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821
- Mr. Juseung Choi (Prof. Jung-Wook Park’s research team) Paper Accepted in IEEE Transactions on Sustainable Energy
- Mr. Juseung Choi and Prof. Jung-Wook Park (corresponding author) in Power and Control System Lab. have had their paper titled “Mode-Wise Kernel Density Estimation and Gaussian Mixture Copula for Multimodal Uncertainty Modeling in Probabilistic Power Flow” accepted for publication in IEEE Transactions on Sustainable Energy (Impact Factor: 10.3, Weight: 3).
- 전기전자공학부 2026.07.20
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820
- Beom Soo Kim, Jong Bin An (Prof. Hyun Jae Kim’s research team), published a paper on ‘Advanced Functional Materials'
- Prof. Kim’s research team has published a paper about " Direct Channel Implantation of B and BF2 Ions for Functional Control of Oxygen Vacancies in Oxide Semiconductor Thin-Film Transistors” in Advanced Functional Materials (IF: 19.9, JCR Top 4.2%). (2026.07.03. Accepted) This work was led by Ph.D. candidate Beom Soo Kim and Dr. Jong Bin An (co-first authors) and demonstrated a strategy to control oxygen-related defects in different ways by directly implanting B and BF2 ions into the channel region of an oxide semiconductor thin-film transistor.
- 전기전자공학부 2026.07.20
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819
- Shilin Lu (Prof. Hyun Jae Kim’s research team) published a paper on Nano-Micro Letters
- A research team led by Professor Kim Hyun-jae published a paper titled “Flexible Dual-Modal Sensing Transistor Enabled by Deep Learning Decoupling for Independent Light and Temperature Reconstruction” in Nano-Micro Letters (IF: 38.5, top 0.8% in JCR) (Accepted: June 7, 2026) In this study, led by researcher Shilin Lu and supervised by Professor Hyun-Jae Kim (corresponding author), a flexible dual-modal sensing transistor (FDST) integrating ZnO nanofibers and IGZO TFTs was developed to achieve highly sensitive dual-mode sensing of light and temperature stimuli. This demonstrates the potential of wearable systems for real-time environmental monitoring.
- 전기전자공학부 2026.07.20
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818
- Yong Seon Hwang and Hye Jin Son (Prof. Hyun Jae Kim’s research team) published a paper in Nanoscale
- Yong Seon Hwang and Hye Jin Son, co-first authors from Prof. Hyun Jae Kim’s research team, published their paper, “Scaling Challenges and Engineering Approaches for Oxide Semiconductor FETs Toward Display and Memory Systems,” in Nanoscale (Impact Factor: 5.2). (2026.06.16. Accepted) This work reviews channel-scaling challenges in oxide-semiconductor FETs for next-generation display and memory systems. The research team analyzed defect formation and device degradation mechanisms during scaling and proposed multidimensional device architectures and engineering strategies, providing a roadmap for future oxide electronics.
- 전기전자공학부 2026.07.20
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817
- Juntaek Han, Seongkyu Jung, and Chaehyun Jung Selected for the 2026 AI Seoul Tech Research Scholarship
- Students Juntaek Han, Seongkyu Jung, and Chaehyun Jung, supervised by Prof. Jeonghoon Park, have been selected for 2026 AI Seoul Research Support Program funded by the Seoul Future Foundation. (2026.06.05) This program provides a total of KRW 7.6 billion annual in research grants and scholarships to 255 graduate students in AI-related fields, supporting outstanding talent in continuing research in advanced industries and strengthening Seoul’s AI competitiveness.
- 전기전자공학부 2026.07.20
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816
- Prof. Taeyoon Lee and Ki Jun Yu's research group Published in Science Advances
- A collaborative research team led by Prof. Taeyoon Lee and Prof. Ki Jun Yu’s research group developed an all-organic PEDOT:PSS fiber microelectrodes with brain-like softness and superior electrical performance, enabling high-fidelity neural signal recording. This study was led by Dr. Chihyeong Won and Prof. Young Uk Cho (co-first authors) and published in Science Advances (IF= 13.9), a leading international multidisciplinary journal. (2026.04.17. Accepted)
- 전기전자공학부 2026.07.20
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815
- Hyun Woo Kim (Prof. Yu’s Lab) published in Nature Communications
- Hyunwoo Kim (first author) and Professor Ki Jun Yu (corresponding author) have developed a transparent conductive nanomembrane (BIPIN) that enables simultaneous electrophysiological recording and optical imaging, while resolving the water-induced degradation and optical obstruction commonly associated with conventional metal-based electrodes. This novel nanomembrane maintains stable performance across diverse aqueous environments, including rainwater and biofluids. This study has been published in Nature Communications, a leading interdisciplinary journal (IF 18.1, JCR Top 5.4%). (2026.06.16. Accepted)
- 전기전자공학부 2026.07.20
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814
- Prof. Yu and Hwang’s Groups, “Wireless Ring System for Sign Language Interpretation,” Published in Science Advances
- Professor Ki Jun Yu’s research team (Multifunctional Bioelectronics Laboratory), Professor Dosik Hwang’s research team (Medical Artificial Intelligence Laboratory), and Professor Kyowon Kang’s research team at Hankuk University of Foreign Studies jointly developed a fully wireless ring system for sign language interpretation, achieving high recognition performance without prior user-specific training. This study was led by Dr. Jaejin Park and Researcher Yejee Shin (co-first authors), and its excellence was recognized through publication in Science Advances (IF = 13.9), a sister journal of Science and a leading multidisciplinary journal. (Accepted on March 30, 2026)
- 전기전자공학부 2026.07.20
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813
- JuneSung Ko from Prof. Chulhee Lee’s Laboratory Entered the Final Approval Stage for ITU-T International Standardization
- The AI-based no-reference FHD video quality assessment model proposed by JuneSung Ko from Prof. Chulhee Lee’s research team has received Consent at the ITU-T SG12 Plenary of the International Telecommunication Union (ITU). The model predicts perceptual video quality without a reference video and awaits final AAP approval as an ITU-T Recommendation, highlighting the team’s technical maturity and future impact in international standardization.
- 전기전자공학부 2026.07.20
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812
- Young Soo Kim (Prof. Yong-June Shin’s team) Published in IEEE Transactions on Instrumentation and Measurement
- Professor Yong-June Shin’s research team has published a paper “Overpotential-based Health Index for Diagnosis of Lithium-Ion Battery Degradation” in IEEE Transactions on Instrumentation and Measurement (IF: 7.0, JCR: 5.6%). (2026.06.22 published) The team proposed a non-destructive diagnostic method of li-ion battery based on overpotential characteristics which tracks battery degradation. The research was conducted under Professor Yong-June Shin (corresponding author) and led by Ph.D. student Young Soo Kim (1st author).
- 전기전자공학부 2026.07.20