop.ncu.edu.tw
Tel：+886-3-4227151 ext 65296

Office：IL-402

Laboratory：IL504 Laser and Photovoltaic Thermal Integration Laboratory

RESEARCH  INTERESTS：

Laser physics and engineering applications, high-power Yb:YAG thin-disk lasers and amplifiers, single-frequency swept lasers, photoacoustic imaging systems, LiDAR (LiDAR) ranging technology, optical plastic component manufacturing and applications, photosensitive PQ:PMMA manufacturing and chemical kinetics, volume holographic grating fabrication and augmented reality (AR) applications, laser applications, polarization optics and applications, liquid crystal polarization elements, polarization imaging technology, thermal imaging and thermal management, thermal conductivity simulation, ghost imaging thermal imagers, thermal phase-locked imaging technology, LED thermal management, acoustics, sound cameras, photoacoustic imaging systems, solar cell inspection technology, thermal phase-locked imaging inspection, photoluminescence inspection, electroluminescence inspection, imaging technology and computational optics, ghost imaging, compressed sensing technology, optoelectronic simulation technology, non-imaging optical simulation, polarization optical simulation, solar cell carrier dynamics simulation

EDUCATION： PhD, Optoelectronics Research Centre, University of Southampton, UK (2004)

SPECIALTY：Integrated optics, nonlinear optics, laser physics, ultrafast phenomena

Email： cytai@dop.ncu.edu.tw
Tel： +886-3-4227151 ext 65258

Office：IL-535

Laboratory：IL421, IL422 Ultrafast Optics Laboratory

RESEARCH  INTERESTS：

Our laboratory's research focuses on the interaction of light and matter at the nanoscale and femtosecond timescale. Our research encompasses plasmon-enhanced effects, time-resolved nonlinear spectroscopy and microscopy, multiphoton processes and ultrafast phenomena, nano-optical manipulation, waveguides, and optical sensing.

EDUCATION：  PhD in Physics, University of Cambridge, UK

SPECIALTY：Organic transistors, organic light-emitting devices

Email： jfchang@dop.ncu.edu.tw
Tel：+886-3-4227151 ext 65263

Office：IL-530

Laboratory：Organic Photoelectric Laboratory

RESEARCH  INTERESTS：

Developing a variety of high-performance organic devices. Research topics include:

• Improving the conductive properties of organic crystals

• Physical mechanisms of conductivity in organic semiconductors

• Studying organic light-emitting devices and micro-cavity organic lasers using optical simulations

• Developing high-efficiency organic solar cells

EDUCATION：PhD/Department of Electrical Engineering /National Central University

SPECIALTY：Perovskite optoelectronic device physics, Plasmonic devices & Numerical simulations, Opticl spectroscopic techniques

Email： shchang@dop.ncu.edu.tw  
Tel：+886-3-4227151 ext 25253

Office：IL-431

Laboratory：Optoelectronic Devices Physics & Optical Spectroscopy Laboratory    https://sites.google.com/view/odsos-lab/odsos-lab

RESEARCH  INTERESTS：

• Perovskite Photonic Device Physics: This field focuses on investigating the operating principles of optoelectronic devices based on perovskite thin films. Through device fabrication and measurement and analysis of their optoelectronic properties, the field aims to enhance the practical application of perovskite photonic devices.

• Numerical Simulation of Plasmonic Devices: Using numerical electromagnetic wave methods, the transmission and resonance characteristics of surface plasmon polaritons in various structures are studied, with the application of these unique optical properties in integrated optics, solar cells, light-emitting diodes, and sensors.

• Spectroscopic Measurement and Analysis: By integrating various spectroscopic techniques into a single microscope system, linear and nonlinear spectra of materials are measured, including transmission spectroscopy, reflectance spectroscopy, fluorescence spectroscopy, Raman scattering spectroscopy, two-photon fluorescence spectroscopy, and frequency double generation spectroscopy. Spectral characteristics are analyzed using various physical models to probe the refractive index, absorption coefficient, thickness, conductivity, crystallinity, defects, crystal characteristics, and optical nonlinearity of thin film materials.

EDUCATION：PhD in Optics from the University of Arizona

SPECIALTY：Optical detection, optical system design, diffraction element design, optomechanical engineering

Email： cwliang@dop.ncu.edu.tw
Tel：+886-3-4227151 ext 65250

Office：IL-435

Laboratory：Optical component testing laboratory

RESEARCH  INTERESTS：

The laboratory's core research areas are optical testing and optical design. Key research directions include:

1. Optical testing technology

• Wavefront testing: full-field wavefront testing, aspheric surface testing, lens decentration testing, and lens surface testing

• Optical system verification: telescope system testing, optical collimation correction, and sensor calibration

• Interferometry: interference fringe processing, aspheric interferometers, spliced ​​interferometers, and distance measurement interferometers

2. Optical system design

• Coaxial illumination system design

• Microlens design

• Thin, high-concentration solar concentrator design

• Exposure machine lens design

• Biomedical DNA testing optical systems

• Ultra-wide-angle eyepieces

3. Industry-university collaboration applications

• Special purpose optical system development

• Optical component manufacturing and assembly quality control

EDUCATION：PhD in Optics, National Central University

SPECIALTY：Optical thin films, vacuum equipment technology, plasma polymerization film applications, optical monitoring and detection

Email： cckuo@cc.ncu.edu.tw
Tel： +886-3-4227151 ext 65279

Office：IL-503

Laboratory：Thin Film Technology Center Mirror Film Laboratory (IL-004)

RESEARCH  INTERESTS：

We specialize in the following technologies :

1. Optical thin film technology

• UV optical thin films

• High damage threshold laser thin films

• Plasma polymerization thin films

2. Vacuum equipment technology

• Electron gun/magnetron sputtering system design

• Plasma polymerization technology

• Microwave plasma system

• Atomic layer deposition technology

3. Optical monitoring and inspection technology

• Precision optical coating technology

• High uniformity coating technology for micro-complex optical components

EDUCATION：PhD in Physics, National Taiwan University

SPECIALTY：Quantum optics, atomic and molecular optical physics, quantum communication

Email：tpinju@ncu.edu.tw
Tel：+886-3-4227151 ext 65026

Office：IL-502

Laboratory：Quantum Optics Laboratory (IL-021); Optical Quantum Information Laboratory (IL-208)

RESEARCH  INTERESTS：

Quantum optics is the study of the quantum properties of light fields and the interaction between light and matter. It encompasses topics in quantum physics, electromagnetism, and atomic and molecular optical physics. Furthermore, quantum optics plays a crucial role in current quantum technologies, such as all-optical quantum computing, quantum communication, and brain-based computing. Our laboratory will focus on leveraging quantum optics experimental techniques and theoretical research to explore important applications in quantum communication while addressing current technological challenges. Our research topics include optical quantum information processing, the preparation and measurement of quantum entangled light sources, all-optical quantum relay stations, and quantum key distribution protocols. These research topics utilize optical systems such as nonlinear optical materials, solid-state systems, and semiconductor lasers in their experiments. Furthermore, our work not only encompasses experimental research but also focuses on the development of theoretical models. On a theoretical level, we will investigate quantum optics, atomic and molecular optical physics, and quantum information theory. We believe that by integrating theoretical research and experiments, our work will contribute significantly to quantum technology and further our understanding of the nature of quantum mechanics.