Separator technology developed to increase silicon solar cell efficiency using water
A research team led by Professor Choi Kyung-jin from the Department of Materials Science and Engineering at UNIST has developed a silicon solar cell t…
2020.09.17 by 명세환 기자
The commercialization of fabric-based wearable devices is now possible.
Recently, wearable devices based on comfortable and durable fabrics have attracted significant attention. A research team led by Professor Hong Seung-…
2020.09.11 by 이수민 기자
UNIST succeeds in synthesizing flexible semiconductor material "exene" for the first time.
A joint research team from UNIST comprising Professors Park Young-seok, Lee Geun-sik, and Shin Hyung-jun successfully synthesized ixene, one of the po…
2020.08.26 by 이수민 기자
Next-generation wearable devices made with graphene
Graphene is a material composed of a single layer of carbon atoms bonded in a hexagonal honeycomb structure on a two-dimensional plane. It has a thin …
2020.08.13 by 이수민 기자
Magnetic smart material with redesignable magnetization shape developed
Professor Kim Ji-yoon's team from the School of Advanced Materials Engineering at UNIST and Professor Kwon Min-sang's team from the Department of Mate…
2020.08.03 by 이수민 기자
Ceramic nanomaterials with maximized electromagnetic shielding performance have been developed.
With the high performance and high integration of electronic devices, the need for developing lightweight shielding and absorption materials that effe…
2020.07.24 by 이수민 기자
Seoul National University of Engineering develops tungsten oxide nanofilm display device
A joint research team consisting of Professor Lee Byung-ho and Professor Jeong Taek-dong from Seoul National University's College of Engineering, and …
2020.07.16 by 이수민 기자
Wiring spacing within semiconductor devices can be further reduced
A research team led by Professor Shin Hyun-seok at UNIST has successfully developed an ultra-low dielectric constant insulator that enables more preci…
2020.06.25 by 이수민 기자
.png)
KETI, "Overcoming the Challenge of Commercializing Flexible Battery" by Developing Electrode Structure Integrated with Fiber
KETI announced the development of a new electrode structure that integrates electrode material and fiber substrate. The Sn@Ni fiber electrode develope…
2020.06.08 by 이수민 기자
"Electronic device form factors are becoming more diverse." IBS succeeds in synthesizing large-area single-crystal metal thin films.
The Institute for Basic Science has succeeded in diversifying the surface patterns of metal substrates for synthesizing high-performance two-dimension…
2020.05.28 by 이수민 기자
Ministry of Science and ICT, North Chungcheong Province, and Cheongju City Sign MOU for Construction of New Multipurpose Synchrotron Radiation Accelerator
The Ministry of Science and Technology and Information and Communication, Chungcheongbuk-do Province, and Cheongju City signed a memorandum of underst…
2020.05.22 by 이수민 기자
Nine industry-academia-research research groups launch efforts to localize materials technology.
The Ministry of Science and ICT has confirmed the projects and organizations for the Materials Innovation Leading Project. The selected nine industry-…
2020.05.18 by 이수민 기자
Sensor technology capable of detecting humidity within approximately 1cm has been developed.
ETRI has developed a high-sensitivity humidity sensor technology utilizing molybdenum disulfide (MoS₂). The humidity sensor developed by ETRI exhibits…
2020.05.18 by 이수민 기자
Flexible substrates that fold well can be made using existing materials
The global flexible display market is projected to reach $31.5 billion in 2025, maintaining a compound annual growth rate of 25.9% from $7.91 billion …
2020.05.07 by 이수민 기자
'Blank Mask' Reliant on Japan 90% to be Mass-produced Domestically from the Second Half of the Year
SKC stated that it is currently conducting tests with domestic customer companies for prototype high-end blank masks for ArF, which have over 90% depe…
2020.04.20 by 이수민 기자