DGIST 젊은 과학자 4인 세종과학펠로우십 선정 (생체조화소자실험실 정우성 박사후연구원)
March, 2022, Posted by YTN Science
DGIST 이성원 교수 연구팀, 2021 Asia Researches News에 연구 해외특집기사 게재
November, 2021, Posted by Asia Research News
DGIST 이성원 교수 연구팀, 유연한 에너지 저장 소자 제작 기술 개발
August, 2021, Posted by BreakNews
DGIST 학부생, 'ICT 스마트 디바이스 전국 공모전' 최우수상 수상
November, 2020 , Posted by DGIST
전기전도도 250배 향상된 생체친화적 전도성 고분자 제작 기술 개발
November, 2020 , Posted by DGIST
The perfect angle for e-skin energy storage
October, 2020 , Posted by Phys.org
Materials scientists Sungwon Lee and Koteeswara Reddy Nandanapalli at the DGIST developed the fabrication process with colleagues in Korea.
Researchers at DGIST have found an inexpensive way to fabricate tiny energy storage devices that can effectively power flexible and wearable skin sensors along with other electronic devices, paving the way towards remote medical monitoring & diagnoses and wearable devices.
땀과 공기가 통하는 숨 쉬는 전자피부
February, 2018 , Posted by Donga science
“타투 스티커처럼 붙였다 떼기만 하면 됩니다.”
대구경북과학기술원을 뜻하는 ‘DGIST’라는 단어가 금색으로 새겨진 흰색 물질이 적갈색 필름에 붙어 있다. 흰색 물질은 한지 같은 질감에 두께는 훨씬 얇아서, 불투명한데도 뒷면에 있는 물체의 윤곽이 보일 정도다. 가로가 약 4cm, 세로는 약 2cm인 직사각형이다. 손등에 물을 묻히고 필름을 붙였다 떼니 ‘DGIST’라는 글자와 흰 물질만 피부에 달라붙었다. 이내 흰색은 사라지고 문구만 남았다. 이성원 신물질과학전공 교수팀이 개발한 ‘숨 쉬는 전자피부’다.
A Sensor on Your Skin That Looks and Feels Like a Temporary Tattoo
July 20th, 2017 , Posted by NY.Times
Temporary tattoos aren’t just for style anymore. Scientists have developed a new wearable sensor that looks and feels like a henna tattoo but can monitor electrical muscle activity and body temperature, too.
In a paper published Monday in Nature Nanotechnology, researchers described a new ultrathin, lightweight, breathable sensor constructed from nanoscale mesh, a spaghetti-like entanglement of fibers a thousand times thinner than a human hair. It can monitor vital signals over a long period of time without inflaming or irritating skin, a side effect of many current devices.
Another post: July 17th, 2017 , Posted by Science Daily
Another post: July 19th, 2017 , Posted by Hankook ilbo
Wearable electronics: Nanomesh on-skin electronics
July 17th, 2017 , Posted by Nature Nanotechnology
Hollow, nanoscale metal filaments in open-mesh architectures provide soft, shape-conformal electrical interfaces to the skin as the basis for high-precision, irritation-free sensing platforms.
In many clinical diagnostics, skin serves as a measurement window for quantitative assessments of physiological health. Prominent examples are in biopotential recordings that yield insights into cardiovascular activity, skeletal muscle behaviour and brain function through electrocardiograms, electromyograms and electroencephalograms, respectively.
Another post: July 19th, 2017 , Posted by DGIST
This Flexible Nano-Sensor Could Help Doctors Detect Breast Cancer
January 3rd, 2016 , Posted by Science. alert
Scientists have developed a flexible and transparent pressure sensor that can maintain its accuracy even when curved around soft surfaces like human skin.
The sensor, measuring just 8 micrometers thick, can detect pressure in 144 locations at once, and might one day enable health workers to physically screen patients for things like breast cancer tumours using pressure-sensitive gloves incorporating the technology.
"Flexible electronics have great potential for implantable and wearable devices," said lead researcher Sungwon Lee from the University of Tokyo.