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
Prof. Sang Ouk Kim’s group has developed robust and durable actuator fibers by incorporating 2D graphene fillers in aligned liquid crystal elastomer matrix; these fibers surpass the strength and toughness of human muscle. The reversible percolation of the graphene filler network within the composite structure upon contraction/recovery actuation offers interesting electrical switching behavior, as well as work capacity and power density far beyond those of human or mammalian muscles....read more