A Proof of Concept: Optimized Jawbone-Reduction... Kim, Jinmin ;  Jeung, Deokgi ;  Cho, Ranyeong ;  Yang, Byoungeun ;  Hong, Jaesung

Previous research on computer-assisted jawbone reduction for mandibular fracture surgery has only...

Towards Forward-Only Learning for Hyperdimensio... Lee, Hyunsei ;  Kwon, HyukJun ;  Kim, Jiseung ;  Kim, Seohyun ;  Imani, Mohsen ;  et al

Hyperdimensional (HD) Computing is a lightweight representation system that symbolizes data as hi...

Intelligent Bladder Volume Monitoring for Weara... Lee, Kyungsu ;  Lee, Moon Hwan ;  Kang, Dongho ;  Kim, Sewoong ;  Chang, Jin Ho ;  et al

Accurate and continuous bladder volume monitoring is crucial for managing urinary dysfunctions. W...

Flex-to-Stretch Hybrid Electronics–Bonding-Free... Gandla, Srinivas ;  Kang, Sunju ;  Kim, Junho ;  Yu, Yunjeong ;  Kim, Jaeseong ;  et al

Hybrid electronics require a robust mechanical interface between externally fabricated stretchabl...

Shining Even in Ice and Boiling Water! Successfully Developed Stretchable Electroluminescent Device

- Insert electrodes inside the luminescent layer to luminate stably even in harsh environments - Strong brightness and durability even in variations... Expected to be used across many different applications, such as outdoor displays and luminous banners

A New Paradigm in Photothermal Therapy! DGIST Developed “Ultrasound-Assisted Photothermal Therapy (ULTRA-PTT)” Technology!

- Professor Jin-ho Chang’s team at DGIST developed high-performance ultrasound-assisted photothermal therapy (ULTRA-PTT) technology using proprietary ultrasound-induced optical clearing technology. - The team developed a handpiece based on ULTRA-PTT technology, demonstrating exceptional therapeutic effects in animal experiments. - The related research is published in the prestigious international journal “Advanced Optical Materials.”

DGIST professors Ji Won Um and Jaewon Ko published a review paper compiling methods of intercellular communication in the brain

- Explaining the roles of various membrane proteins that facilitate interactions between astrocytes and neurons - Expected to provide critical insights for related R&D in the diagnosis and treatment of brain diseases