성명 | 이문상 (Lee, Moonsang) |
위치 | 5N 346A |
전화 | 032-860-7526 |
이메일 | mslee@inha.ac.kr |
연구분야
- Realization of brain-inspired synaptic architecture
Neuromorphic computing that emulates the learning and cognitive abilities of human neural networks can define a new era of the futuristic computational architecture due to its extremely efficient energy saving and parallel data processing capability. Our goal is to deploy many tools available to introduce the biological synaptic behavior into the digital architecture. - Development of compound semiconducting materials and devices
The Lee group also takes a profound interest in exploring compound semiconducting materials and their next generation applications, such as micro light-emitting diodes (μ-LEDs), ultraviolet (UV) LEDs and power devices. Our strategies cover facile and efficient methods to fabricate compound semiconducting materials, such nanocrystal or nanovoid formation. We are also developing a distinctive deposition technique to grow compound semiconducting materials using plasma-enhanced atomic layer deposition (PEALD). - Plasmonic hot carrier and its application
Hot carriers are in a highly excited state and out of thermal equilibrium while confined to a metal surface during photon absorption and exothermal chemical reactions. This charged particles holds the future of the next generation opto-electronic devices, such as optical sensors and nanoelectronics. The focus in our Lab is on investigating the fundamental physics of plasmonic hot carriers as well as realizing futuristic energy harvesting and environment science, and opto-electronic applications.