Welcome to EXcitonic ENgineering Lab. @ SKKU!
XNL@SKKU spans two fields of study: 1) Molecular Semiconductors and 2) Optoelectronic Devices. In specific, our aims are to explore the grounds-breaking Molecule-level Design of Ideal Electronic Materials and Architectural Design of De Novo Photonic, Energy & Electronic Devices. To this end, our research is based on nanophysical and photophysical engineering, i.e. the Excitonic Engineering, of emerging optoelectronic molecular systems, comprising a broad range of optoelectronic/ photonic/ energy materials such as organic, polymeric, and organic-inorganic hybrid and low-dimensional semiconductors. Utilizing the chemical versatility of those materials, our primary focus has been the ground state engineering of their nano/micro-structures and the excited state engineering of their ultrafast dynamics. Ultimately, the goal is to overcome the predominant non-ideality of the materials and reach toward their theoretical limits. By doing so, we can realize a highly functioning material platform that can generate predictable, transferrable, reliable, and homogeneous properties. We believe it will have a great impact on future electronics such as solar cells, light emitting diodes, photosensors, optical switching and optoelectronic computing. If you are interested in advancing science and technology of molecular optoelectronics, Join US in the adventure!
(Jun. 24th, 2024) Mr. Son has awarded research subsidies from NRF Fostering Next Generation Researchers Program!! (2024-2026)
(Jun. 5th, 2024) Mr. Kim had his M.Sc. defense. Congrats!
(May 23, 2024) New fabrication system has been installed: Mask aligner and yellow room for photolithography.
(Apr. 25, 2024) XNL@SKKU has awarded Research Infrastructure Fund from NRF for Femtosecond Spectroscopy! Awesome!
(Apr. 1, 2024) XNL@SKKU has begun an Industry-Academy Cooperative Reserach with Samsung Display Coporation (SDC) for [Spectroscopic Analysis of High Performance OLED for OLEDoS]
(Nov. 21, 2023) New measurement systems have been installed: McScience M6200, Amplitude Surelite OPO, Bentham ILP
(Nov. 10, 2023) Press release: Prof. Jo developed Printed Transparent CuI Transistors and Logic Circuits (Adv. Mater. 2023)
(Sep. 26, 2023) XNL@SKKU has awarded 2023 AI Integrated Research Fund Phase II for [ML-based Photonic Logic Sensors]
(Aug. 15, 2023) XNL@SKKU welcomes new members: Min Kyun Son, Hanbyeol Oh, Min Sung Kim & Hyunwoon Kim. Welcome!
(Jul. 25, 2023) New measurement systems have been installed: Edinburgh FS5, MSTech MST5500B, Olympus BX53M
(Nov. 2023) "Approaching Theoretical Limits in the Performance of Printed p-type CuI Transistors" Adv. Mater., 2023, 202307206
(Aug. 2023) "High-Speed Operation of Electrochemical Logic Circuits" Adv. Funct. Mater., 2023, 33, 2305440
(Jun. 2023) "Wafter-scale Transistor Arrays Fabricated using Slot-Die Printing of MoS2/SEA" Nat. Electron., 2023, 6, 443
(Jan. 2023) "Monolithic Tandem Electrochemical Transistors for Printed Multi-valued Logic" Adv. Mater., 2023, 2208757
(Oct. 2022) "3D-Meniscus-Guided Assembly for Perovskite Nanowires" Adv. Funct. Mater., 2022, 32, 2206264
(May 2022) "Gate-Deterministic Graphene-MXene Hybrid Memory" Adv. Funct. Mater., 2022, 32, 2111956
(Apr. 2022) "Molecular Ordering and Charge Generation in Multi-Scale Morphology" Adv. Mater., 2022, 34, 2108317
(Mar. 2022) "Comb-type polymer-hybridized MXene dispersible in arbitrary solvents" Sci. Adv., 2022, 8, eabl5299
(Mar. 2022) "A General Fruit Acid Chelation Route for 3D Printing of Metals" Nat. Commun., 2022, 13, 104
(Jan. 2022) "Dilution Effect for Highly Efficient Multi-component Organic Solar Cells" Nat. Nanotechnol., 2022, 17, 53