Bio-Chip, Optical MEMS, Color Sciences, Nonlinear Dynamics

Physics and electro-optics of LCs, bistable/multistable LC devices, light scattering, alignment and photo-alignment of LCs, flexible electronics, LC display technology, LC simulations, color vision, color gamut, some functional materials (monomers / polymers / azobenzenes / micro-particles / nano-particles / ionic LCs), and LC devices (light shutters / lenses / gratings / apertures / polarization rotator / fast switching /antenna /smart windows)

LED solid-state lighting, Nonimaging Design, Display Optics, Holography, Volume holographic Optical Element, Optical Testing, Optical Design for component or System level, Information Optics for Data Storage, Communication and Display, Optical Engineering, AR/MR Glass

Optical Design and Fabricating Electro-Optical System, Artificial Intelligence, Pattern Recognition, Fuzzy Theory and Neural Network, Optical Mannfacture, BIOEMS, Micro-optical System, Nanotechnology and Application Vision Optics, LED illuminstion research, LED lighting design

Photonic Crystals, GaN-Based Micro-Optics, Passive Components for Fiber-Optic Communications, Integrated Optics

Thin-film solar cells, Nano-Structured Thin Film, DWDM Filter, Thin-Film Design, Testing and Analysis of Optical Filters, Fabrication of Optical Filters, Diffraction and Interferometry

Nonlinear Optics, Integrated Waveguide Laser Devices, Integrated microchip Solid-State Lasers, Quasi-phase-matching Crystals (nonlinear photonic crystals), Ion Optics

Nanostructured Photonic Physics and Devices, Nanoplasmonics, Electromagnetic Problems in Optics/Photonics, Short-Reach Optical Interconnects, Microwave Engineering, and Antennas

High Power Laser, Solid State Laser, Laser System Design, Thermal Management, Laser Physicsm, Optical simulation

Growth and fabrication of III-nitride optoelectronic devices: LEDs, biosensors, etc.

Integrated Optics, Nonlinear Optics, Laser Physics and Ultrafast Phenomena

Nonlinear Optics, Optical Microscopy, Biomedical Optical Imaging, Biomedical Image Analysis.

Optical bioimaging informatics, nanobiomaterials, single molecule biophysics, optical biosensing, laser spectroscopy

Photonic/Sonic Crystals, Negative Refraction, Metamaterials, Dispersive media, Transformation Optics, Topological Photonics/Acoustics/Mechanics, Time-dependent quantum systems, and Statistical Mechanics.

Optical System Design, Lens Design, Ophthalmic Design

Optical Testing, Optical System Design, Diffractive Element Design, Opto-Mechanical Engineering

Nuclear Medicine Imaging Instrumentation, Biomedical Imaging Instrumemtation, Tomographic Image Analysis, Visual Performance and Comfort Evalution, Opto-Mechantronic System Integration, Precision Optical Metrology

Organic thin-film transistor, Organic light-emitting device

Design, manufacture, measurement, and analysis of optical thin film, Thin film of photoelectric display, Optical thin film of optical communication, Transparent conductive film, Coating on soft substrate, Vacuum technology