Professor Lee Dae-seok's Research Team Develops Synaptic Semiconductor Devices Mimicking the Human Brain for Artificial Intelligence

- Published in Advanced Electronic Materials (JCR IF 6.2, JCR Rank: 19.8%) Scientific Journal -

From left to right: Master's student Kim Hye-jin, Master's student Han Geon-hee, Master's student Seo Jong-seon, Professor Lee Dae-seok 

Professor Lee Dae-seok (Department of Electronic Materials Engineering) of our university, along with Kim Hye-jin, Master's student (first author), Han Geon-hee, Master's student, Seo Jong-seon, Master's student, Kim Hye-jin, Master's student, and Professor Lee Dae-seok, have developed synaptic semiconductor devices that mimic the human brain for artificial intelligence algorithm computing systems.

This research was conducted with the support of the Ministry of Science and ICT and the Information and Communication Planning & Evaluation Institute's University ICT Research Center Development Support Project (IITP-2023-RS-2022-00156225) and was published on June 11th in the scientific journal "Advanced Electronic Materials" (JCR IF 6.2, JCR Rank: 19.8%) under the title "Impact of Oxygen Reservoir Layer on 3T Oxygen Ion-based Electrochemical Random Access Memory Performance." 

Weblink: (https://doi.org/10.1002/aelm.202300133)