"Pioneering High-Performance Intelligent Electronic Systems"
WANG Lab leads the development of high-density, energy-efficient memristors and neuromorphic devices, the core engines of next-generation AI hardware. We overcome the limitations of conventional semiconductors by synergizing advanced materials—such as oxides, organics, and 2D materials—with innovative architectures like nanoporous structures and 3D stacked arrays. Our research focuses on realizing practical hardware-based neuromorphic systems capable of large-scale neural network training and inference. Key technologies include self-rectifying memory cells and stochastic switching control, which enable robust AI computing for edge devices, IoT, and Physical AI applications where intelligent systems interact adaptively with the real world.
"Pioneering High-Performance Intelligent Electronic Systems"
WANG Lab leads the development of high-density, energy-efficient memristors and neuromorphic devices, the core engines of next-generation AI hardware. We overcome the limitations of conventional semiconductors by synergizing advanced materials—such as oxides, organics, and 2D materials—with innovative architectures like nanoporous structures and 3D stacked arrays. Our research focuses on realizing practical hardware-based neuromorphic systems capable of large-scale neural network training and inference. Key technologies include self-rectifying memory cells and stochastic switching control, which enable robust AI computing for edge devices, IoT, and Physical AI applications where intelligent systems interact adaptively with the real world.

Department of Integrative Energy Engineering,
Korea University, R&D Center, Room 412c
145 Anam-ro, Seongbuk-gu, Seoul (02841)
Copyright © Wang Research Group. All rights reserved
Department of Integrative Energy Engineering,
Korea University, R&D Center, Room 412c
145 Anam-ro, Seongbuk-gu, Seoul (02841)
