We develop advanced electronic devices for emerging applications such as flexible electronics and neuromorphic hardware systems. We are interested in applying solid-state physics, semiconductor physics, and quantum physics to explore and demonstrate next-generation electronic devices. Our research covers a diverse range of materials, including low-dimensional semiconducting materials, organic polymers, and functional oxides, focusing on hybrid heterostructures to unlock novel device functionalities.
[2026.9] Yunho, Shin joind our group. Welcome! 🙋
[2026.8] Our paper on graphene/diarylethene hybrid films has been published in ACS omega! (collaboration: Francesco Vinti & Prof. Paolo Samorì at the University of Strasbourg, France)
[2026.6] Our paper on ambipolar nonvolatile MoS2 memory transistor has been published in Advanced Science! (collaboration: Honglei Wang & Prof. Paolo Samorì at the University of Strasbourg, France)
[2026.6] Our paper on 2D COF for photoswitchable devices has been published in Angewandte Chemie! (collaboration: Kexin Wang & Prof. Paolo Samorì at the University of Strasbourg, France)
[2026.5] Our paper on humidity sensor using 2D MoS2 has been published in Small! (collaboration: Adrián Tamayo & Prof. Paolo Samorì at the University of Strasbourg, France)
[2026.4] Our paper on phase engineering of 2D MoS2 has been published in Advanced Materials! (collaboration: Anna Zhuravlova, Antonio Gaetano Ricciardulli & Prof. Paolo Samorì at the University of Strasbourg, France)
[2026.3] Our paper on multifunctional conductive organohydrogels has been published in Advanced Functional Materials! (collaboration: Pietro Tordi & Prof. Paolo Samorì at the University of Strasbourg, France)
[2025.12] Our review paper on Organic-2D hybrid electronic devices has been published in Transactions on Electrical and Electronic Materials (TEEM) (collaboration: Prof. Ji Hoon Park at Pukyong National University and Prof. Seongil Im at Yonsei University)
[2025.11] Our paper on multifunctional conductive organohydrogels has been published in Advanced Functional Materials! (collaboration: Pietro Tordi & Prof. Paolo Samorì at the University of Strasbourg, France)
[2025.9] Won Bae, Jueun joind our group. Welcome! 🙋
[2025.9] Our review paper on Organic-2D hybrid electronic devices has been submitted to Transactions on Electrical and Electronic Materials (TEEM) (collaboration: Prof. Ji Hoon Park at Pukyong National University and Prof. Seongil Im at Yonsei University)
[2025.8] Our paper on multifunctional conductive organohydrogels has been submitted to Advanced Functional Materials! (collaboration: Pietro Tordi & Prof. Paolo Samorì at the University of Strasbourg, France)
[2025.7] Jewook, Seongjong, Seungju joined our group. Welcome! 🙋
[2025.7] AIMED has officially opened its doors! 🎉
[2025.6] Our paper on 2D-3D hybrid neuromorphic devices has been published in Advanced Functional Materials! (collaboration: Pietro Tordi & Prof. Paolo Samorì at the University of Strasbourg, France)
[2025.3] Yeonsu Jeong joined Inha University! 🌞
[2025.xx] Y. Jeong, P. Tordi, A. Tamayo, B. Han, M. Bonini, P. Samorì, Mimicking Synaptic Plasticity: Optoionic MoS2 Memory Powered by Biopolymer Hydrogels as a Dynamic Cations Reservoir. Advanced Functional Materials, online. 📎 link
[2025.02] D. Kim, ..., Y. Jeong, ..., Mann-Ho Cho, Nonmelting Disordering Facilitated by Electron Delocalization. ACS Nano, 19(9), 9317-9326. 📎 link
[2024.12] P. Tordi, A. Tamayo, Y. Jeong, M. Bonini, P. Samorì, Multiresponsive ionic conductive alginate/gelatin organohydrogels with tunable functions. Advanced Functional Materials, 34(52), 2410663. 📎 link