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23
- BPEL publishes in Advanced Optical Materials
- ※ Near-field distribution formed by random nanoislands was analyzed upon switching of incident light. It was shown that the behavior can be used for high-performance imaging and detection such as super-resolution microscopy. ※ The results titled“Metallic 3D random nanocomposite islands for near-field spatial light switching”will be published in Advanced Optical Materials, one of the top journals in optics (Q1 with IF 6.875). ※ This study was led by Taehwang Son and Gwiyeong Moon (co-first author) of the BPEL (Supervising Professor: Donghyun Kim), Yonsei University.
- 전기전자공학부 2018.04.16
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22
- Prof. Dong-Hyun Kim's work published in Scientific Reports (Regulation of root patterns in mammalian teeth)
- ※ Prof. Dong-Hyun Kim’s research with Prof. Sung-won Cho of the Dental College regarding the regulation of root patterns in mammalian teeth was recently published in Scientific Report (IF 4.85, Q1). ※ This research was guided by Prof. Dong-Hyun Kim (co-corresponding author) and Kanghyun Ryu, a graduate student in EEE participated in the study.
- 전기전자공학부 2018.04.16
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21
- Prof. Lee's Research Team publication in Science Advances
- ※ Prof. Taeyoon Lee’s group has developed a hydrogen gas detecting film. The group has used a Palladium nano-film actuator which changes under hydrogen gas to block the light. ※ The resulting paper is accepted for publication in Science Advances, a sister journal of Science. This work was done by professor Taeyoon Lee, Yonsei University (corresponding author) and professor Yongfeng Mei, Fudan University (corresponding author).
- 전기전자공학부 2018.04.03
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20
- Prof. Kim's Research Team Research selected for "Project for Senior Researchers"
- ※Prof. H. Kim’s laboratory will be jointly researching with SAMUSUNG SDI to develop the technology and build a database of ‘Atomic Layer Deposition (ALD)’. ※This collaboration will construct research hub between industry and academy, which can strength technology exchange and cooperation. Also, it will be good opportunity to develop global manpower through the professional research training.
- 전기전자공학부 2018.04.03
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19
- Prof. Son's Research Team publication on Pattern Recognition
- ※ The paper, “Unified Multi-spectral Pedestrian Detection Based on Probabilistic Fusion Networks”, has been accepted on Pattern Recognition (JCR Ranking Top 8.8%, Impact Factor 4.58), which is one of the most prominent computer vision related journal. ※ This work was done by Kihong Park, Ph.D. Candidate, as 1st author and Prof. Kwanghoon Sohn as corresponding author.
- 전기전자공학부 2018.04.03
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18
- Professor Chae Young-chul selected IEEE Distinguished Lecturer (IEEE DL)
- ※ Prof. Youngcheol Chae, who is an associate professor of EE department, is nominated as a distinguished lecturer (DL) of IEEE solid-state circuits Society (SSCS) for two year terms (18-19). ※ The SSCS DL Program provides experts in the Society’s areas of interest to speak at chapter meetings and regional seminars. All the cost will be covered by IEEE. The range of topics focuses on current IC activities, such as technology direction, precision data converters, and energy-efficient design.
- 전기전자공학부 2018.04.03
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17
- Prof. Kim's Research Team pulication on ACS Applied Materials & Interfaces
- ※ Prof. Hyun Jae Kim’s research team developed novel fabrication process of oxide semiconductor-based phototransistor for visible light detection. The technology used in this study features simple process and large-area applicability. Thus, it is expected to be applied to next generation IoT devices and transparent electronic devices. ※ This research was guided by Prof. Hyun Jae Kim (contact author) and led by graduate student Byung Ha Kang (first author).
- 전기전자공학부 2018.04.03
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16
- Prof. Kim's Research Team publication in Journal of materials chemistry C
- ※ Prof. Hyun Jae Kim’s research team reported all-sputtered oxide thin-film transistors fabricated at 150oC using SUT treatment on Journal of Materials Chemistry C. The SUT treatment used in this study can effectively improve oxide film’s quality and reduce fabrication temperature. Furthermore, since SUT treatment is simpler than other treatments and easily applied in large-area substrate, it is expected to use next-generation treatments for oxide thin-film transistors. ※ This research was guided by Prof. Hyun Jae Kim (contact author) and led by graduate student Young Jun Tak (first author).
- 전기전자공학부 2018.04.03
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15
- Professor Kim Hyun-jae, selected as the Top 10 Technology Award by Yonsei University in 2018
- ※ Prof. Hyun Jae Kim’s research team reported all-sputtered oxide thin-film transistors fabricated at 150oC using SUT treatment on Journal of Materials Chemistry C. The SUT treatment used in this study can effectively improve oxide film’s quality and reduce fabrication temperature. Furthermore, since SUT treatment is simpler than other treatments and easily applied in large-area substrate, it is expected to use next-generation treatments for oxide thin-film transistors. ※ This research was guided by Prof. Hyun Jae Kim (contact author) and led by graduate student Young Jun Tak (first author).
- 전기전자공학부 2018.04.03
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14
- Professor Ahn, Jong Hyun, Research on "Ultra-Thin Active Active Organic Display" published in Science Advances
- Professor Ahn Jonghyun has implemented a very thin, ultra-thin active-matrix organic light emitting display (AMOLED) based on a two-dimensional material with a very thin thickness of atomic unit. Aluminum oxide thin film was used to overcome the limit of materials and the total display thickness was made less than 6mm to successfully implement the wearable display which can be attached to human body. This study was led by Professor An Jonghyun (correspondent author) of Electrical and Electronic Engineering Department, Yonsei University, and Professor Soo Young Kim (correspondent author) of Chungang University, Department of Chemical and Materials Engineering.
- 전기전자공학부 2018.04.03