South Korea

- Developed green energy solutions using high-performance triboelectric generator - Developed an ionic polyurethane with self-healing, biodegradable, and high triboelectric properties and published the paper in "Nano Energy"

- DGIST Prof. Lee Hongkyung, LG ENERGY SOLUTION, and Yonsei Univ. Prof. Lee Yong-min collaboratively develop a protective film for lithium metal cathodes to improve the lifespan of Li-S batteries - Unlike conventional methods, the film prevents the initial protective layer from peeling off, which is expected to lengthen the operation time of Li-S batteries

- DGIST Prof. Lee Kwang and team propose new neural law of dopamine that differs from existing theory - Developed original technology that simultaneously monitors electrical and chemical brain signals, redefining the correlation between changes in dopamine signaling within physiological range and neural signal processing in the brain - Findings are published in Nature Neuroscience

- Achieved "Outstanding" Rating in the 2024 Research Project Evaluation for Research Institutions Directly Under the MSIT!

- DGIST Professor Ko Jaewon and team identify a single family of synaptic membrane proteins that inhibit excitatory and synaptic properties - The findings may provide key clues to the development of therapeutics for related brain disorders targeting different synaptic protein complexes inhibited by MDGA proteins * MDGA: a synaptic adhesion protein that plays an essential role in how nerve cells connect with each other to transmit neural signals.

- 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

- 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 Professor Sang-yun Han Received Young Scientist Award at the PIERS 2024

- Diverse experts in biomedical and future mobility from Purdue University to convene at DGIST - Facilitate discussions on research achievements, collaborative research, and student exchanges in related fields

- Students from the joint research team of Professors Jae-Seok Yoo and Jeong-Ho Hyeon won the YIA Gold Award at an international congress of medical ultrasound societies for developing an innovative data reduction technique for ultra-fast brain ultrasound imaging - Solved the problem of large data transmission required by conventional ultrasound technology

- Professor Kyung-In Jang’s team from DGIST, in collaboration with Professor Taeho Park’s team from POSTECH, has developed a stretchable electronic device based on hybrid polymers. - The device maintains high mechanical stability even when it is severely bent or impacted, making it applicable in various industries such as displays, healthcare, and wearables. - Research results published in ACS Nano, the prestigious nanoscience journal.

- An amorphous TiO2/CdSe photocatalyst improves CO2 conversion performance and catalyst lifetime, with quadrupled regeneration efficiency over conventional photocatalysts - The results are published in the International Journal of Applied Catalysis B: Environment and Energy

Expected to enable rapid and accurate verification of videos collected and distributed online. - Professor In-kyu Moon’s research team received about 4.8 billion KRW over 2 years and 9 months from the Ministry of Science and ICT, and the project commenced in April 2024.

A flexible two-layer polymer membrane allows safe, steady, and targeted release of a drug over weeks and months.

The potential of magnetically controlled microrobot technology in medicine has been recognized with five awards at a prominent international exhibition of inventions in Geneva.

Joint research by DGIST Principal Researcher Jinhyo Yoon’s team and Seoul National University research team publishes research on finding signals of open innovation in companies’ financial data

- First listing on the UK-based university ranking organization Times Higher Education’s (THE) Young University Rankings - Ranked the highest among this year’s newly listed universities (33rd in the world), demonstrating its excellence in education and research worldwide

DGIST-Yonsei University-Korea University Collaborative research team has developed a suture-type electronic component that can wirelessly monitor vital signs in the body This new technology is expected to be easily applicable in orthopedic/medical rehabilitation, including personalized rehabilitation

- Replacing conventional long-time heat treatments with pulsed, instantaneous light to improve the electrical conductivity of next-generation PbS Quantum Dot solar cells while suppressing defect formation - Reduced build time and maximized efficiency with pulse-shaped fabrication - Published the research results in an online paper in the international journal, “Small” (IF: 13.3)

- The DGIST·Kookmin University joint research team identifies triboelectricity as a source of soft mechanoluminescent complex and proposes a mechanism for light emission - Emits bright light even under light stress and is durable; increased expectation for new applications upon identifying the cause

DGIST: Contribute to the creation of a self-sustaining digital innovation ecosystem by collaborating with Daegu Metropolitan City to successfully promote the "National Digital Innovation District" and foster local digital innovation companies and talents

An oblong-shaped receiver significantly increases the amount of charge harvested from ultrasound-based wireless power transfer

- Professor Sanghyun Park’s research team in the Department of Robotics and Mechatronics Engineering successfully developed a novel AI model that can effectively utilize medical images from multiple healthcare institutions with the knowledge distillation technique based on federated learning - Findings were published in Medical Image Analysis (MedIA), one of the top journals in medical AI

- Ensure price competitiveness and reliability by using the phenomenon of dye reacting with beta rays instead of expensive semiconductors and carbon isotope treatment technology for anodes - Provide a power technology that has been available for decades without the need for recharging. It excels in the era of on-device and AI, being more cost-competitive and efficient than traditional betavoltaic cells - Published the findings in the Journal of Power Sources, one of the most prestigious international journals in the field of electrical and electronic engineering

DGIST Received Prime Minister and Minister of Science and ICT Citations for Science Month in April

- The introduction of dual-layer coating technology, incorporating both polymers and inorganic materials, has led to the development of stabilization technology for the anode of aqueous zinc batteries. - This technology significantly mitigates the core issues of aqueous zinc batteries, specifically addressing the growth of zinc dendrites and the hydrogen evolution reaction.

- A research team led by DGIST Professor Sohee Kim has touted the electrodes’ potential for large-area retinal stimulation given that they closely adhere along the retinal curvature to ensure a wide field of view. - The electrodes are expected to be used in retinal implants to restore partial visual function to patients with blindness.

- Launch of joint academic-industrial programs through a partnership agreement with K-Club, an association of KIST family companies, to enhance academic-industrial collaboration. - Expectations of joint research and spread of business achievements in promising technology fields through agreement with Samick THK.

- Aiming to localize the development and manufacturing of sensing elements, currently sourced from overseas, to address global supply chain risks. - Expectations for local industry revitalization through the construction of an advanced sensor ecosystem.

- Professor Jaeyoun Hwang’s team at DGIST, in collaboration with Dabeeo Inc., has developed a deep learning technology for object detection using aerial and satellite images. - The technology is anticipated to find applications in various fields, including defense, autonomous driving vehicles, and medical imaging.