ANRL Research Framework for Technological Application
Nanosensor
Nanosensor enables detection of physical stimulus, chemical and biological analytes at ultralow traces for various applications such as healthcare monitoring, environmental monitoring, and chemical warfare. So, we are developing new materials and device architecture to improve the sensitivity and response of nanosensor on a basis of material and device innovation conjunction with the algorithm.
Micro LEDs
Microscale LEDs represents the ideal display element in terms of brightness, robustness, and power consumption compared to the organic LEDs. We study the fabrication, mass transfer, and characterization of micro LEDs. In addition, we are also working on the passive and active matrix of micro LED display for future display platform
Displays
Thin film transistors (TFTs) is made of multiple patterned thin films with different electrical characteristics, often modulating the current of each pixel in the display. We fabricate and characterize the high-performance thin film devices with innovative design of materials, process and device architecture. Also, electrical analysis of these TFTs enabled us to develop and improve next-generation device platform.
Energy Devices
All electronic devices requires the electrical energy to perform their own function in the system. Battery and supercapacitor are good examples for storing the electric energy to power the devices. So, we are studying the ionic conduction in the polymer electrodelyte to fabricate all-solid-state wearable energy solution to power the sensor and the whole system.