Faculty

Process/design of Nano-CMOS device, Neuromorphic device, Multi-Value Logic system, THz plasma-wave Transistor (PWT)

Nanoelectronic devices, two-dimensional materials, logic and memory devices, and high frequency devices

Synthesis of low-molecular/polymer organic semiconductor materials and manufacture of organic transistors, organic solar cells, organic light emitting diodes, organic photodiodes, quantum dot (QD) LEDs.

Semiconductor Devices Metallization, Atomic layer deposition of nano-materials/nano-scale thin film, Area-selective atomic layer deposition

Reliability of flexible materials, stretchable transparent electrodes and interconnect technology, stretchable OLED encapsulation technology, nanoporous metals for energy materials

Programmable materials/structure, 3D/4D printing, robotics, flexible device

Semiconductor Device Physics, Thin Film Growth and Characterization, Semiconductor Process Integration, Quantum Transport Precision Measurements, Quantum Computing Devices

Synthesis of quantum dot, researches on light emitting layer and materials for charge transport layer and hole transport layer of display, researches on interfaces for QLED device

Organic/Polymer-based optoelectronic device, perovskite-based optoelectronic device

Scanning tunneling microscope, atomic force microscope, carbon materials, molecular electric device, control of atoms and single molecule, analysis of electronic structures, ultra-high vacuum

Spintronics-based memory and logic device, characteristics of spin transport of low-dimension materials, magnonics, spin thermoelectric device

Analysis of semiconductor materials, simulation