Prof. Park’s group has developed a novel high-resolution quantitative X-ray phase imaging system that can overcome two long-standing challenges in X-ray nanoimaging: the limitations in image resolution and the instability of phase retrieval methods. They applied optical imaging techniques that they have recently developed in the same group. The imaging systems have been successfully tested in both synchrotron source and X-ray free-electron laser facilities at Pohang Accelerator Laboratory....read more
Prof. Wang-Yuhl Oh’s group has developed, for the first time, a cellular-resolution imaging technology in a wide field human retina at all three-dimensional locations....read more
"Electrified Fiber Sorbent" by Prof. Dong-Yeun Koh’s group offers a breakthrough in Direct Air Capture (DAC) technology, using electricity for efficient sorbent regeneration. Recognized by an RD100 Award, it is a step towards "Negative Emissions."...read more
KPC4IR’s Dr. Cornelius Kalenzi presented a paper at the AI for Social Good Summit, which brought together academics and government representatives to showcase joint research outcomes to enhance well-being in Southeast Asia...read more
Prof. Chung’s group has developed an mRNA delivery system using cationic nanogels as a condensing material for mRNA and a lipid-based nano-formulation. ...read more
Prof. Lee’s group found adolescent social isolation dampens sociability and cortical maturation only in female mice. They performed anatomical, physiological, behavioral, genetic knock-out, and optogenetic studies to prove that the expression of a specific gene, parvalbumin, in GABAergic neurons is important for shaping sociability in female mice....read more
A research team led by Prof. Yoo at KAIST ITC has developed DynaPlasia, an in-memory computing (IMC) semiconductor that performs artificial intelligence operations by integrating a computing logic directly inside a DRAM memory cell....read more
Prof. Lee’s group, in collaboration with KIST, innovated a lightweight, cost-effective soft robotic gripper capable of securely holding 100kg objects, promising enhanced utility in various domestic and industrial applications....read more
Prof. Jung Kim’s group has developed a 2.5D laser cutting method to accelerate customized sEMG sensor fabrication from design to production. sEMG sensors measure human muscle activity and are widely used in wearable systems for human-machine interaction. In order to use sEMG sensors for a long time in daily life, it is necessary to develop a sensor that can be customized and worn easily and does not affect the signal due to movement. This customizable textile-based sEMG sensor provides high wearing comfort and improves the sensor signal quality through stable contact....read more
Prof. Kang’s group has developed a new toughening strategy for self-healing polymers crosslinked by metal–ligand coordination using mixed counter anion dynamics. This strategy concurrently and significantly enhances their mechanical toughness and self-healing efficiency....read more